Pathway_ID	Pathway_Name	Accession_Count	Accessions
Reactome: R-HSA-114516	Disinhibition of SNARE formation	1	gnl|laostr_OGSv1.2|LSTR010689-PA
Reactome: R-HSA-373080	Class B/2 (Secretin family receptors)	20	gnl|laostr_OGSv1.2|LSTR000101-PA;gnl|laostr_OGSv1.2|LSTR009410-PA;gnl|laostr_OGSv1.2|LSTR001226-PA;gnl|laostr_OGSv1.2|LSTR009358-PA;gnl|laostr_OGSv1.2|LSTR003780-PA;gnl|laostr_OGSv1.2|LSTR008325-PA;gnl|laostr_OGSv1.2|LSTR004534-PA;gnl|laostr_OGSv1.2|LSTR008734-PA;gnl|laostr_OGSv1.2|LSTR000979-PA;gnl|laostr_OGSv1.2|LSTR000031-PA;gnl|laostr_OGSv1.2|LSTR016388-PA;gnl|laostr_OGSv1.2|LSTR000596-PA;gnl|laostr_OGSv1.2|LSTR009412-PA;gnl|laostr_OGSv1.2|LSTR008801-PA;gnl|laostr_OGSv1.2|LSTR009413-PA;gnl|laostr_OGSv1.2|LSTR006915-PA;gnl|laostr_OGSv1.2|LSTR006528-PA;gnl|laostr_OGSv1.2|LSTR016395-PA;gnl|laostr_OGSv1.2|LSTR003743-PA;gnl|laostr_OGSv1.2|LSTR009414-PA
Reactome: R-HSA-174362	Transport and synthesis of PAPS	1	gnl|laostr_OGSv1.2|LSTR005145-PA
KEGG: 00480+1.1.1.49	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR007019-PA
Reactome: R-HSA-8963896	HDL assembly	1	gnl|laostr_OGSv1.2|LSTR012822-PA
Reactome: R-HSA-72731	Recycling of eIF2:GDP	2	gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR008683-PA
KEGG: 00230+6.3.4.13	Purine metabolism	3	gnl|laostr_OGSv1.2|LSTR015763-PA;gnl|laostr_OGSv1.2|LSTR011067-PA;gnl|laostr_OGSv1.2|LSTR014869-PA
MetaCyc: PWY-561	Superpathway of glyoxylate cycle and fatty acid degradation	10	gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR005794-PA
Reactome: R-HSA-445144	Signal transduction by L1	3	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
Reactome: R-HSA-8964616	G beta:gamma signalling through CDC42	7	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR011373-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR005306-PA
MetaCyc: PWY-7375	Mrna capping I	2	gnl|laostr_OGSv1.2|LSTR006826-PA;gnl|laostr_OGSv1.2|LSTR009828-PA
MetaCyc: PWY-2161	Folate polyglutamylation	4	gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR011295-PA;gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR013383-PA
MetaCyc: PWY-6583	Pyruvate fermentation to butanol I	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
KEGG: 00073+1.2.1.84	Cutin, suberine and wax biosynthesis	22	gnl|laostr_OGSv1.2|LSTR008234-PA;gnl|laostr_OGSv1.2|LSTR001317-PA;gnl|laostr_OGSv1.2|LSTR010433-PA;gnl|laostr_OGSv1.2|LSTR014673-PA;gnl|laostr_OGSv1.2|LSTR007030-PA;gnl|laostr_OGSv1.2|LSTR006655-PA;gnl|laostr_OGSv1.2|LSTR003295-PA;gnl|laostr_OGSv1.2|LSTR006719-PA;gnl|laostr_OGSv1.2|LSTR014703-PA;gnl|laostr_OGSv1.2|LSTR013397-PA;gnl|laostr_OGSv1.2|LSTR007794-PA;gnl|laostr_OGSv1.2|LSTR003493-PA;gnl|laostr_OGSv1.2|LSTR013396-PA;gnl|laostr_OGSv1.2|LSTR002872-PA;gnl|laostr_OGSv1.2|LSTR016204-PA;gnl|laostr_OGSv1.2|LSTR017667-PA;gnl|laostr_OGSv1.2|LSTR014283-PA;gnl|laostr_OGSv1.2|LSTR013166-PA;gnl|laostr_OGSv1.2|LSTR001666-PA;gnl|laostr_OGSv1.2|LSTR010846-PA;gnl|laostr_OGSv1.2|LSTR006305-PA;gnl|laostr_OGSv1.2|LSTR003148-PA
Reactome: R-HSA-5676590	NIK-->noncanonical NF-kB signaling	44	gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR005237-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA
KEGG: 00100+1.3.1.72	Steroid biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002732-PA
MetaCyc: PWY-6834	Spermidine biosynthesis III	1	gnl|laostr_OGSv1.2|LSTR008311-PA
Reactome: R-HSA-69231	Cyclin D associated events in G1	17	gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR017258-PA;gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR000650-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR013128-PA;gnl|laostr_OGSv1.2|LSTR003171-PA;gnl|laostr_OGSv1.2|LSTR016903-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR013023-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR004054-PA
MetaCyc: PWY-5890	Menaquinol-10 biosynthesis	2	gnl|laostr_OGSv1.2|LSTR000484-PA;gnl|laostr_OGSv1.2|LSTR017295-PA
KEGG: 00564+3.1.1.7	Glycerophospholipid metabolism	2	gnl|laostr_OGSv1.2|LSTR016835-PA;gnl|laostr_OGSv1.2|LSTR008731-PA
MetaCyc: PWY-7761	NAD salvage pathway II (PNC IV cycle)	2	gnl|laostr_OGSv1.2|LSTR004785-PA;gnl|laostr_OGSv1.2|LSTR006352-PA
Reactome: R-HSA-418457	cGMP effects	5	gnl|laostr_OGSv1.2|LSTR014207-PA;gnl|laostr_OGSv1.2|LSTR013853-PA;gnl|laostr_OGSv1.2|LSTR012945-PA;gnl|laostr_OGSv1.2|LSTR013368-PA;gnl|laostr_OGSv1.2|LSTR000304-PA
Reactome: R-HSA-162594	Early Phase of HIV Life Cycle	1	gnl|laostr_OGSv1.2|LSTR005850-PA
KEGG: 00280+1.2.1.27	Valine, leucine and isoleucine degradation	2	gnl|laostr_OGSv1.2|LSTR016084-PA;gnl|laostr_OGSv1.2|LSTR005792-PA
Reactome: R-HSA-5678520	Defective ABCB11 causes progressive familial intrahepatic cholestasis 2 and benign recurrent intrahepatic cholestasis 2	1	gnl|laostr_OGSv1.2|LSTR000723-PA
KEGG: 00562+3.1.3.56	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR011954-PA
Reactome: R-HSA-1566948	Elastic fibre formation	1	gnl|laostr_OGSv1.2|LSTR005505-PA
KEGG: 00650+4.1.3.4	Butanoate metabolism	2	gnl|laostr_OGSv1.2|LSTR007863-PA;gnl|laostr_OGSv1.2|LSTR007864-PA
MetaCyc: PWY-6638	Sulfolactate degradation III	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
KEGG: 00250+3.5.1.2	Alanine, aspartate and glutamate metabolism	2	gnl|laostr_OGSv1.2|LSTR017175-PA;gnl|laostr_OGSv1.2|LSTR008833-PA
MetaCyc: PWY-6981	Chitin biosynthesis	4	gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR008805-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR008804-PA
Reactome: R-HSA-77348	Beta oxidation of octanoyl-CoA to hexanoyl-CoA	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-380994	ATF4 activates genes in response to endoplasmic reticulum stress	17	gnl|laostr_OGSv1.2|LSTR010391-PA;gnl|laostr_OGSv1.2|LSTR009277-PA;gnl|laostr_OGSv1.2|LSTR008368-PA;gnl|laostr_OGSv1.2|LSTR002699-PA;gnl|laostr_OGSv1.2|LSTR000348-PA;gnl|laostr_OGSv1.2|LSTR014079-PA;gnl|laostr_OGSv1.2|LSTR003451-PA;gnl|laostr_OGSv1.2|LSTR002090-PA;gnl|laostr_OGSv1.2|LSTR001257-PA;gnl|laostr_OGSv1.2|LSTR009003-PA;gnl|laostr_OGSv1.2|LSTR004589-PA;gnl|laostr_OGSv1.2|LSTR017423-PA;gnl|laostr_OGSv1.2|LSTR001284-PA;gnl|laostr_OGSv1.2|LSTR012282-PA;gnl|laostr_OGSv1.2|LSTR009429-PA;gnl|laostr_OGSv1.2|LSTR013090-PA;gnl|laostr_OGSv1.2|LSTR002351-PA
MetaCyc: PWY-7778	2-methylpropene degradation	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-5368598	Negative regulation of TCF-dependent signaling by DVL-interacting proteins	2	gnl|laostr_OGSv1.2|LSTR000476-PA;gnl|laostr_OGSv1.2|LSTR000475-PA
KEGG: 00510+2.4.1.260	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003648-PA
KEGG: 04150+2.7.11.11	mTOR signaling pathway	1	gnl|laostr_OGSv1.2|LSTR012822-PA
KEGG: 00500+3.2.1.28	Starch and sucrose metabolism	4	gnl|laostr_OGSv1.2|LSTR009986-PA;gnl|laostr_OGSv1.2|LSTR004209-PA;gnl|laostr_OGSv1.2|LSTR003269-PA;gnl|laostr_OGSv1.2|LSTR017089-PA
Reactome: R-HSA-9645722	Defective Intrinsic Pathway for Apoptosis Due to p14ARF Loss of Function	1	gnl|laostr_OGSv1.2|LSTR007168-PA
KEGG: 00760+6.3.5.1	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR004785-PA
Reactome: R-HSA-5626467	RHO GTPases activate IQGAPs	24	gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006178-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR008941-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR001438-PA;gnl|laostr_OGSv1.2|LSTR002316-PA
KEGG: 00510+2.4.1.142	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR013289-PA
KEGG: 00010+1.1.1.1	Glycolysis / Gluconeogenesis	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00640+1.2.4.4	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR008194-PA
Reactome: R-HSA-69481	G2/M Checkpoints	41	gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA
Reactome: R-HSA-5578775	Ion homeostasis	14	gnl|laostr_OGSv1.2|LSTR003947-PA;gnl|laostr_OGSv1.2|LSTR010671-PA;gnl|laostr_OGSv1.2|LSTR008160-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR014550-PA;gnl|laostr_OGSv1.2|LSTR014784-PA;gnl|laostr_OGSv1.2|LSTR015663-PA;gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR001628-PA;gnl|laostr_OGSv1.2|LSTR002687-PA;gnl|laostr_OGSv1.2|LSTR002688-PA;gnl|laostr_OGSv1.2|LSTR006452-PA;gnl|laostr_OGSv1.2|LSTR013244-PA;gnl|laostr_OGSv1.2|LSTR014155-PA
Reactome: R-HSA-6785807	Interleukin-4 and Interleukin-13 signaling	3	gnl|laostr_OGSv1.2|LSTR009440-PA;gnl|laostr_OGSv1.2|LSTR000289-PA;gnl|laostr_OGSv1.2|LSTR015551-PA
KEGG: 00061+1.1.1.100+2.3.1.85+4.2.1.59+2.3.1.39+2.3.1.41+3.1.2.14	Fatty acid biosynthesis	3	gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
KEGG: 00710+3.1.3.11	Carbon fixation in photosynthetic organisms	1	gnl|laostr_OGSv1.2|LSTR002268-PA
KEGG: 00983+3.5.4.5	Drug metabolism - other enzymes	1	gnl|laostr_OGSv1.2|LSTR001663-PA
Reactome: R-HSA-202433	Generation of second messenger molecules	4	gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR001838-PA;gnl|laostr_OGSv1.2|LSTR002849-PA
KEGG: 00620+2.3.1.12	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR010048-PA
MetaCyc: PWY-5901	2,3-dihydroxybenzoate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR004682-PA
Reactome: R-HSA-9609690	HCMV Early Events	56	gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002162-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR009842-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR010703-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR009924-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR011584-PA
KEGG: 00710+2.7.2.3	Carbon fixation in photosynthetic organisms	3	gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR009787-PA
Reactome: R-HSA-9614657	FOXO-mediated transcription of cell death genes	5	gnl|laostr_OGSv1.2|LSTR013090-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR009277-PA;gnl|laostr_OGSv1.2|LSTR002090-PA
Reactome: R-HSA-174417	Telomere C-strand (Lagging Strand) Synthesis	4	gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR006042-PA
Reactome: R-HSA-5654710	PI-3K cascade:FGFR3	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-5368286	Mitochondrial translation initiation	69	gnl|laostr_OGSv1.2|LSTR005349-PA;gnl|laostr_OGSv1.2|LSTR010751-PA;gnl|laostr_OGSv1.2|LSTR011416-PA;gnl|laostr_OGSv1.2|LSTR004902-PA;gnl|laostr_OGSv1.2|LSTR010565-PA;gnl|laostr_OGSv1.2|LSTR008467-PA;gnl|laostr_OGSv1.2|LSTR003820-PA;gnl|laostr_OGSv1.2|LSTR002997-PA;gnl|laostr_OGSv1.2|LSTR005348-PA;gnl|laostr_OGSv1.2|LSTR002509-PA;gnl|laostr_OGSv1.2|LSTR005870-PA;gnl|laostr_OGSv1.2|LSTR006075-PA;gnl|laostr_OGSv1.2|LSTR006368-PA;gnl|laostr_OGSv1.2|LSTR006130-PA;gnl|laostr_OGSv1.2|LSTR015661-PA;gnl|laostr_OGSv1.2|LSTR004307-PA;gnl|laostr_OGSv1.2|LSTR006407-PA;gnl|laostr_OGSv1.2|LSTR008654-PA;gnl|laostr_OGSv1.2|LSTR004569-PA;gnl|laostr_OGSv1.2|LSTR002697-PA;gnl|laostr_OGSv1.2|LSTR002680-PA;gnl|laostr_OGSv1.2|LSTR006093-PA;gnl|laostr_OGSv1.2|LSTR014060-PA;gnl|laostr_OGSv1.2|LSTR014639-PA;gnl|laostr_OGSv1.2|LSTR004970-PA;gnl|laostr_OGSv1.2|LSTR013260-PA;gnl|laostr_OGSv1.2|LSTR003117-PA;gnl|laostr_OGSv1.2|LSTR008824-PA;gnl|laostr_OGSv1.2|LSTR007426-PA;gnl|laostr_OGSv1.2|LSTR010326-PA;gnl|laostr_OGSv1.2|LSTR012896-PA;gnl|laostr_OGSv1.2|LSTR017348-PA;gnl|laostr_OGSv1.2|LSTR005431-PA;gnl|laostr_OGSv1.2|LSTR013167-PA;gnl|laostr_OGSv1.2|LSTR002702-PA;gnl|laostr_OGSv1.2|LSTR011113-PA;gnl|laostr_OGSv1.2|LSTR002476-PA;gnl|laostr_OGSv1.2|LSTR013401-PA;gnl|laostr_OGSv1.2|LSTR000408-PA;gnl|laostr_OGSv1.2|LSTR015662-PA;gnl|laostr_OGSv1.2|LSTR011421-PA;gnl|laostr_OGSv1.2|LSTR015167-PA;gnl|laostr_OGSv1.2|LSTR012935-PA;gnl|laostr_OGSv1.2|LSTR011141-PA;gnl|laostr_OGSv1.2|LSTR004868-PA;gnl|laostr_OGSv1.2|LSTR010479-PA;gnl|laostr_OGSv1.2|LSTR002365-PA;gnl|laostr_OGSv1.2|LSTR001049-PA;gnl|laostr_OGSv1.2|LSTR005789-PA;gnl|laostr_OGSv1.2|LSTR006411-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR000931-PA;gnl|laostr_OGSv1.2|LSTR005182-PA;gnl|laostr_OGSv1.2|LSTR015569-PA;gnl|laostr_OGSv1.2|LSTR014986-PA;gnl|laostr_OGSv1.2|LSTR007427-PA;gnl|laostr_OGSv1.2|LSTR000149-PA;gnl|laostr_OGSv1.2|LSTR015368-PA;gnl|laostr_OGSv1.2|LSTR001363-PA;gnl|laostr_OGSv1.2|LSTR009132-PA;gnl|laostr_OGSv1.2|LSTR008070-PA;gnl|laostr_OGSv1.2|LSTR000459-PA;gnl|laostr_OGSv1.2|LSTR005672-PA;gnl|laostr_OGSv1.2|LSTR009731-PA;gnl|laostr_OGSv1.2|LSTR011051-PA;gnl|laostr_OGSv1.2|LSTR003240-PA;gnl|laostr_OGSv1.2|LSTR008457-PA;gnl|laostr_OGSv1.2|LSTR010826-PA;gnl|laostr_OGSv1.2|LSTR004456-PA
Reactome: R-HSA-9619483	Activation of AMPK downstream of NMDARs	23	gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR000912-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR005933-PA
Reactome: R-HSA-2564830	Cytosolic iron-sulfur cluster assembly	8	gnl|laostr_OGSv1.2|LSTR013815-PA;gnl|laostr_OGSv1.2|LSTR009034-PA;gnl|laostr_OGSv1.2|LSTR017104-PA;gnl|laostr_OGSv1.2|LSTR001167-PA;gnl|laostr_OGSv1.2|LSTR003230-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009838-PA;gnl|laostr_OGSv1.2|LSTR008781-PA
KEGG: 00281+4.1.3.4	Geraniol degradation	2	gnl|laostr_OGSv1.2|LSTR007863-PA;gnl|laostr_OGSv1.2|LSTR007864-PA
KEGG: 00240+6.3.5.5	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR003617-PA
Reactome: R-HSA-8941332	RUNX2 regulates genes involved in cell migration	2	gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-418890	Role of second messengers in netrin-1 signaling	6	gnl|laostr_OGSv1.2|LSTR013775-PA;gnl|laostr_OGSv1.2|LSTR003036-PA;gnl|laostr_OGSv1.2|LSTR009767-PA;gnl|laostr_OGSv1.2|LSTR003038-PA;gnl|laostr_OGSv1.2|LSTR003037-PA;gnl|laostr_OGSv1.2|LSTR004041-PA
Reactome: R-HSA-9022692	Regulation of MECP2 expression and activity	12	gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR017666-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR012987-PA;gnl|laostr_OGSv1.2|LSTR015824-PA;gnl|laostr_OGSv1.2|LSTR009924-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR008434-PA
Reactome: R-HSA-2173788	Downregulation of TGF-beta receptor signaling	13	gnl|laostr_OGSv1.2|LSTR012148-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR012377-PA;gnl|laostr_OGSv1.2|LSTR002529-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR005204-PA;gnl|laostr_OGSv1.2|LSTR006055-PA;gnl|laostr_OGSv1.2|LSTR005629-PA;gnl|laostr_OGSv1.2|LSTR008665-PA;gnl|laostr_OGSv1.2|LSTR010075-PA;gnl|laostr_OGSv1.2|LSTR007121-PA
Reactome: R-HSA-203927	MicroRNA (miRNA) biogenesis	21	gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR001719-PA;gnl|laostr_OGSv1.2|LSTR000433-PA;gnl|laostr_OGSv1.2|LSTR016392-PA;gnl|laostr_OGSv1.2|LSTR005630-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR014940-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR002427-PA;gnl|laostr_OGSv1.2|LSTR014901-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR006441-PA;gnl|laostr_OGSv1.2|LSTR005035-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR008547-PA;gnl|laostr_OGSv1.2|LSTR001572-PA;gnl|laostr_OGSv1.2|LSTR009992-PA
Reactome: R-HSA-2122948	Activated NOTCH1 Transmits Signal to the Nucleus	14	gnl|laostr_OGSv1.2|LSTR008054-PA;gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR003433-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR012238-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR006310-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR009704-PA;gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR004767-PA
Reactome: R-HSA-390450	Folding of actin by CCT/TriC	11	gnl|laostr_OGSv1.2|LSTR003981-PA;gnl|laostr_OGSv1.2|LSTR001781-PA;gnl|laostr_OGSv1.2|LSTR015380-PA;gnl|laostr_OGSv1.2|LSTR000262-PA;gnl|laostr_OGSv1.2|LSTR003483-PA;gnl|laostr_OGSv1.2|LSTR009029-PA;gnl|laostr_OGSv1.2|LSTR002338-PA;gnl|laostr_OGSv1.2|LSTR017351-PA;gnl|laostr_OGSv1.2|LSTR002339-PA;gnl|laostr_OGSv1.2|LSTR007713-PA;gnl|laostr_OGSv1.2|LSTR012721-PA
Reactome: R-HSA-9013973	TICAM1-dependent activation of IRF3/IRF7	6	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000632-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR017591-PA;gnl|laostr_OGSv1.2|LSTR000631-PA;gnl|laostr_OGSv1.2|LSTR015667-PA
Reactome: R-HSA-456926	Thrombin signalling through proteinase activated receptors (PARs)	10	gnl|laostr_OGSv1.2|LSTR001492-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR009981-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR006285-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
MetaCyc: PWY-6731	Starch degradation III	1	gnl|laostr_OGSv1.2|LSTR001061-PA
KEGG: 04070+2.7.1.137	Phosphatidylinositol signaling system	2	gnl|laostr_OGSv1.2|LSTR008463-PA;gnl|laostr_OGSv1.2|LSTR010800-PA
Reactome: R-HSA-2142691	Synthesis of Leukotrienes (LT) and Eoxins (EX)	5	gnl|laostr_OGSv1.2|LSTR010116-PA;gnl|laostr_OGSv1.2|LSTR008243-PA;gnl|laostr_OGSv1.2|LSTR009632-PA;gnl|laostr_OGSv1.2|LSTR006683-PA;gnl|laostr_OGSv1.2|LSTR015143-PA
KEGG: 00730+3.1.3.2	Thiamine metabolism	9	gnl|laostr_OGSv1.2|LSTR012498-PA;gnl|laostr_OGSv1.2|LSTR013898-PA;gnl|laostr_OGSv1.2|LSTR008544-PA;gnl|laostr_OGSv1.2|LSTR005341-PA;gnl|laostr_OGSv1.2|LSTR013897-PA;gnl|laostr_OGSv1.2|LSTR002453-PA;gnl|laostr_OGSv1.2|LSTR000921-PA;gnl|laostr_OGSv1.2|LSTR013905-PA;gnl|laostr_OGSv1.2|LSTR008546-PA
Reactome: R-HSA-9665249	Resistance of ERBB2 KD mutants to afatinib	1	gnl|laostr_OGSv1.2|LSTR005656-PA
KEGG: 00520+1.1.1.22	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR002182-PA
KEGG: 00860+2.5.1.141	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR011752-PA
Reactome: R-HSA-163358	PKA-mediated phosphorylation of key metabolic factors	1	gnl|laostr_OGSv1.2|LSTR012822-PA
KEGG: 00790+4.2.3.12	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR007488-PA
KEGG: 00760+2.7.1.23	Nicotinate and nicotinamide metabolism	2	gnl|laostr_OGSv1.2|LSTR011490-PA;gnl|laostr_OGSv1.2|LSTR001540-PA
Reactome: R-HSA-936440	Negative regulators of DDX58/IFIH1 signaling	10	gnl|laostr_OGSv1.2|LSTR001840-PA;gnl|laostr_OGSv1.2|LSTR004214-PA;gnl|laostr_OGSv1.2|LSTR009724-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR017591-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR015667-PA;gnl|laostr_OGSv1.2|LSTR000631-PA;gnl|laostr_OGSv1.2|LSTR008169-PA;gnl|laostr_OGSv1.2|LSTR000632-PA
KEGG: 00340+4.2.1.49	Histidine metabolism	1	gnl|laostr_OGSv1.2|LSTR010606-PA
Reactome: R-HSA-389359	CD28 dependent Vav1 pathway	3	gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00620+2.7.1.40	Pyruvate metabolism	9	gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR007798-PA
Reactome: R-HSA-1912420	Pre-NOTCH Processing in Golgi	2	gnl|laostr_OGSv1.2|LSTR011771-PA;gnl|laostr_OGSv1.2|LSTR010671-PA
Reactome: R-HSA-390651	Dopamine receptors	1	gnl|laostr_OGSv1.2|LSTR011953-PA
Reactome: R-HSA-176409	APC/C:Cdc20 mediated degradation of mitotic proteins	9	gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003132-PA
Reactome: R-HSA-381033	ATF6 (ATF6-alpha) activates chaperones	3	gnl|laostr_OGSv1.2|LSTR005471-PA;gnl|laostr_OGSv1.2|LSTR014091-PA;gnl|laostr_OGSv1.2|LSTR002438-PA
MetaCyc: PWY-7999	Vitamin K-epoxide cycle	2	gnl|laostr_OGSv1.2|LSTR010407-PA;gnl|laostr_OGSv1.2|LSTR005134-PA
Reactome: R-HSA-5674400	Constitutive Signaling by AKT1 E17K in Cancer	11	gnl|laostr_OGSv1.2|LSTR002383-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR014448-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR015612-PA;gnl|laostr_OGSv1.2|LSTR006564-PA;gnl|laostr_OGSv1.2|LSTR007465-PA;gnl|laostr_OGSv1.2|LSTR009346-PA
Reactome: R-HSA-983712	Ion channel transport	23	gnl|laostr_OGSv1.2|LSTR016875-PA;gnl|laostr_OGSv1.2|LSTR002578-PA;gnl|laostr_OGSv1.2|LSTR007898-PA;gnl|laostr_OGSv1.2|LSTR004559-PA;gnl|laostr_OGSv1.2|LSTR001230-PA;gnl|laostr_OGSv1.2|LSTR010389-PA;gnl|laostr_OGSv1.2|LSTR006944-PA;gnl|laostr_OGSv1.2|LSTR003189-PA;gnl|laostr_OGSv1.2|LSTR010440-PA;gnl|laostr_OGSv1.2|LSTR013908-PA;gnl|laostr_OGSv1.2|LSTR005279-PA;gnl|laostr_OGSv1.2|LSTR011352-PA;gnl|laostr_OGSv1.2|LSTR010610-PA;gnl|laostr_OGSv1.2|LSTR005108-PA;gnl|laostr_OGSv1.2|LSTR008523-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR015904-PA;gnl|laostr_OGSv1.2|LSTR009149-PA;gnl|laostr_OGSv1.2|LSTR017360-PA;gnl|laostr_OGSv1.2|LSTR008021-PA;gnl|laostr_OGSv1.2|LSTR008199-PA;gnl|laostr_OGSv1.2|LSTR010377-PA;gnl|laostr_OGSv1.2|LSTR009602-PA
Reactome: R-HSA-5689877	Josephin domain DUBs	8	gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR013102-PA;gnl|laostr_OGSv1.2|LSTR016853-PA;gnl|laostr_OGSv1.2|LSTR013871-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001494-PA;gnl|laostr_OGSv1.2|LSTR002164-PA
Reactome: R-HSA-5655302	Signaling by FGFR1 in disease	2	gnl|laostr_OGSv1.2|LSTR012469-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00460+3.5.1.1	Cyanoamino acid metabolism	2	gnl|laostr_OGSv1.2|LSTR008384-PA;gnl|laostr_OGSv1.2|LSTR003664-PA
KEGG: 00790+1.14.16.4	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002065-PA
Reactome: R-HSA-9656255	Defective OGG1 Substrate Binding	1	gnl|laostr_OGSv1.2|LSTR002369-PA
KEGG: 00930+3.1.1.17	Caprolactam degradation	2	gnl|laostr_OGSv1.2|LSTR012528-PA;gnl|laostr_OGSv1.2|LSTR012486-PA
MetaCyc: PWY-8047	Bryostatin biosynthesis	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-4720489	Defective ALG12 causes ALG12-CDG (CDG-1g)	1	gnl|laostr_OGSv1.2|LSTR003648-PA
Reactome: R-HSA-76066	RNA Polymerase III Transcription Initiation From Type 2 Promoter	24	gnl|laostr_OGSv1.2|LSTR007149-PA;gnl|laostr_OGSv1.2|LSTR010249-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR000586-PA;gnl|laostr_OGSv1.2|LSTR012105-PA;gnl|laostr_OGSv1.2|LSTR012892-PA;gnl|laostr_OGSv1.2|LSTR007763-PA;gnl|laostr_OGSv1.2|LSTR007422-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR008968-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR011378-PA;gnl|laostr_OGSv1.2|LSTR012878-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR013779-PA;gnl|laostr_OGSv1.2|LSTR007299-PA;gnl|laostr_OGSv1.2|LSTR011030-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR007257-PA;gnl|laostr_OGSv1.2|LSTR002606-PA;gnl|laostr_OGSv1.2|LSTR001847-PA;gnl|laostr_OGSv1.2|LSTR012104-PA
KEGG: 00514+2.4.1.255	Other types of O-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005194-PA
MetaCyc: PWY-5695	Inosine 5'-phosphate degradation	4	gnl|laostr_OGSv1.2|LSTR010931-PA;gnl|laostr_OGSv1.2|LSTR000593-PA;gnl|laostr_OGSv1.2|LSTR009802-PA;gnl|laostr_OGSv1.2|LSTR001023-PA
Reactome: R-HSA-425410	Metal ion SLC transporters	4	gnl|laostr_OGSv1.2|LSTR010328-PA;gnl|laostr_OGSv1.2|LSTR017008-PA;gnl|laostr_OGSv1.2|LSTR013991-PA;gnl|laostr_OGSv1.2|LSTR010327-PA
Reactome: R-HSA-450513	Tristetraprolin (TTP, ZFP36) binds and destabilizes mRNA	13	gnl|laostr_OGSv1.2|LSTR017423-PA;gnl|laostr_OGSv1.2|LSTR001284-PA;gnl|laostr_OGSv1.2|LSTR000348-PA;gnl|laostr_OGSv1.2|LSTR014079-PA;gnl|laostr_OGSv1.2|LSTR004589-PA;gnl|laostr_OGSv1.2|LSTR010849-PA;gnl|laostr_OGSv1.2|LSTR008368-PA;gnl|laostr_OGSv1.2|LSTR009003-PA;gnl|laostr_OGSv1.2|LSTR002351-PA;gnl|laostr_OGSv1.2|LSTR012282-PA;gnl|laostr_OGSv1.2|LSTR003451-PA;gnl|laostr_OGSv1.2|LSTR009429-PA;gnl|laostr_OGSv1.2|LSTR001257-PA
KEGG: 00710+5.3.1.1	Carbon fixation in photosynthetic organisms	1	gnl|laostr_OGSv1.2|LSTR008240-PA
KEGG: 00052+2.7.7.12	Galactose metabolism	3	gnl|laostr_OGSv1.2|LSTR016463-PA;gnl|laostr_OGSv1.2|LSTR016936-PA;gnl|laostr_OGSv1.2|LSTR000448-PA
MetaCyc: PWY-6902	Chitin degradation II (Vibrio)	18	gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR010446-PA;gnl|laostr_OGSv1.2|LSTR001377-PA;gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR007626-PA;gnl|laostr_OGSv1.2|LSTR000503-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR016561-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR012781-PA;gnl|laostr_OGSv1.2|LSTR009874-PA;gnl|laostr_OGSv1.2|LSTR017489-PA
MetaCyc: PWY-5737	(5R)-carbapenem carboxylate biosynthesis	2	gnl|laostr_OGSv1.2|LSTR012975-PA;gnl|laostr_OGSv1.2|LSTR003498-PA
Reactome: R-HSA-2565942	Regulation of PLK1 Activity at G2/M Transition	23	gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR001765-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR006782-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR013391-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR004789-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR002923-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR004315-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR004837-PA;gnl|laostr_OGSv1.2|LSTR013637-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR009495-PA;gnl|laostr_OGSv1.2|LSTR000576-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR008573-PA;gnl|laostr_OGSv1.2|LSTR005516-PA
KEGG: 00510+2.4.1.259+2.4.1.261	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009484-PA
KEGG: 00250+6.3.5.4	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR002699-PA
Reactome: R-HSA-194840	Rho GTPase cycle	56	gnl|laostr_OGSv1.2|LSTR008411-PA;gnl|laostr_OGSv1.2|LSTR012380-PA;gnl|laostr_OGSv1.2|LSTR006445-PA;gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR007338-PA;gnl|laostr_OGSv1.2|LSTR009406-PA;gnl|laostr_OGSv1.2|LSTR010550-PA;gnl|laostr_OGSv1.2|LSTR002582-PA;gnl|laostr_OGSv1.2|LSTR011798-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR006479-PA;gnl|laostr_OGSv1.2|LSTR005011-PA;gnl|laostr_OGSv1.2|LSTR000147-PA;gnl|laostr_OGSv1.2|LSTR007363-PA;gnl|laostr_OGSv1.2|LSTR014189-PA;gnl|laostr_OGSv1.2|LSTR005919-PA;gnl|laostr_OGSv1.2|LSTR001768-PA;gnl|laostr_OGSv1.2|LSTR012742-PA;gnl|laostr_OGSv1.2|LSTR004708-PA;gnl|laostr_OGSv1.2|LSTR012126-PA;gnl|laostr_OGSv1.2|LSTR011373-PA;gnl|laostr_OGSv1.2|LSTR012607-PA;gnl|laostr_OGSv1.2|LSTR007593-PA;gnl|laostr_OGSv1.2|LSTR006805-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR005912-PA;gnl|laostr_OGSv1.2|LSTR012484-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR007051-PA;gnl|laostr_OGSv1.2|LSTR010277-PA;gnl|laostr_OGSv1.2|LSTR000211-PA;gnl|laostr_OGSv1.2|LSTR008051-PA;gnl|laostr_OGSv1.2|LSTR017568-PA;gnl|laostr_OGSv1.2|LSTR015773-PA;gnl|laostr_OGSv1.2|LSTR008849-PA;gnl|laostr_OGSv1.2|LSTR010070-PA;gnl|laostr_OGSv1.2|LSTR007016-PA;gnl|laostr_OGSv1.2|LSTR010395-PA;gnl|laostr_OGSv1.2|LSTR013727-PA;gnl|laostr_OGSv1.2|LSTR010288-PA;gnl|laostr_OGSv1.2|LSTR002668-PA;gnl|laostr_OGSv1.2|LSTR014027-PA;gnl|laostr_OGSv1.2|LSTR002275-PA;gnl|laostr_OGSv1.2|LSTR008373-PA;gnl|laostr_OGSv1.2|LSTR012335-PA;gnl|laostr_OGSv1.2|LSTR002667-PA;gnl|laostr_OGSv1.2|LSTR003292-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR012273-PA;gnl|laostr_OGSv1.2|LSTR004175-PA;gnl|laostr_OGSv1.2|LSTR007973-PA;gnl|laostr_OGSv1.2|LSTR010749-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR011338-PA;gnl|laostr_OGSv1.2|LSTR001709-PA
MetaCyc: PWY-6483	Ceramide degradation (generic)	1	gnl|laostr_OGSv1.2|LSTR005526-PA
Reactome: R-HSA-936837	Ion transport by P-type ATPases	35	gnl|laostr_OGSv1.2|LSTR006221-PA;gnl|laostr_OGSv1.2|LSTR007010-PA;gnl|laostr_OGSv1.2|LSTR013950-PA;gnl|laostr_OGSv1.2|LSTR010659-PA;gnl|laostr_OGSv1.2|LSTR003951-PA;gnl|laostr_OGSv1.2|LSTR016365-PA;gnl|laostr_OGSv1.2|LSTR008160-PA;gnl|laostr_OGSv1.2|LSTR004348-PA;gnl|laostr_OGSv1.2|LSTR016127-PA;gnl|laostr_OGSv1.2|LSTR010339-PA;gnl|laostr_OGSv1.2|LSTR017412-PA;gnl|laostr_OGSv1.2|LSTR004349-PA;gnl|laostr_OGSv1.2|LSTR016350-PA;gnl|laostr_OGSv1.2|LSTR002963-PA;gnl|laostr_OGSv1.2|LSTR009508-PA;gnl|laostr_OGSv1.2|LSTR010824-PA;gnl|laostr_OGSv1.2|LSTR013951-PA;gnl|laostr_OGSv1.2|LSTR014784-PA;gnl|laostr_OGSv1.2|LSTR005493-PA;gnl|laostr_OGSv1.2|LSTR013949-PA;gnl|laostr_OGSv1.2|LSTR006444-PA;gnl|laostr_OGSv1.2|LSTR009509-PA;gnl|laostr_OGSv1.2|LSTR008997-PA;gnl|laostr_OGSv1.2|LSTR014550-PA;gnl|laostr_OGSv1.2|LSTR008848-PA;gnl|laostr_OGSv1.2|LSTR008975-PA;gnl|laostr_OGSv1.2|LSTR010823-PA;gnl|laostr_OGSv1.2|LSTR009510-PA;gnl|laostr_OGSv1.2|LSTR002444-PA;gnl|laostr_OGSv1.2|LSTR005985-PA;gnl|laostr_OGSv1.2|LSTR010671-PA;gnl|laostr_OGSv1.2|LSTR016626-PA;gnl|laostr_OGSv1.2|LSTR003522-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR006812-PA
KEGG: 00380+4.2.1.17	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-72764	Eukaryotic Translation Termination	84	gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR007735-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR012355-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR001956-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR014178-PA
Reactome: R-HSA-5603029	IkBA variant leads to EDA-ID	1	gnl|laostr_OGSv1.2|LSTR003438-PA
Reactome: R-HSA-5362768	Hh mutants that don't undergo autocatalytic processing are degraded by ERAD	45	gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR011212-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR011213-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR009020-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA
Reactome: R-HSA-418889	Caspase activation via Dependence Receptors in the absence of ligand	1	gnl|laostr_OGSv1.2|LSTR005718-PA
MetaCyc: PWY-6952	Glycerophosphodiester degradation	1	gnl|laostr_OGSv1.2|LSTR001220-PA
KEGG: 00510+3.2.1.106	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR001925-PA
MetaCyc: PWY-7656	Spodoptera littoralis pheromone biosynthesis	26	gnl|laostr_OGSv1.2|LSTR003295-PA;gnl|laostr_OGSv1.2|LSTR007030-PA;gnl|laostr_OGSv1.2|LSTR014673-PA;gnl|laostr_OGSv1.2|LSTR006655-PA;gnl|laostr_OGSv1.2|LSTR001317-PA;gnl|laostr_OGSv1.2|LSTR010433-PA;gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR008234-PA;gnl|laostr_OGSv1.2|LSTR013396-PA;gnl|laostr_OGSv1.2|LSTR003493-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016204-PA;gnl|laostr_OGSv1.2|LSTR002872-PA;gnl|laostr_OGSv1.2|LSTR013397-PA;gnl|laostr_OGSv1.2|LSTR007794-PA;gnl|laostr_OGSv1.2|LSTR006719-PA;gnl|laostr_OGSv1.2|LSTR014703-PA;gnl|laostr_OGSv1.2|LSTR013166-PA;gnl|laostr_OGSv1.2|LSTR014283-PA;gnl|laostr_OGSv1.2|LSTR017667-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR003148-PA;gnl|laostr_OGSv1.2|LSTR010846-PA;gnl|laostr_OGSv1.2|LSTR006305-PA;gnl|laostr_OGSv1.2|LSTR001666-PA
KEGG: 00630+6.3.1.2	Glyoxylate and dicarboxylate metabolism	2	gnl|laostr_OGSv1.2|LSTR014286-PA;gnl|laostr_OGSv1.2|LSTR015841-PA
MetaCyc: PWY-5849	Menaquinol-6 biosynthesis	2	gnl|laostr_OGSv1.2|LSTR017295-PA;gnl|laostr_OGSv1.2|LSTR000484-PA
Reactome: R-HSA-159418	Recycling of bile acids and salts	1	gnl|laostr_OGSv1.2|LSTR000723-PA
MetaCyc: PWY-5826	Hypoglycin biosynthesis	7	gnl|laostr_OGSv1.2|LSTR010672-PA;gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR010673-PA
KEGG: 00230+3.6.1.29	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR013248-PA
KEGG: 00040+2.7.1.17	Pentose and glucuronate interconversions	1	gnl|laostr_OGSv1.2|LSTR008675-PA
KEGG: 00480+2.5.1.18	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR011748-PA
MetaCyc: PWY-2301	Myo-inositol biosynthesis	3	gnl|laostr_OGSv1.2|LSTR013361-PA;gnl|laostr_OGSv1.2|LSTR006356-PA;gnl|laostr_OGSv1.2|LSTR006740-PA
Reactome: R-HSA-8934903	Receptor Mediated Mitophagy	3	gnl|laostr_OGSv1.2|LSTR008169-PA;gnl|laostr_OGSv1.2|LSTR009724-PA;gnl|laostr_OGSv1.2|LSTR005416-PA
KEGG: 00410+2.6.1.19	beta-Alanine metabolism	1	gnl|laostr_OGSv1.2|LSTR014110-PA
KEGG: 00260+1.4.4.2	Glycine, serine and threonine metabolism	1	gnl|laostr_OGSv1.2|LSTR003732-PA
MetaCyc: PWY-7659	Viridicatumtoxin biosynthesis	5	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR017631-PA
KEGG: 00600+3.1.4.12	Sphingolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR010199-PA
Reactome: R-HSA-983168	Antigen processing: Ubiquitination & Proteasome degradation	143	gnl|laostr_OGSv1.2|LSTR009736-PA;gnl|laostr_OGSv1.2|LSTR005237-PA;gnl|laostr_OGSv1.2|LSTR012994-PA;gnl|laostr_OGSv1.2|LSTR008936-PA;gnl|laostr_OGSv1.2|LSTR013201-PA;gnl|laostr_OGSv1.2|LSTR006367-PA;gnl|laostr_OGSv1.2|LSTR010711-PA;gnl|laostr_OGSv1.2|LSTR012383-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR017227-PA;gnl|laostr_OGSv1.2|LSTR011195-PA;gnl|laostr_OGSv1.2|LSTR008340-PA;gnl|laostr_OGSv1.2|LSTR005166-PA;gnl|laostr_OGSv1.2|LSTR009093-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR003814-PA;gnl|laostr_OGSv1.2|LSTR000457-PA;gnl|laostr_OGSv1.2|LSTR001636-PA;gnl|laostr_OGSv1.2|LSTR017241-PA;gnl|laostr_OGSv1.2|LSTR008665-PA;gnl|laostr_OGSv1.2|LSTR011409-PA;gnl|laostr_OGSv1.2|LSTR014727-PA;gnl|laostr_OGSv1.2|LSTR013871-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR007651-PA;gnl|laostr_OGSv1.2|LSTR016806-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR010923-PA;gnl|laostr_OGSv1.2|LSTR001129-PA;gnl|laostr_OGSv1.2|LSTR004042-PA;gnl|laostr_OGSv1.2|LSTR000713-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR001881-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR000118-PA;gnl|laostr_OGSv1.2|LSTR011441-PA;gnl|laostr_OGSv1.2|LSTR011012-PA;gnl|laostr_OGSv1.2|LSTR007167-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012292-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR000082-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR017165-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR002412-PA;gnl|laostr_OGSv1.2|LSTR002738-PA;gnl|laostr_OGSv1.2|LSTR015577-PA;gnl|laostr_OGSv1.2|LSTR010647-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR004046-PA;gnl|laostr_OGSv1.2|LSTR005297-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR004726-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001915-PA;gnl|laostr_OGSv1.2|LSTR014270-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR006491-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005449-PA;gnl|laostr_OGSv1.2|LSTR005433-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR012972-PA;gnl|laostr_OGSv1.2|LSTR003078-PA;gnl|laostr_OGSv1.2|LSTR005466-PA;gnl|laostr_OGSv1.2|LSTR004993-PA;gnl|laostr_OGSv1.2|LSTR016853-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR006638-PA;gnl|laostr_OGSv1.2|LSTR000099-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR015162-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR014795-PA;gnl|laostr_OGSv1.2|LSTR008228-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003034-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003703-PA;gnl|laostr_OGSv1.2|LSTR002766-PA;gnl|laostr_OGSv1.2|LSTR013778-PA;gnl|laostr_OGSv1.2|LSTR011678-PA;gnl|laostr_OGSv1.2|LSTR000879-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR014931-PA;gnl|laostr_OGSv1.2|LSTR005749-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR002731-PA;gnl|laostr_OGSv1.2|LSTR002077-PA;gnl|laostr_OGSv1.2|LSTR001122-PA;gnl|laostr_OGSv1.2|LSTR010396-PA;gnl|laostr_OGSv1.2|LSTR002032-PA;gnl|laostr_OGSv1.2|LSTR001467-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR013673-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR011058-PA;gnl|laostr_OGSv1.2|LSTR004167-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR013233-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR008895-PA;gnl|laostr_OGSv1.2|LSTR007552-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001674-PA;gnl|laostr_OGSv1.2|LSTR007637-PA;gnl|laostr_OGSv1.2|LSTR011436-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR004812-PA;gnl|laostr_OGSv1.2|LSTR016198-PA;gnl|laostr_OGSv1.2|LSTR011156-PA;gnl|laostr_OGSv1.2|LSTR008905-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR005448-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR007314-PA;gnl|laostr_OGSv1.2|LSTR008783-PA;gnl|laostr_OGSv1.2|LSTR005221-PA;gnl|laostr_OGSv1.2|LSTR003701-PA
Reactome: R-HSA-5340588	RNF mutants show enhanced WNT signaling and proliferation	1	gnl|laostr_OGSv1.2|LSTR000031-PA
Reactome: R-HSA-2022854	Keratan sulfate biosynthesis	9	gnl|laostr_OGSv1.2|LSTR009177-PA;gnl|laostr_OGSv1.2|LSTR006349-PA;gnl|laostr_OGSv1.2|LSTR016192-PA;gnl|laostr_OGSv1.2|LSTR009174-PA;gnl|laostr_OGSv1.2|LSTR000196-PA;gnl|laostr_OGSv1.2|LSTR012655-PA;gnl|laostr_OGSv1.2|LSTR003471-PA;gnl|laostr_OGSv1.2|LSTR004192-PA;gnl|laostr_OGSv1.2|LSTR014329-PA
Reactome: R-HSA-3247509	Chromatin modifying enzymes	1	gnl|laostr_OGSv1.2|LSTR010628-PA
Reactome: R-HSA-5654732	Negative regulation of FGFR3 signaling	5	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-7721	Methyl phomopsenoate biosynthesis	5	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR000747-PA
Reactome: R-HSA-9008059	Interleukin-37 signaling	1	gnl|laostr_OGSv1.2|LSTR004024-PA
KEGG: 00710+2.7.1.14	Carbon fixation in photosynthetic organisms	1	gnl|laostr_OGSv1.2|LSTR010185-PA
Reactome: R-HSA-2559582	Senescence-Associated Secretory Phenotype (SASP)	14	gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
KEGG: 00130+2.1.1.222+2.1.1.64	Ubiquinone and other terpenoid-quinone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015214-PA
KEGG: 04660+2.7.10.2	T cell receptor signaling pathway	10	gnl|laostr_OGSv1.2|LSTR003895-PA;gnl|laostr_OGSv1.2|LSTR002883-PA;gnl|laostr_OGSv1.2|LSTR016976-PA;gnl|laostr_OGSv1.2|LSTR002305-PA;gnl|laostr_OGSv1.2|LSTR008745-PA;gnl|laostr_OGSv1.2|LSTR000289-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR007910-PA;gnl|laostr_OGSv1.2|LSTR007912-PA
Reactome: R-HSA-9009391	Extra-nuclear estrogen signaling	8	gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002433-PA
Reactome: R-HSA-180292	GAB1 signalosome	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00760+6.3.4.21	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR009167-PA
Reactome: R-HSA-2979096	NOTCH2 Activation and Transmission of Signal to the Nucleus	12	gnl|laostr_OGSv1.2|LSTR003433-PA;gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR008054-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR012238-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR009704-PA;gnl|laostr_OGSv1.2|LSTR004767-PA
KEGG: 00240+2.7.4.9	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR006751-PA
KEGG: 00603+3.2.1.22	Glycosphingolipid biosynthesis - globo and isoglobo series	6	gnl|laostr_OGSv1.2|LSTR011778-PA;gnl|laostr_OGSv1.2|LSTR017530-PA;gnl|laostr_OGSv1.2|LSTR000527-PA;gnl|laostr_OGSv1.2|LSTR014200-PA;gnl|laostr_OGSv1.2|LSTR011229-PA;gnl|laostr_OGSv1.2|LSTR015776-PA
Reactome: R-HSA-1257604	PIP3 activates AKT signaling	13	gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR005873-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR002383-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR015612-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR006564-PA
Reactome: R-HSA-1433557	Signaling by SCF-KIT	5	gnl|laostr_OGSv1.2|LSTR008745-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR014465-PA
KEGG: 00860+2.5.1.17	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR010234-PA
MetaCyc: PWY-6737	Starch degradation V	2	gnl|laostr_OGSv1.2|LSTR001389-PA;gnl|laostr_OGSv1.2|LSTR001061-PA
Reactome: R-HSA-380284	Loss of proteins required for interphase microtubule organization from the centrosome	18	gnl|laostr_OGSv1.2|LSTR004315-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR002923-PA;gnl|laostr_OGSv1.2|LSTR004789-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR013391-PA;gnl|laostr_OGSv1.2|LSTR006782-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR001765-PA;gnl|laostr_OGSv1.2|LSTR005516-PA;gnl|laostr_OGSv1.2|LSTR008573-PA;gnl|laostr_OGSv1.2|LSTR000576-PA;gnl|laostr_OGSv1.2|LSTR009495-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR004837-PA;gnl|laostr_OGSv1.2|LSTR007202-PA
Reactome: R-HSA-167246	Tat-mediated elongation of the HIV-1 transcript	39	gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR002070-PA
Reactome: R-HSA-173599	Formation of the active cofactor, UDP-glucuronate	2	gnl|laostr_OGSv1.2|LSTR005429-PA;gnl|laostr_OGSv1.2|LSTR002182-PA
Reactome: R-HSA-5619107	Defective TPR may confer susceptibility towards thyroid papillary carcinoma (TPC)	27	gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA
Reactome: R-HSA-425381	Bicarbonate transporters	2	gnl|laostr_OGSv1.2|LSTR009749-PA;gnl|laostr_OGSv1.2|LSTR011042-PA
MetaCyc: PWY-6536	4-aminobutanoate degradation III	1	gnl|laostr_OGSv1.2|LSTR014110-PA
Reactome: R-HSA-5083629	Defective POMT2 causes MDDGA2, MDDGB2 and MDDGC2	5	gnl|laostr_OGSv1.2|LSTR017598-PA;gnl|laostr_OGSv1.2|LSTR000803-PA;gnl|laostr_OGSv1.2|LSTR014872-PA;gnl|laostr_OGSv1.2|LSTR011837-PA;gnl|laostr_OGSv1.2|LSTR003544-PA
Reactome: R-HSA-9027277	Erythropoietin activates Phospholipase C gamma (PLCG)	1	gnl|laostr_OGSv1.2|LSTR011249-PA
KEGG: 00531+3.2.1.23	Glycosaminoglycan degradation	5	gnl|laostr_OGSv1.2|LSTR005138-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR012507-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR010758-PA
Reactome: R-HSA-9020265	Biosynthesis of aspirin-triggered D-series resolvins	1	gnl|laostr_OGSv1.2|LSTR009632-PA
Reactome: R-HSA-9648025	EML4 and NUDC in mitotic spindle formation	71	gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR004938-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000590-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR003307-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR001438-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR017509-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR012032-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR005990-PA;gnl|laostr_OGSv1.2|LSTR014131-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR004704-PA;gnl|laostr_OGSv1.2|LSTR007423-PA;gnl|laostr_OGSv1.2|LSTR010578-PA;gnl|laostr_OGSv1.2|LSTR001021-PA;gnl|laostr_OGSv1.2|LSTR012193-PA;gnl|laostr_OGSv1.2|LSTR008718-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR006429-PA;gnl|laostr_OGSv1.2|LSTR007036-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR004190-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR003086-PA;gnl|laostr_OGSv1.2|LSTR001534-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR001705-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR002619-PA;gnl|laostr_OGSv1.2|LSTR000122-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR012194-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR007789-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR002597-PA;gnl|laostr_OGSv1.2|LSTR007551-PA;gnl|laostr_OGSv1.2|LSTR002631-PA
KEGG: 00561+2.7.7.9	Glycerolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR005429-PA
Reactome: R-HSA-2299718	Condensation of Prophase Chromosomes	6	gnl|laostr_OGSv1.2|LSTR005721-PA;gnl|laostr_OGSv1.2|LSTR002415-PA;gnl|laostr_OGSv1.2|LSTR003363-PA;gnl|laostr_OGSv1.2|LSTR012403-PA;gnl|laostr_OGSv1.2|LSTR000236-PA;gnl|laostr_OGSv1.2|LSTR004435-PA
Reactome: R-HSA-416993	Trafficking of GluR2-containing AMPA receptors	8	gnl|laostr_OGSv1.2|LSTR014365-PA;gnl|laostr_OGSv1.2|LSTR010689-PA;gnl|laostr_OGSv1.2|LSTR011115-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR014982-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR011114-PA
MetaCyc: PWY-5340	Sulfate activation for sulfonation	1	gnl|laostr_OGSv1.2|LSTR005145-PA
Reactome: R-HSA-5339716	Misspliced GSK3beta mutants stabilize beta-catenin	3	gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR001953-PA
KEGG: 00630+4.1.1.39	Glyoxylate and dicarboxylate metabolism	1	gnl|laostr_OGSv1.2|LSTR009469-PA
MetaCyc: PWY-7185	UTP and CTP dephosphorylation I	6	gnl|laostr_OGSv1.2|LSTR006977-PA;gnl|laostr_OGSv1.2|LSTR000593-PA;gnl|laostr_OGSv1.2|LSTR015741-PA;gnl|laostr_OGSv1.2|LSTR003206-PA;gnl|laostr_OGSv1.2|LSTR015921-PA;gnl|laostr_OGSv1.2|LSTR015660-PA
Reactome: R-HSA-162699	Synthesis of dolichyl-phosphate mannose	1	gnl|laostr_OGSv1.2|LSTR006621-PA
Reactome: R-HSA-9633012	Response of EIF2AK4 (GCN2) to amino acid deficiency	86	gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR012062-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR002699-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR001453-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR013706-PA
KEGG: 00400+5.4.99.5	Phenylalanine, tyrosine and tryptophan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR012883-PA
Reactome: R-HSA-69473	G2/M DNA damage checkpoint	31	gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR010660-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR006412-PA;gnl|laostr_OGSv1.2|LSTR005543-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR007401-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR012539-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR000369-PA;gnl|laostr_OGSv1.2|LSTR005998-PA
KEGG: 00565+3.1.4.4	Ether lipid metabolism	2	gnl|laostr_OGSv1.2|LSTR008596-PA;gnl|laostr_OGSv1.2|LSTR008604-PA
KEGG: 00790+4.1.99.22	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002436-PA
Reactome: R-HSA-8948747	Regulation of PTEN localization	3	gnl|laostr_OGSv1.2|LSTR003302-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-1234174	Cellular response to hypoxia	1	gnl|laostr_OGSv1.2|LSTR012397-PA
Reactome: R-HSA-4793954	Defective MOGS causes MOGS-CDG (CDG-2b)	1	gnl|laostr_OGSv1.2|LSTR001925-PA
Reactome: R-HSA-5576893	Phase 2 - plateau phase	7	gnl|laostr_OGSv1.2|LSTR007275-PA;gnl|laostr_OGSv1.2|LSTR017302-PA;gnl|laostr_OGSv1.2|LSTR013222-PA;gnl|laostr_OGSv1.2|LSTR000884-PA;gnl|laostr_OGSv1.2|LSTR000722-PA;gnl|laostr_OGSv1.2|LSTR008504-PA;gnl|laostr_OGSv1.2|LSTR010579-PA
MetaCyc: PWY-7013	(S)-propane-1,2-diol degradation	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-5654720	PI-3K cascade:FGFR4	1	gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-6385	Peptidoglycan biosynthesis III (mycobacteria)	1	gnl|laostr_OGSv1.2|LSTR002919-PA
Reactome: R-HSA-198693	AKT phosphorylates targets in the nucleus	2	gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR007465-PA
KEGG: 00240+2.4.2.1	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR001023-PA
KEGG: 00620+3.1.2.6	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR003252-PA
MetaCyc: PWY-6642	(R)-cysteate degradation	2	gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR008513-PA
Reactome: R-HSA-5674499	Negative feedback regulation of MAPK pathway	2	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
MetaCyc: PWY-6342	Noradrenaline and adrenaline degradation	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
Reactome: R-HSA-70895	Branched-chain amino acid catabolism	9	gnl|laostr_OGSv1.2|LSTR005932-PA;gnl|laostr_OGSv1.2|LSTR007708-PA;gnl|laostr_OGSv1.2|LSTR017051-PA;gnl|laostr_OGSv1.2|LSTR006941-PA;gnl|laostr_OGSv1.2|LSTR008194-PA;gnl|laostr_OGSv1.2|LSTR005792-PA;gnl|laostr_OGSv1.2|LSTR016084-PA;gnl|laostr_OGSv1.2|LSTR017495-PA;gnl|laostr_OGSv1.2|LSTR006524-PA
Reactome: R-HSA-8964208	Phenylalanine metabolism	2	gnl|laostr_OGSv1.2|LSTR011667-PA;gnl|laostr_OGSv1.2|LSTR008384-PA
MetaCyc: PWY-66	GDP-L-fucose biosynthesis I (from GDP-D-mannose)	1	gnl|laostr_OGSv1.2|LSTR002086-PA
KEGG: 04714+2.7.11.1	Thermogenesis	64	gnl|laostr_OGSv1.2|LSTR005718-PA;gnl|laostr_OGSv1.2|LSTR009830-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR012874-PA;gnl|laostr_OGSv1.2|LSTR001826-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR007931-PA;gnl|laostr_OGSv1.2|LSTR014213-PA;gnl|laostr_OGSv1.2|LSTR016019-PA;gnl|laostr_OGSv1.2|LSTR009000-PA;gnl|laostr_OGSv1.2|LSTR009001-PA;gnl|laostr_OGSv1.2|LSTR000400-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR007824-PA;gnl|laostr_OGSv1.2|LSTR013822-PA;gnl|laostr_OGSv1.2|LSTR004095-PA;gnl|laostr_OGSv1.2|LSTR003411-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR016961-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR007449-PA;gnl|laostr_OGSv1.2|LSTR008298-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR007451-PA;gnl|laostr_OGSv1.2|LSTR007810-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR007448-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR008886-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR004383-PA;gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR013925-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR013926-PA;gnl|laostr_OGSv1.2|LSTR017684-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR016805-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR006149-PA;gnl|laostr_OGSv1.2|LSTR017685-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR014287-PA;gnl|laostr_OGSv1.2|LSTR017655-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR006865-PA;gnl|laostr_OGSv1.2|LSTR003893-PA
Reactome: R-HSA-6796648	TP53 Regulates Transcription of DNA Repair Genes	49	gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR010260-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR004585-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR015192-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR000712-PA;gnl|laostr_OGSv1.2|LSTR007819-PA
MetaCyc: PWY-5083	NAD/NADH phosphorylation and dephosphorylation	2	gnl|laostr_OGSv1.2|LSTR001540-PA;gnl|laostr_OGSv1.2|LSTR011490-PA
Reactome: R-HSA-162791	Attachment of GPI anchor to uPAR	6	gnl|laostr_OGSv1.2|LSTR008462-PA;gnl|laostr_OGSv1.2|LSTR010020-PA;gnl|laostr_OGSv1.2|LSTR007559-PA;gnl|laostr_OGSv1.2|LSTR012052-PA;gnl|laostr_OGSv1.2|LSTR000203-PA;gnl|laostr_OGSv1.2|LSTR011393-PA
Reactome: R-HSA-5362798	Release of Hh-Np from the secreting cell	3	gnl|laostr_OGSv1.2|LSTR011820-PA;gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR009358-PA
MetaCyc: PWY-6537	4-aminobutanoate degradation II	1	gnl|laostr_OGSv1.2|LSTR014110-PA
KEGG: 00480+3.4.11.1	Glutathione metabolism	12	gnl|laostr_OGSv1.2|LSTR010298-PA;gnl|laostr_OGSv1.2|LSTR014798-PA;gnl|laostr_OGSv1.2|LSTR003110-PA;gnl|laostr_OGSv1.2|LSTR008454-PA;gnl|laostr_OGSv1.2|LSTR017293-PA;gnl|laostr_OGSv1.2|LSTR009591-PA;gnl|laostr_OGSv1.2|LSTR012167-PA;gnl|laostr_OGSv1.2|LSTR000030-PA;gnl|laostr_OGSv1.2|LSTR005397-PA;gnl|laostr_OGSv1.2|LSTR010788-PA;gnl|laostr_OGSv1.2|LSTR009230-PA;gnl|laostr_OGSv1.2|LSTR010752-PA
KEGG: 00020+2.3.1.12	Citrate cycle (TCA cycle)	1	gnl|laostr_OGSv1.2|LSTR010048-PA
Reactome: R-HSA-168325	Viral Messenger RNA Synthesis	38	gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR000581-PA
MetaCyc: PWY-7863	Roseoflavin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR008695-PA
Reactome: R-HSA-114608	Platelet degranulation	7	gnl|laostr_OGSv1.2|LSTR012225-PA;gnl|laostr_OGSv1.2|LSTR013674-PA;gnl|laostr_OGSv1.2|LSTR005471-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR015262-PA;gnl|laostr_OGSv1.2|LSTR000239-PA
Reactome: R-HSA-75109	Triglyceride biosynthesis	4	gnl|laostr_OGSv1.2|LSTR010836-PA;gnl|laostr_OGSv1.2|LSTR010017-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR004735-PA
KEGG: 00900+3.4.24.84	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR010475-PA
KEGG: 00270+1.1.1.27	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR010963-PA
KEGG: 00680+4.1.2.13	Methane metabolism	2	gnl|laostr_OGSv1.2|LSTR006488-PA;gnl|laostr_OGSv1.2|LSTR000521-PA
KEGG: 00270+2.5.1.16	Cysteine and methionine metabolism	4	gnl|laostr_OGSv1.2|LSTR013271-PA;gnl|laostr_OGSv1.2|LSTR007623-PA;gnl|laostr_OGSv1.2|LSTR012421-PA;gnl|laostr_OGSv1.2|LSTR010763-PA
Reactome: R-HSA-975578	Reactions specific to the complex N-glycan synthesis pathway	2	gnl|laostr_OGSv1.2|LSTR009127-PA;gnl|laostr_OGSv1.2|LSTR004051-PA
KEGG: 00400+1.14.16.1	Phenylalanine, tyrosine and tryptophan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011667-PA
MetaCyc: PWY-6370	Ascorbate recycling (cytosolic)	1	gnl|laostr_OGSv1.2|LSTR014296-PA
MetaCyc: PWY-5123	Trans, trans-farnesyl diphosphate biosynthesis	6	gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR009096-PA
KEGG: 00030+2.2.1.2	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR013810-PA
KEGG: 00750+2.6.1.52	Vitamin B6 metabolism	1	gnl|laostr_OGSv1.2|LSTR002623-PA
MetaCyc: PWY-7980	ATP biosynthesis	7	gnl|laostr_OGSv1.2|LSTR012907-PA;gnl|laostr_OGSv1.2|LSTR015232-PA;gnl|laostr_OGSv1.2|LSTR017442-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR017437-PA;gnl|laostr_OGSv1.2|LSTR000670-PA;gnl|laostr_OGSv1.2|LSTR006944-PA
KEGG: 00970+6.3.5.7	Aminoacyl-tRNA biosynthesis	5	gnl|laostr_OGSv1.2|LSTR005580-PA;gnl|laostr_OGSv1.2|LSTR005334-PA;gnl|laostr_OGSv1.2|LSTR008456-PA;gnl|laostr_OGSv1.2|LSTR005572-PA;gnl|laostr_OGSv1.2|LSTR004566-PA
Reactome: R-HSA-8949215	Mitochondrial calcium ion transport	8	gnl|laostr_OGSv1.2|LSTR005858-PA;gnl|laostr_OGSv1.2|LSTR014331-PA;gnl|laostr_OGSv1.2|LSTR000350-PA;gnl|laostr_OGSv1.2|LSTR005093-PA;gnl|laostr_OGSv1.2|LSTR002324-PA;gnl|laostr_OGSv1.2|LSTR010189-PA;gnl|laostr_OGSv1.2|LSTR005343-PA;gnl|laostr_OGSv1.2|LSTR014472-PA
KEGG: 00970+6.1.1.1	Aminoacyl-tRNA biosynthesis	3	gnl|laostr_OGSv1.2|LSTR004030-PA;gnl|laostr_OGSv1.2|LSTR010023-PA;gnl|laostr_OGSv1.2|LSTR012793-PA
KEGG: 00680+1.1.1.95	Methane metabolism	1	gnl|laostr_OGSv1.2|LSTR003518-PA
Reactome: R-HSA-1236974	ER-Phagosome pathway	47	gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR005983-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR005873-PA;gnl|laostr_OGSv1.2|LSTR012805-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR017331-PA;gnl|laostr_OGSv1.2|LSTR016190-PA;gnl|laostr_OGSv1.2|LSTR013724-PA
KEGG: 00270+3.1.3.77	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR004417-PA
Reactome: R-HSA-2500257	Resolution of Sister Chromatid Cohesion	77	gnl|laostr_OGSv1.2|LSTR004938-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000590-PA;gnl|laostr_OGSv1.2|LSTR003303-PA;gnl|laostr_OGSv1.2|LSTR003307-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR001438-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR012032-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR017509-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR005990-PA;gnl|laostr_OGSv1.2|LSTR002593-PA;gnl|laostr_OGSv1.2|LSTR014131-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR007423-PA;gnl|laostr_OGSv1.2|LSTR004704-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR001021-PA;gnl|laostr_OGSv1.2|LSTR012193-PA;gnl|laostr_OGSv1.2|LSTR010578-PA;gnl|laostr_OGSv1.2|LSTR007036-PA;gnl|laostr_OGSv1.2|LSTR001724-PA;gnl|laostr_OGSv1.2|LSTR009918-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR008718-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR006429-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR003086-PA;gnl|laostr_OGSv1.2|LSTR001534-PA;gnl|laostr_OGSv1.2|LSTR004190-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR001705-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR002968-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR002619-PA;gnl|laostr_OGSv1.2|LSTR000122-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR007789-PA;gnl|laostr_OGSv1.2|LSTR006680-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR012194-PA;gnl|laostr_OGSv1.2|LSTR002597-PA;gnl|laostr_OGSv1.2|LSTR007551-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR001966-PA
Reactome: R-HSA-5419276	Mitochondrial translation termination	67	gnl|laostr_OGSv1.2|LSTR002697-PA;gnl|laostr_OGSv1.2|LSTR002680-PA;gnl|laostr_OGSv1.2|LSTR004569-PA;gnl|laostr_OGSv1.2|LSTR014060-PA;gnl|laostr_OGSv1.2|LSTR004970-PA;gnl|laostr_OGSv1.2|LSTR006093-PA;gnl|laostr_OGSv1.2|LSTR003117-PA;gnl|laostr_OGSv1.2|LSTR008824-PA;gnl|laostr_OGSv1.2|LSTR007426-PA;gnl|laostr_OGSv1.2|LSTR013260-PA;gnl|laostr_OGSv1.2|LSTR017348-PA;gnl|laostr_OGSv1.2|LSTR005431-PA;gnl|laostr_OGSv1.2|LSTR013167-PA;gnl|laostr_OGSv1.2|LSTR010326-PA;gnl|laostr_OGSv1.2|LSTR012896-PA;gnl|laostr_OGSv1.2|LSTR011416-PA;gnl|laostr_OGSv1.2|LSTR004902-PA;gnl|laostr_OGSv1.2|LSTR008467-PA;gnl|laostr_OGSv1.2|LSTR010565-PA;gnl|laostr_OGSv1.2|LSTR003820-PA;gnl|laostr_OGSv1.2|LSTR005349-PA;gnl|laostr_OGSv1.2|LSTR010751-PA;gnl|laostr_OGSv1.2|LSTR005348-PA;gnl|laostr_OGSv1.2|LSTR002509-PA;gnl|laostr_OGSv1.2|LSTR002997-PA;gnl|laostr_OGSv1.2|LSTR005870-PA;gnl|laostr_OGSv1.2|LSTR015661-PA;gnl|laostr_OGSv1.2|LSTR006130-PA;gnl|laostr_OGSv1.2|LSTR004307-PA;gnl|laostr_OGSv1.2|LSTR006407-PA;gnl|laostr_OGSv1.2|LSTR008654-PA;gnl|laostr_OGSv1.2|LSTR006075-PA;gnl|laostr_OGSv1.2|LSTR006368-PA;gnl|laostr_OGSv1.2|LSTR007427-PA;gnl|laostr_OGSv1.2|LSTR000149-PA;gnl|laostr_OGSv1.2|LSTR014986-PA;gnl|laostr_OGSv1.2|LSTR008070-PA;gnl|laostr_OGSv1.2|LSTR015368-PA;gnl|laostr_OGSv1.2|LSTR001363-PA;gnl|laostr_OGSv1.2|LSTR009132-PA;gnl|laostr_OGSv1.2|LSTR003240-PA;gnl|laostr_OGSv1.2|LSTR000459-PA;gnl|laostr_OGSv1.2|LSTR005672-PA;gnl|laostr_OGSv1.2|LSTR011051-PA;gnl|laostr_OGSv1.2|LSTR004456-PA;gnl|laostr_OGSv1.2|LSTR005171-PA;gnl|laostr_OGSv1.2|LSTR008457-PA;gnl|laostr_OGSv1.2|LSTR013401-PA;gnl|laostr_OGSv1.2|LSTR002476-PA;gnl|laostr_OGSv1.2|LSTR000408-PA;gnl|laostr_OGSv1.2|LSTR002702-PA;gnl|laostr_OGSv1.2|LSTR011113-PA;gnl|laostr_OGSv1.2|LSTR015167-PA;gnl|laostr_OGSv1.2|LSTR012935-PA;gnl|laostr_OGSv1.2|LSTR015662-PA;gnl|laostr_OGSv1.2|LSTR011421-PA;gnl|laostr_OGSv1.2|LSTR010479-PA;gnl|laostr_OGSv1.2|LSTR011141-PA;gnl|laostr_OGSv1.2|LSTR004868-PA;gnl|laostr_OGSv1.2|LSTR000931-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR015569-PA;gnl|laostr_OGSv1.2|LSTR005182-PA;gnl|laostr_OGSv1.2|LSTR002365-PA;gnl|laostr_OGSv1.2|LSTR005789-PA;gnl|laostr_OGSv1.2|LSTR006411-PA;gnl|laostr_OGSv1.2|LSTR001049-PA
Reactome: R-HSA-163210	Formation of ATP by chemiosmotic coupling	13	gnl|laostr_OGSv1.2|LSTR017641-PA;gnl|laostr_OGSv1.2|LSTR001979-PA;gnl|laostr_OGSv1.2|LSTR012907-PA;gnl|laostr_OGSv1.2|LSTR002929-PA;gnl|laostr_OGSv1.2|LSTR005785-PA;gnl|laostr_OGSv1.2|LSTR008719-PA;gnl|laostr_OGSv1.2|LSTR000670-PA;gnl|laostr_OGSv1.2|LSTR004136-PA;gnl|laostr_OGSv1.2|LSTR011547-PA;gnl|laostr_OGSv1.2|LSTR011546-PA;gnl|laostr_OGSv1.2|LSTR005639-PA;gnl|laostr_OGSv1.2|LSTR002388-PA;gnl|laostr_OGSv1.2|LSTR013313-PA
Reactome: R-HSA-111448	Activation of NOXA and translocation to mitochondria	1	gnl|laostr_OGSv1.2|LSTR008245-PA
Reactome: R-HSA-196757	Metabolism of folate and pterines	9	gnl|laostr_OGSv1.2|LSTR008861-PA;gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR007692-PA;gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR004901-PA;gnl|laostr_OGSv1.2|LSTR011327-PA;gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR011295-PA
MetaCyc: PWY-7663	Gondoate biosynthesis (anaerobic)	3	gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-111931	PKA-mediated phosphorylation of CREB	1	gnl|laostr_OGSv1.2|LSTR012822-PA
Reactome: R-HSA-9010553	Regulation of expression of SLITs and ROBOs	135	gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR003724-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR007683-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR000803-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR011755-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR001631-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR001956-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR010657-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR010962-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR004143-PA;gnl|laostr_OGSv1.2|LSTR010748-PA
KEGG: 00900+2.5.1.10+2.5.1.1	Terpenoid backbone biosynthesis	5	gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR015723-PA
MetaCyc: PWY-7571	Ferrichrome A biosynthesis	1	gnl|laostr_OGSv1.2|LSTR008121-PA
KEGG: 00590+5.3.99.3	Arachidonic acid metabolism	1	gnl|laostr_OGSv1.2|LSTR005187-PA
MetaCyc: PWY-7856	Heme a biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011752-PA
KEGG: 00220+3.5.1.2	Arginine biosynthesis	2	gnl|laostr_OGSv1.2|LSTR017175-PA;gnl|laostr_OGSv1.2|LSTR008833-PA
Reactome: R-HSA-5675482	Regulation of necroptotic cell death	2	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
KEGG: 00670+2.1.2.2	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR013954-PA
Reactome: R-HSA-389661	Glyoxylate metabolism and glycine degradation	26	gnl|laostr_OGSv1.2|LSTR012024-PA;gnl|laostr_OGSv1.2|LSTR002534-PA;gnl|laostr_OGSv1.2|LSTR014609-PA;gnl|laostr_OGSv1.2|LSTR008194-PA;gnl|laostr_OGSv1.2|LSTR003414-PA;gnl|laostr_OGSv1.2|LSTR001672-PA;gnl|laostr_OGSv1.2|LSTR000928-PA;gnl|laostr_OGSv1.2|LSTR010048-PA;gnl|laostr_OGSv1.2|LSTR006524-PA;gnl|laostr_OGSv1.2|LSTR001734-PA;gnl|laostr_OGSv1.2|LSTR000894-PA;gnl|laostr_OGSv1.2|LSTR014847-PA;gnl|laostr_OGSv1.2|LSTR012313-PA;gnl|laostr_OGSv1.2|LSTR008022-PA;gnl|laostr_OGSv1.2|LSTR016543-PA;gnl|laostr_OGSv1.2|LSTR007355-PA;gnl|laostr_OGSv1.2|LSTR011234-PA;gnl|laostr_OGSv1.2|LSTR011860-PA;gnl|laostr_OGSv1.2|LSTR008201-PA;gnl|laostr_OGSv1.2|LSTR006232-PA;gnl|laostr_OGSv1.2|LSTR008200-PA;gnl|laostr_OGSv1.2|LSTR013099-PA;gnl|laostr_OGSv1.2|LSTR013411-PA;gnl|laostr_OGSv1.2|LSTR006559-PA;gnl|laostr_OGSv1.2|LSTR000314-PA;gnl|laostr_OGSv1.2|LSTR012312-PA
MetaCyc: PWY-3341	L-proline biosynthesis III (from L-ornithine)	4	gnl|laostr_OGSv1.2|LSTR003945-PA;gnl|laostr_OGSv1.2|LSTR003906-PA;gnl|laostr_OGSv1.2|LSTR004650-PA;gnl|laostr_OGSv1.2|LSTR014191-PA
Reactome: R-HSA-5620924	Intraflagellar transport	22	gnl|laostr_OGSv1.2|LSTR002046-PA;gnl|laostr_OGSv1.2|LSTR010707-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR004071-PA;gnl|laostr_OGSv1.2|LSTR002900-PA;gnl|laostr_OGSv1.2|LSTR006862-PA;gnl|laostr_OGSv1.2|LSTR015740-PA;gnl|laostr_OGSv1.2|LSTR009666-PA;gnl|laostr_OGSv1.2|LSTR005009-PA;gnl|laostr_OGSv1.2|LSTR002108-PA;gnl|laostr_OGSv1.2|LSTR002846-PA;gnl|laostr_OGSv1.2|LSTR015760-PA;gnl|laostr_OGSv1.2|LSTR001075-PA;gnl|laostr_OGSv1.2|LSTR007416-PA;gnl|laostr_OGSv1.2|LSTR014545-PA;gnl|laostr_OGSv1.2|LSTR008095-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR003990-PA;gnl|laostr_OGSv1.2|LSTR013312-PA;gnl|laostr_OGSv1.2|LSTR015963-PA;gnl|laostr_OGSv1.2|LSTR000696-PA;gnl|laostr_OGSv1.2|LSTR006159-PA
Reactome: R-HSA-111932	CaMK IV-mediated phosphorylation of CREB	1	gnl|laostr_OGSv1.2|LSTR007290-PA
MetaCyc: PWY-7039	Phosphatidate metabolism, as a signaling molecule	11	gnl|laostr_OGSv1.2|LSTR008380-PA;gnl|laostr_OGSv1.2|LSTR009967-PA;gnl|laostr_OGSv1.2|LSTR008604-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR008596-PA;gnl|laostr_OGSv1.2|LSTR007968-PA;gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR006253-PA;gnl|laostr_OGSv1.2|LSTR003294-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR006252-PA
Reactome: R-HSA-2559586	DNA Damage/Telomere Stress Induced Senescence	7	gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR008600-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR003577-PA;gnl|laostr_OGSv1.2|LSTR005977-PA
Reactome: R-HSA-9022699	MECP2 regulates neuronal receptors and channels	1	gnl|laostr_OGSv1.2|LSTR012987-PA
Reactome: R-HSA-3214841	PKMTs methylate histone lysines	23	gnl|laostr_OGSv1.2|LSTR007018-PA;gnl|laostr_OGSv1.2|LSTR002796-PA;gnl|laostr_OGSv1.2|LSTR015752-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR010703-PA;gnl|laostr_OGSv1.2|LSTR002478-PA;gnl|laostr_OGSv1.2|LSTR006876-PA;gnl|laostr_OGSv1.2|LSTR005837-PA;gnl|laostr_OGSv1.2|LSTR011110-PA;gnl|laostr_OGSv1.2|LSTR000544-PA;gnl|laostr_OGSv1.2|LSTR002228-PA;gnl|laostr_OGSv1.2|LSTR007880-PA;gnl|laostr_OGSv1.2|LSTR002497-PA;gnl|laostr_OGSv1.2|LSTR013717-PA;gnl|laostr_OGSv1.2|LSTR015850-PA;gnl|laostr_OGSv1.2|LSTR005619-PA;gnl|laostr_OGSv1.2|LSTR002498-PA;gnl|laostr_OGSv1.2|LSTR003209-PA;gnl|laostr_OGSv1.2|LSTR007244-PA;gnl|laostr_OGSv1.2|LSTR012403-PA;gnl|laostr_OGSv1.2|LSTR002162-PA;gnl|laostr_OGSv1.2|LSTR006035-PA;gnl|laostr_OGSv1.2|LSTR006404-PA
MetaCyc: PWY-1861	Formaldehyde assimilation II (assimilatory RuMP Cycle)	8	gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR017208-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR013810-PA;gnl|laostr_OGSv1.2|LSTR006317-PA;gnl|laostr_OGSv1.2|LSTR006488-PA;gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR004429-PA
Reactome: R-HSA-390696	Adrenoceptors	1	gnl|laostr_OGSv1.2|LSTR014004-PA
KEGG: 00500+2.4.1.15	Starch and sucrose metabolism	4	gnl|laostr_OGSv1.2|LSTR009617-PA;gnl|laostr_OGSv1.2|LSTR017042-PA;gnl|laostr_OGSv1.2|LSTR009618-PA;gnl|laostr_OGSv1.2|LSTR005915-PA
Reactome: R-HSA-9617629	Regulation of FOXO transcriptional activity by acetylation	1	gnl|laostr_OGSv1.2|LSTR007804-PA
MetaCyc: PWY-5723	Rubisco shunt	14	gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR006317-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR013810-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR004429-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR009469-PA;gnl|laostr_OGSv1.2|LSTR016131-PA
Reactome: R-HSA-2730905	Role of LAT2/NTAL/LAB on calcium mobilization	2	gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-2142789	Ubiquinol biosynthesis	9	gnl|laostr_OGSv1.2|LSTR000513-PA;gnl|laostr_OGSv1.2|LSTR000484-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR002898-PA;gnl|laostr_OGSv1.2|LSTR017295-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR002234-PA;gnl|laostr_OGSv1.2|LSTR012166-PA
KEGG: 00970+6.1.1.9	Aminoacyl-tRNA biosynthesis	3	gnl|laostr_OGSv1.2|LSTR015271-PA;gnl|laostr_OGSv1.2|LSTR009056-PA;gnl|laostr_OGSv1.2|LSTR009831-PA
Reactome: R-HSA-5579026	Defective CYP11A1 causes Adrenal insufficiency, congenital, with 46,XY sex reversal (AICSR)	2	gnl|laostr_OGSv1.2|LSTR012207-PA;gnl|laostr_OGSv1.2|LSTR013691-PA
MetaCyc: PWY-7282	4-amino-2-methyl-5-phosphomethylpyrimidine biosynthesis	4	gnl|laostr_OGSv1.2|LSTR008950-PA;gnl|laostr_OGSv1.2|LSTR003439-PA;gnl|laostr_OGSv1.2|LSTR011376-PA;gnl|laostr_OGSv1.2|LSTR003992-PA
MetaCyc: PWY-1361	Benzoyl-coa degradation I (aerobic)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
KEGG: 00710+1.1.1.37	Carbon fixation in photosynthetic organisms	5	gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR004176-PA
KEGG: 00240+2.4.2.10	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR007352-PA
Reactome: R-HSA-5620912	Anchoring of the basal body to the plasma membrane	32	gnl|laostr_OGSv1.2|LSTR000576-PA;gnl|laostr_OGSv1.2|LSTR008573-PA;gnl|laostr_OGSv1.2|LSTR014177-PA;gnl|laostr_OGSv1.2|LSTR007633-PA;gnl|laostr_OGSv1.2|LSTR001765-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR013391-PA;gnl|laostr_OGSv1.2|LSTR004807-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR010158-PA;gnl|laostr_OGSv1.2|LSTR014567-PA;gnl|laostr_OGSv1.2|LSTR004837-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR004808-PA;gnl|laostr_OGSv1.2|LSTR009495-PA;gnl|laostr_OGSv1.2|LSTR015699-PA;gnl|laostr_OGSv1.2|LSTR004191-PA;gnl|laostr_OGSv1.2|LSTR017006-PA;gnl|laostr_OGSv1.2|LSTR005516-PA;gnl|laostr_OGSv1.2|LSTR000330-PA;gnl|laostr_OGSv1.2|LSTR001622-PA;gnl|laostr_OGSv1.2|LSTR000386-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR004155-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR006782-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR004789-PA;gnl|laostr_OGSv1.2|LSTR002923-PA;gnl|laostr_OGSv1.2|LSTR014566-PA;gnl|laostr_OGSv1.2|LSTR004315-PA
MetaCyc: PWY-6367	D-myo-inositol-5-phosphate metabolism	6	gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR013286-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR013816-PA;gnl|laostr_OGSv1.2|LSTR009967-PA
Reactome: R-HSA-72689	Formation of a pool of free 40S subunits	95	gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR011207-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR006029-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR003867-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR004047-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR002612-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR017466-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR002577-PA;gnl|laostr_OGSv1.2|LSTR000254-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR013430-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR010641-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR010642-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR005690-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR013138-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR001103-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013712-PA
KEGG: 00130+1.17.4.4	Ubiquinone and other terpenoid-quinone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR010407-PA
Reactome: R-HSA-6806664	Metabolism of vitamin K	2	gnl|laostr_OGSv1.2|LSTR005248-PA;gnl|laostr_OGSv1.2|LSTR010407-PA
Reactome: R-HSA-3304356	SMAD2/3 Phosphorylation Motif Mutants in Cancer	2	gnl|laostr_OGSv1.2|LSTR012377-PA;gnl|laostr_OGSv1.2|LSTR002529-PA
MetaCyc: PWY-6289	Petrobactin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR015888-PA
Reactome: R-HSA-156588	Glucuronidation	23	gnl|laostr_OGSv1.2|LSTR017379-PA;gnl|laostr_OGSv1.2|LSTR003239-PA;gnl|laostr_OGSv1.2|LSTR002975-PA;gnl|laostr_OGSv1.2|LSTR014867-PA;gnl|laostr_OGSv1.2|LSTR009959-PA;gnl|laostr_OGSv1.2|LSTR010569-PA;gnl|laostr_OGSv1.2|LSTR014995-PA;gnl|laostr_OGSv1.2|LSTR017033-PA;gnl|laostr_OGSv1.2|LSTR004575-PA;gnl|laostr_OGSv1.2|LSTR001232-PA;gnl|laostr_OGSv1.2|LSTR003238-PA;gnl|laostr_OGSv1.2|LSTR008716-PA;gnl|laostr_OGSv1.2|LSTR001228-PA;gnl|laostr_OGSv1.2|LSTR012314-PA;gnl|laostr_OGSv1.2|LSTR009925-PA;gnl|laostr_OGSv1.2|LSTR011762-PA;gnl|laostr_OGSv1.2|LSTR001426-PA;gnl|laostr_OGSv1.2|LSTR011828-PA;gnl|laostr_OGSv1.2|LSTR017602-PA;gnl|laostr_OGSv1.2|LSTR000394-PA;gnl|laostr_OGSv1.2|LSTR016505-PA;gnl|laostr_OGSv1.2|LSTR002201-PA;gnl|laostr_OGSv1.2|LSTR010663-PA
Reactome: R-HSA-9665244	Resistance of ERBB2 KD mutants to sapitinib	1	gnl|laostr_OGSv1.2|LSTR005656-PA
MetaCyc: PWY-7197	Pyrimidine deoxyribonucleotide phosphorylation	9	gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR006751-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR015999-PA
MetaCyc: PWY-7664	Oleate biosynthesis IV (anaerobic)	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA
KEGG: 00360+4.2.1.17	Phenylalanine metabolism	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-6803529	FGFR2 alternative splicing	13	gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR010523-PA
Reactome: R-HSA-75953	RNA Polymerase II Transcription Initiation	34	gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR011646-PA
KEGG: 00510+2.4.1.265	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003444-PA
MetaCyc: PWY-5122	Geranyl diphosphate biosynthesis	5	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR000747-PA
MetaCyc: PWY-241	C4 photosynthetic carbon assimilation cycle, NADP-ME type	3	gnl|laostr_OGSv1.2|LSTR005936-PA;gnl|laostr_OGSv1.2|LSTR009638-PA;gnl|laostr_OGSv1.2|LSTR008752-PA
Reactome: R-HSA-196819	Vitamin B1 (thiamin) metabolism	2	gnl|laostr_OGSv1.2|LSTR001493-PA;gnl|laostr_OGSv1.2|LSTR011549-PA
Reactome: R-HSA-202670	ERKs are inactivated	2	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
Reactome: R-HSA-75815	Ubiquitin-dependent degradation of Cyclin D	41	gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA
KEGG: 00230+4.3.2.2	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR003283-PA
Reactome: R-HSA-5654693	FRS-mediated FGFR1 signaling	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR010410-PA
KEGG: 00511+3.2.1.24	Other glycan degradation	3	gnl|laostr_OGSv1.2|LSTR003928-PA;gnl|laostr_OGSv1.2|LSTR014959-PA;gnl|laostr_OGSv1.2|LSTR003478-PA
MetaCyc: PWY-6308	L-cysteine biosynthesis II (tRNA-dependent)	4	gnl|laostr_OGSv1.2|LSTR008305-PA;gnl|laostr_OGSv1.2|LSTR009558-PA;gnl|laostr_OGSv1.2|LSTR007155-PA;gnl|laostr_OGSv1.2|LSTR007154-PA
KEGG: 00983+2.7.4.6	Drug metabolism - other enzymes	8	gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR003766-PA
Reactome: R-HSA-2453864	Retinoid cycle disease events	1	gnl|laostr_OGSv1.2|LSTR002151-PA
KEGG: 00270+2.6.1.1	Cysteine and methionine metabolism	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
KEGG: 00480+6.3.2.2	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR011975-PA
KEGG: 00650+2.6.1.19	Butanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR014110-PA
KEGG: 00524+2.7.1.1	Neomycin, kanamycin and gentamicin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR001975-PA;gnl|laostr_OGSv1.2|LSTR001047-PA
KEGG: 00670+2.1.2.5	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR006460-PA
Reactome: R-HSA-9657050	Defective OGG1 Localization	1	gnl|laostr_OGSv1.2|LSTR002369-PA
Reactome: R-HSA-2465910	MASTL Facilitates Mitotic Progression	2	gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR008940-PA
Reactome: R-HSA-69656	Cyclin A:Cdk2-associated events at S phase entry	11	gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR002996-PA;gnl|laostr_OGSv1.2|LSTR009818-PA;gnl|laostr_OGSv1.2|LSTR007165-PA;gnl|laostr_OGSv1.2|LSTR004289-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA
Reactome: R-HSA-1358803	Downregulation of ERBB2:ERBB3 signaling	5	gnl|laostr_OGSv1.2|LSTR005221-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR016806-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-1266695	Interleukin-7 signaling	4	gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR010628-PA
MetaCyc: PWY-5084	2-oxoglutarate decarboxylation to succinyl-CoA	7	gnl|laostr_OGSv1.2|LSTR007355-PA;gnl|laostr_OGSv1.2|LSTR008201-PA;gnl|laostr_OGSv1.2|LSTR006524-PA;gnl|laostr_OGSv1.2|LSTR000928-PA;gnl|laostr_OGSv1.2|LSTR003414-PA;gnl|laostr_OGSv1.2|LSTR008200-PA;gnl|laostr_OGSv1.2|LSTR015782-PA
Reactome: R-HSA-186797	Signaling by PDGF	3	gnl|laostr_OGSv1.2|LSTR003738-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR004000-PA
KEGG: 04150+2.7.11.24	mTOR signaling pathway	7	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR008273-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR007655-PA;gnl|laostr_OGSv1.2|LSTR010581-PA;gnl|laostr_OGSv1.2|LSTR001509-PA;gnl|laostr_OGSv1.2|LSTR007134-PA
Reactome: R-HSA-68616	Assembly of the ORC complex at the origin of replication	5	gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR002423-PA;gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR004768-PA
KEGG: 00511+3.2.1.45	Other glycan degradation	1	gnl|laostr_OGSv1.2|LSTR007567-PA
Reactome: R-HSA-5693568	Resolution of D-loop Structures through Holliday Junction Intermediates	28	gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR000895-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR015831-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR009945-PA;gnl|laostr_OGSv1.2|LSTR001971-PA;gnl|laostr_OGSv1.2|LSTR000896-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR010496-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR012533-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR010940-PA;gnl|laostr_OGSv1.2|LSTR008929-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR001771-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR009914-PA
Reactome: R-HSA-9603505	NTRK3 as a dependence receptor	1	gnl|laostr_OGSv1.2|LSTR010828-PA
Reactome: R-HSA-163282	Mitochondrial transcription initiation	2	gnl|laostr_OGSv1.2|LSTR004581-PA;gnl|laostr_OGSv1.2|LSTR003666-PA
KEGG: 00500+2.4.1.1	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR001061-PA
KEGG: 00250+2.6.1.1	Alanine, aspartate and glutamate metabolism	2	gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR008513-PA
Reactome: R-HSA-5632928	Defective Mismatch Repair Associated With MSH2	2	gnl|laostr_OGSv1.2|LSTR015192-PA;gnl|laostr_OGSv1.2|LSTR004669-PA
MetaCyc: PWY-6351	D-myo-inositol (1,4,5)-trisphosphate biosynthesis	6	gnl|laostr_OGSv1.2|LSTR009967-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR001288-PA;gnl|laostr_OGSv1.2|LSTR001803-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR011249-PA
Reactome: R-HSA-205043	NRIF signals cell death from the nucleus	7	gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR003520-PA
KEGG: 00680+2.7.1.11	Methane metabolism	3	gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR017208-PA
Reactome: R-HSA-5678895	Defective CFTR causes cystic fibrosis	47	gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR009515-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR004930-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR011136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR011213-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR011212-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA
MetaCyc: PWY-5188	Tetrapyrrole biosynthesis I (from glutamate)	6	gnl|laostr_OGSv1.2|LSTR014149-PA;gnl|laostr_OGSv1.2|LSTR017037-PA;gnl|laostr_OGSv1.2|LSTR006455-PA;gnl|laostr_OGSv1.2|LSTR002328-PA;gnl|laostr_OGSv1.2|LSTR001320-PA;gnl|laostr_OGSv1.2|LSTR011700-PA
Reactome: R-HSA-1483213	Synthesis of PE	4	gnl|laostr_OGSv1.2|LSTR000429-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR007091-PA;gnl|laostr_OGSv1.2|LSTR006031-PA
MetaCyc: PWY-6607	Guanosine nucleotides degradation I	2	gnl|laostr_OGSv1.2|LSTR000593-PA;gnl|laostr_OGSv1.2|LSTR010931-PA
Reactome: R-HSA-2173795	Downregulation of SMAD2/3:SMAD4 transcriptional activity	3	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR007983-PA
Reactome: R-HSA-3878781	Glycogen storage disease type IV (GBE1)	1	gnl|laostr_OGSv1.2|LSTR001407-PA
KEGG: 00030+3.1.1.17	Pentose phosphate pathway	2	gnl|laostr_OGSv1.2|LSTR012528-PA;gnl|laostr_OGSv1.2|LSTR012486-PA
Reactome: R-HSA-210500	Glutamate Neurotransmitter Release Cycle	5	gnl|laostr_OGSv1.2|LSTR006803-PA;gnl|laostr_OGSv1.2|LSTR006801-PA;gnl|laostr_OGSv1.2|LSTR016317-PA;gnl|laostr_OGSv1.2|LSTR017175-PA;gnl|laostr_OGSv1.2|LSTR008833-PA
MetaCyc: PWY-6598	Sciadonate biosynthesis	25	gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR012747-PA
MetaCyc: PWY-7803	Trna splicing II	2	gnl|laostr_OGSv1.2|LSTR004556-PA;gnl|laostr_OGSv1.2|LSTR001951-PA
Reactome: R-HSA-390522	Striated Muscle Contraction	5	gnl|laostr_OGSv1.2|LSTR009381-PA;gnl|laostr_OGSv1.2|LSTR015879-PA;gnl|laostr_OGSv1.2|LSTR005352-PA;gnl|laostr_OGSv1.2|LSTR013094-PA;gnl|laostr_OGSv1.2|LSTR002751-PA
Reactome: R-HSA-400042	Adrenaline,noradrenaline inhibits insulin secretion	5	gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR009431-PA
Reactome: R-HSA-201451	Signaling by BMP	2	gnl|laostr_OGSv1.2|LSTR001108-PA;gnl|laostr_OGSv1.2|LSTR001107-PA
Reactome: R-HSA-388479	Vasopressin-like receptors	5	gnl|laostr_OGSv1.2|LSTR012513-PA;gnl|laostr_OGSv1.2|LSTR012955-PA;gnl|laostr_OGSv1.2|LSTR003994-PA;gnl|laostr_OGSv1.2|LSTR005523-PA;gnl|laostr_OGSv1.2|LSTR009038-PA
MetaCyc: PWY-7536	2-amino-3-hydroxycyclopent-2-enone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR008091-PA;gnl|laostr_OGSv1.2|LSTR016552-PA
Reactome: R-HSA-351202	Metabolism of polyamines	5	gnl|laostr_OGSv1.2|LSTR010763-PA;gnl|laostr_OGSv1.2|LSTR007623-PA;gnl|laostr_OGSv1.2|LSTR013271-PA;gnl|laostr_OGSv1.2|LSTR008311-PA;gnl|laostr_OGSv1.2|LSTR012421-PA
KEGG: 04070+2.7.11.13	Phosphatidylinositol signaling system	5	gnl|laostr_OGSv1.2|LSTR001258-PA;gnl|laostr_OGSv1.2|LSTR004715-PA;gnl|laostr_OGSv1.2|LSTR001780-PA;gnl|laostr_OGSv1.2|LSTR009902-PA;gnl|laostr_OGSv1.2|LSTR010689-PA
Reactome: R-HSA-350054	Notch-HLH transcription pathway	15	gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR012700-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR002362-PA;gnl|laostr_OGSv1.2|LSTR007070-PA;gnl|laostr_OGSv1.2|LSTR015020-PA;gnl|laostr_OGSv1.2|LSTR000497-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR016756-PA;gnl|laostr_OGSv1.2|LSTR005664-PA;gnl|laostr_OGSv1.2|LSTR017087-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR011771-PA;gnl|laostr_OGSv1.2|LSTR013251-PA;gnl|laostr_OGSv1.2|LSTR001192-PA
Reactome: R-HSA-6811440	Retrograde transport at the Trans-Golgi-Network	31	gnl|laostr_OGSv1.2|LSTR017680-PA;gnl|laostr_OGSv1.2|LSTR014786-PA;gnl|laostr_OGSv1.2|LSTR002650-PA;gnl|laostr_OGSv1.2|LSTR005013-PA;gnl|laostr_OGSv1.2|LSTR001846-PA;gnl|laostr_OGSv1.2|LSTR000295-PA;gnl|laostr_OGSv1.2|LSTR009885-PA;gnl|laostr_OGSv1.2|LSTR011114-PA;gnl|laostr_OGSv1.2|LSTR008285-PA;gnl|laostr_OGSv1.2|LSTR004045-PA;gnl|laostr_OGSv1.2|LSTR002375-PA;gnl|laostr_OGSv1.2|LSTR000623-PA;gnl|laostr_OGSv1.2|LSTR012236-PA;gnl|laostr_OGSv1.2|LSTR001173-PA;gnl|laostr_OGSv1.2|LSTR014229-PA;gnl|laostr_OGSv1.2|LSTR016825-PA;gnl|laostr_OGSv1.2|LSTR003862-PA;gnl|laostr_OGSv1.2|LSTR010114-PA;gnl|laostr_OGSv1.2|LSTR006004-PA;gnl|laostr_OGSv1.2|LSTR017589-PA;gnl|laostr_OGSv1.2|LSTR002076-PA;gnl|laostr_OGSv1.2|LSTR011115-PA;gnl|laostr_OGSv1.2|LSTR006811-PA;gnl|laostr_OGSv1.2|LSTR012505-PA;gnl|laostr_OGSv1.2|LSTR003649-PA;gnl|laostr_OGSv1.2|LSTR001134-PA;gnl|laostr_OGSv1.2|LSTR007515-PA;gnl|laostr_OGSv1.2|LSTR014982-PA;gnl|laostr_OGSv1.2|LSTR005360-PA;gnl|laostr_OGSv1.2|LSTR015977-PA;gnl|laostr_OGSv1.2|LSTR001638-PA
MetaCyc: PWY-5921	Glutaminyl-trnagln biosynthesis via transamidation	2	gnl|laostr_OGSv1.2|LSTR008833-PA;gnl|laostr_OGSv1.2|LSTR017175-PA
MetaCyc: PWY-5265	Peptidoglycan biosynthesis II (staphylococci)	2	gnl|laostr_OGSv1.2|LSTR002919-PA;gnl|laostr_OGSv1.2|LSTR000913-PA
Reactome: R-HSA-4608870	Asymmetric localization of PCP proteins	43	gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000031-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR008801-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA
Reactome: R-HSA-3065678	SUMO is transferred from E1 to E2 (UBE2I, UBC9)	1	gnl|laostr_OGSv1.2|LSTR001094-PA
KEGG: 00720+4.2.1.2	Carbon fixation pathways in prokaryotes	3	gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR015210-PA
Reactome: R-HSA-9609523	Insertion of tail-anchored proteins into the endoplasmic reticulum membrane	10	gnl|laostr_OGSv1.2|LSTR012805-PA;gnl|laostr_OGSv1.2|LSTR005788-PA;gnl|laostr_OGSv1.2|LSTR005577-PA;gnl|laostr_OGSv1.2|LSTR017331-PA;gnl|laostr_OGSv1.2|LSTR000604-PA;gnl|laostr_OGSv1.2|LSTR003253-PA;gnl|laostr_OGSv1.2|LSTR005162-PA;gnl|laostr_OGSv1.2|LSTR002184-PA;gnl|laostr_OGSv1.2|LSTR016190-PA;gnl|laostr_OGSv1.2|LSTR011247-PA
Reactome: R-HSA-4720475	Defective ALG3 causes ALG3-CDG (CDG-1d)	2	gnl|laostr_OGSv1.2|LSTR017150-PA;gnl|laostr_OGSv1.2|LSTR011047-PA
Reactome: R-HSA-5632987	Defective Mismatch Repair Associated With PMS2	1	gnl|laostr_OGSv1.2|LSTR004585-PA
KEGG: 00970+6.1.1.18	Aminoacyl-tRNA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR001524-PA
Reactome: R-HSA-2470946	Cohesin Loading onto Chromatin	10	gnl|laostr_OGSv1.2|LSTR009918-PA;gnl|laostr_OGSv1.2|LSTR017174-PA;gnl|laostr_OGSv1.2|LSTR001724-PA;gnl|laostr_OGSv1.2|LSTR007523-PA;gnl|laostr_OGSv1.2|LSTR002593-PA;gnl|laostr_OGSv1.2|LSTR003303-PA;gnl|laostr_OGSv1.2|LSTR009216-PA;gnl|laostr_OGSv1.2|LSTR006680-PA;gnl|laostr_OGSv1.2|LSTR006662-PA;gnl|laostr_OGSv1.2|LSTR002968-PA
KEGG: 00401+2.6.1.5	Novobiocin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002765-PA
KEGG: 00970+6.1.1.15	Aminoacyl-tRNA biosynthesis	3	gnl|laostr_OGSv1.2|LSTR017697-PA;gnl|laostr_OGSv1.2|LSTR001320-PA;gnl|laostr_OGSv1.2|LSTR004443-PA
MetaCyc: PWY-7559	Glutathione degradation (DUG pathway	7	gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR010672-PA;gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR010676-PA
Reactome: R-HSA-8874081	MET activates PTK2 signaling	6	gnl|laostr_OGSv1.2|LSTR016604-PA;gnl|laostr_OGSv1.2|LSTR010374-PA;gnl|laostr_OGSv1.2|LSTR014831-PA;gnl|laostr_OGSv1.2|LSTR009263-PA;gnl|laostr_OGSv1.2|LSTR015659-PA;gnl|laostr_OGSv1.2|LSTR006463-PA
MetaCyc: PWY-5989	Stearate biosynthesis II (bacteria and plants)	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA
Reactome: R-HSA-427652	Sodium-coupled phosphate cotransporters	1	gnl|laostr_OGSv1.2|LSTR005974-PA
Reactome: R-HSA-193368	Synthesis of bile acids and bile salts via 7alpha-hydroxycholesterol	1	gnl|laostr_OGSv1.2|LSTR000723-PA
MetaCyc: PWY-6383	Mono-trans, poly-cis decaprenyl phosphate biosynthesis	6	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR009096-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR000747-PA
MetaCyc: PWY-5857	Ubiquinol-10 biosynthesis (prokaryotic)	5	gnl|laostr_OGSv1.2|LSTR000513-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR012166-PA
KEGG: 00511+3.2.1.25	Other glycan degradation	1	gnl|laostr_OGSv1.2|LSTR001238-PA
Reactome: R-HSA-3928664	Ephrin signaling	1	gnl|laostr_OGSv1.2|LSTR007984-PA
Reactome: R-HSA-170670	Adenylate cyclase inhibitory pathway	6	gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR012076-PA
Reactome: R-HSA-72165	mRNA Splicing - Minor Pathway	41	gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR003673-PA;gnl|laostr_OGSv1.2|LSTR008958-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR017177-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR011443-PA;gnl|laostr_OGSv1.2|LSTR009913-PA;gnl|laostr_OGSv1.2|LSTR005207-PA;gnl|laostr_OGSv1.2|LSTR016170-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR008628-PA;gnl|laostr_OGSv1.2|LSTR012504-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR015818-PA;gnl|laostr_OGSv1.2|LSTR017433-PA;gnl|laostr_OGSv1.2|LSTR001338-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR003521-PA;gnl|laostr_OGSv1.2|LSTR001451-PA;gnl|laostr_OGSv1.2|LSTR017018-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR005188-PA;gnl|laostr_OGSv1.2|LSTR009390-PA;gnl|laostr_OGSv1.2|LSTR002088-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR004878-PA;gnl|laostr_OGSv1.2|LSTR001777-PA;gnl|laostr_OGSv1.2|LSTR016700-PA;gnl|laostr_OGSv1.2|LSTR010079-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR014926-PA;gnl|laostr_OGSv1.2|LSTR005353-PA;gnl|laostr_OGSv1.2|LSTR012321-PA;gnl|laostr_OGSv1.2|LSTR008961-PA;gnl|laostr_OGSv1.2|LSTR011963-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR007930-PA;gnl|laostr_OGSv1.2|LSTR011646-PA
Reactome: R-HSA-6802952	Signaling by BRAF and RAF fusions	11	gnl|laostr_OGSv1.2|LSTR013442-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR010354-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR016198-PA;gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR001579-PA;gnl|laostr_OGSv1.2|LSTR012383-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
MetaCyc: PWY-6999	Theophylline degradation	1	gnl|laostr_OGSv1.2|LSTR010931-PA
Reactome: R-HSA-170660	Adenylate cyclase activating pathway	6	gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR011371-PA
Reactome: R-HSA-2206302	MPS I - Hurler syndrome	1	gnl|laostr_OGSv1.2|LSTR003644-PA
Reactome: R-HSA-71737	Pyrophosphate hydrolysis	2	gnl|laostr_OGSv1.2|LSTR013355-PA;gnl|laostr_OGSv1.2|LSTR000264-PA
KEGG: 00020+1.3.5.1	Citrate cycle (TCA cycle)	2	gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR011333-PA
Reactome: R-HSA-209931	Serotonin and melatonin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002065-PA
Reactome: R-HSA-909733	Interferon alpha/beta signaling	3	gnl|laostr_OGSv1.2|LSTR011868-PA;gnl|laostr_OGSv1.2|LSTR004024-PA;gnl|laostr_OGSv1.2|LSTR011869-PA
Reactome: R-HSA-5685942	HDR through Homologous Recombination (HRR)	45	gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR000896-PA;gnl|laostr_OGSv1.2|LSTR000895-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR015831-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR009914-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR012533-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR010241-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR010496-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR009945-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR008929-PA;gnl|laostr_OGSv1.2|LSTR010940-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR009833-PA
KEGG: 00534+5.1.3.17	Glycosaminoglycan biosynthesis - heparan sulfate / heparin	1	gnl|laostr_OGSv1.2|LSTR009430-PA
Reactome: R-HSA-375165	NCAM signaling for neurite out-growth	6	gnl|laostr_OGSv1.2|LSTR006018-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR016780-PA;gnl|laostr_OGSv1.2|LSTR002440-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00230+6.3.5.2	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR011956-PA
Reactome: R-HSA-8851680	Butyrophilin (BTN) family interactions	1	gnl|laostr_OGSv1.2|LSTR010931-PA
Reactome: R-HSA-176187	Activation of ATR in response to replication stress	27	gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR002423-PA;gnl|laostr_OGSv1.2|LSTR002037-PA;gnl|laostr_OGSv1.2|LSTR013794-PA;gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR001345-PA;gnl|laostr_OGSv1.2|LSTR010796-PA;gnl|laostr_OGSv1.2|LSTR013249-PA;gnl|laostr_OGSv1.2|LSTR012539-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR005543-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR000319-PA;gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR011118-PA;gnl|laostr_OGSv1.2|LSTR001158-PA;gnl|laostr_OGSv1.2|LSTR008124-PA;gnl|laostr_OGSv1.2|LSTR004768-PA;gnl|laostr_OGSv1.2|LSTR011417-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR010660-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR000022-PA
Reactome: R-HSA-3000484	Scavenging by Class F Receptors	4	gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015296-PA
KEGG: 00230+2.7.4.10	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR012557-PA
MetaCyc: PWY-6397	Mycolyl-arabinogalactan-peptidoglycan complex biosynthesis	2	gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR001909-PA
MetaCyc: PWY-5030	L-histidine degradation III	6	gnl|laostr_OGSv1.2|LSTR011922-PA;gnl|laostr_OGSv1.2|LSTR013660-PA;gnl|laostr_OGSv1.2|LSTR004901-PA;gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR006460-PA;gnl|laostr_OGSv1.2|LSTR010606-PA
KEGG: 00500+3.6.1.9	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR006381-PA
KEGG: 00640+4.1.1.9	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR005410-PA
MetaCyc: PWY-6470	Peptidoglycan biosynthesis V (beta-lactam resistance)	2	gnl|laostr_OGSv1.2|LSTR002919-PA;gnl|laostr_OGSv1.2|LSTR000913-PA
MetaCyc: PWY-7723	Bacterial bioluminescence	3	gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
MetaCyc: PWY-6610	Adenine salvage	1	gnl|laostr_OGSv1.2|LSTR000802-PA
KEGG: 00930+4.2.1.17	Caprolactam degradation	1	gnl|laostr_OGSv1.2|LSTR004871-PA
KEGG: 00620+4.2.1.2	Pyruvate metabolism	3	gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR005794-PA
Reactome: R-HSA-1483152	Hydrolysis of LPE	1	gnl|laostr_OGSv1.2|LSTR004859-PA
Reactome: R-HSA-68952	DNA replication initiation	6	gnl|laostr_OGSv1.2|LSTR001286-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR002928-PA
KEGG: 00565+3.1.1.47	Ether lipid metabolism	1	gnl|laostr_OGSv1.2|LSTR001518-PA
KEGG: 00270+1.13.11.54	Cysteine and methionine metabolism	2	gnl|laostr_OGSv1.2|LSTR017402-PA;gnl|laostr_OGSv1.2|LSTR005561-PA
KEGG: 00710+4.1.1.39	Carbon fixation in photosynthetic organisms	1	gnl|laostr_OGSv1.2|LSTR009469-PA
MetaCyc: PWY-7900	Glycogen biosynthesis III (from alpha-maltose 1-phosphate)	1	gnl|laostr_OGSv1.2|LSTR001407-PA
Reactome: R-HSA-71336	Pentose phosphate pathway	8	gnl|laostr_OGSv1.2|LSTR001896-PA;gnl|laostr_OGSv1.2|LSTR004429-PA;gnl|laostr_OGSv1.2|LSTR011597-PA;gnl|laostr_OGSv1.2|LSTR006927-PA;gnl|laostr_OGSv1.2|LSTR004001-PA;gnl|laostr_OGSv1.2|LSTR006317-PA;gnl|laostr_OGSv1.2|LSTR013810-PA;gnl|laostr_OGSv1.2|LSTR010185-PA
Reactome: R-HSA-9656256	Defective OGG1 Substrate Processing	1	gnl|laostr_OGSv1.2|LSTR002369-PA
KEGG: 00980+2.5.1.18	Metabolism of xenobiotics by cytochrome P450	2	gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR011748-PA
KEGG: 00970+6.1.1.14	Aminoacyl-tRNA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR009088-PA;gnl|laostr_OGSv1.2|LSTR009421-PA
MetaCyc: PWY-7391	Isoprene biosynthesis II (engineered)	6	gnl|laostr_OGSv1.2|LSTR011749-PA;gnl|laostr_OGSv1.2|LSTR009812-PA;gnl|laostr_OGSv1.2|LSTR003737-PA;gnl|laostr_OGSv1.2|LSTR012316-PA;gnl|laostr_OGSv1.2|LSTR008121-PA;gnl|laostr_OGSv1.2|LSTR009096-PA
KEGG: 00010+5.3.1.1	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR008240-PA
Reactome: R-HSA-8983432	Interleukin-15 signaling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-1482798	Acyl chain remodeling of CL	3	gnl|laostr_OGSv1.2|LSTR000297-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR017488-PA
MetaCyc: PWY-5269	Cardiolipin biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR002992-PA;gnl|laostr_OGSv1.2|LSTR001738-PA
KEGG: 00040+1.1.1.22	Pentose and glucuronate interconversions	1	gnl|laostr_OGSv1.2|LSTR002182-PA
MetaCyc: PWY-4381	Fatty acid biosynthesis initiation (bacteria and plants)	6	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR015318-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR000833-PA
Reactome: R-HSA-381070	IRE1alpha activates chaperones	1	gnl|laostr_OGSv1.2|LSTR005471-PA
Reactome: R-HSA-3000157	Laminin interactions	7	gnl|laostr_OGSv1.2|LSTR016604-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR015659-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR006463-PA;gnl|laostr_OGSv1.2|LSTR009263-PA;gnl|laostr_OGSv1.2|LSTR014831-PA
MetaCyc: PWY-5891	Menaquinol-11 biosynthesis	2	gnl|laostr_OGSv1.2|LSTR017295-PA;gnl|laostr_OGSv1.2|LSTR000484-PA
Reactome: R-HSA-68949	Orc1 removal from chromatin	57	gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR010796-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR001158-PA;gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR011417-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR008124-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR002423-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR001345-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007453-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR011118-PA;gnl|laostr_OGSv1.2|LSTR000319-PA;gnl|laostr_OGSv1.2|LSTR004768-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR000022-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA
MetaCyc: PWY-7420	Monoacylglycerol metabolism (yeast)	1	gnl|laostr_OGSv1.2|LSTR004872-PA
Reactome: R-HSA-376172	DSCAM interactions	2	gnl|laostr_OGSv1.2|LSTR017481-PA;gnl|laostr_OGSv1.2|LSTR010581-PA
Reactome: R-HSA-72702	Ribosomal scanning and start codon recognition	54	gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR002577-PA;gnl|laostr_OGSv1.2|LSTR000254-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR017466-PA;gnl|laostr_OGSv1.2|LSTR001103-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR005206-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR005690-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR013138-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR002612-PA;gnl|laostr_OGSv1.2|LSTR004047-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR010642-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR010641-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR003867-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR006029-PA;gnl|laostr_OGSv1.2|LSTR005104-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR011207-PA;gnl|laostr_OGSv1.2|LSTR013430-PA
Reactome: R-HSA-5663220	RHO GTPases Activate Formins	78	gnl|laostr_OGSv1.2|LSTR004938-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR000590-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR003307-PA;gnl|laostr_OGSv1.2|LSTR011432-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR001438-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR017509-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR000475-PA;gnl|laostr_OGSv1.2|LSTR012032-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR004704-PA;gnl|laostr_OGSv1.2|LSTR007423-PA;gnl|laostr_OGSv1.2|LSTR014131-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR011307-PA;gnl|laostr_OGSv1.2|LSTR005990-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR010578-PA;gnl|laostr_OGSv1.2|LSTR012193-PA;gnl|laostr_OGSv1.2|LSTR001021-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR006429-PA;gnl|laostr_OGSv1.2|LSTR008718-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR007036-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR004190-PA;gnl|laostr_OGSv1.2|LSTR001534-PA;gnl|laostr_OGSv1.2|LSTR003086-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR011579-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR001705-PA;gnl|laostr_OGSv1.2|LSTR000476-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR000122-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR002619-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR012194-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR007789-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR002187-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR007551-PA;gnl|laostr_OGSv1.2|LSTR002597-PA
Reactome: R-HSA-4755583	Defective DOLK causes DOLK-CDG (CDG-1m)	1	gnl|laostr_OGSv1.2|LSTR010716-PA
MetaCyc: PWY-6901	Superpathway of glucose and xylose degradation	17	gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR010963-PA;gnl|laostr_OGSv1.2|LSTR009787-PA;gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR011033-PA
MetaCyc: PWY-7979	Protein O-mannosylation III (mammals, core M3)	12	gnl|laostr_OGSv1.2|LSTR008009-PA;gnl|laostr_OGSv1.2|LSTR006621-PA;gnl|laostr_OGSv1.2|LSTR003492-PA;gnl|laostr_OGSv1.2|LSTR011837-PA;gnl|laostr_OGSv1.2|LSTR003544-PA;gnl|laostr_OGSv1.2|LSTR003019-PA;gnl|laostr_OGSv1.2|LSTR017598-PA;gnl|laostr_OGSv1.2|LSTR002313-PA;gnl|laostr_OGSv1.2|LSTR014872-PA;gnl|laostr_OGSv1.2|LSTR005038-PA;gnl|laostr_OGSv1.2|LSTR013873-PA;gnl|laostr_OGSv1.2|LSTR003585-PA
Reactome: R-HSA-390471	Association of TriC/CCT with target proteins during biosynthesis	19	gnl|laostr_OGSv1.2|LSTR016288-PA;gnl|laostr_OGSv1.2|LSTR012721-PA;gnl|laostr_OGSv1.2|LSTR005298-PA;gnl|laostr_OGSv1.2|LSTR006106-PA;gnl|laostr_OGSv1.2|LSTR002339-PA;gnl|laostr_OGSv1.2|LSTR007713-PA;gnl|laostr_OGSv1.2|LSTR017351-PA;gnl|laostr_OGSv1.2|LSTR002338-PA;gnl|laostr_OGSv1.2|LSTR003483-PA;gnl|laostr_OGSv1.2|LSTR000262-PA;gnl|laostr_OGSv1.2|LSTR002966-PA;gnl|laostr_OGSv1.2|LSTR001781-PA;gnl|laostr_OGSv1.2|LSTR012314-PA;gnl|laostr_OGSv1.2|LSTR015380-PA;gnl|laostr_OGSv1.2|LSTR014795-PA;gnl|laostr_OGSv1.2|LSTR003981-PA;gnl|laostr_OGSv1.2|LSTR004004-PA;gnl|laostr_OGSv1.2|LSTR009029-PA;gnl|laostr_OGSv1.2|LSTR011678-PA
Reactome: R-HSA-8963684	Tyrosine catabolism	4	gnl|laostr_OGSv1.2|LSTR007656-PA;gnl|laostr_OGSv1.2|LSTR002765-PA;gnl|laostr_OGSv1.2|LSTR002939-PA;gnl|laostr_OGSv1.2|LSTR000025-PA
Reactome: R-HSA-427359	SIRT1 negatively regulates rRNA expression	2	gnl|laostr_OGSv1.2|LSTR003476-PA;gnl|laostr_OGSv1.2|LSTR004903-PA
MetaCyc: PWY-6689	Trna splicing I	2	gnl|laostr_OGSv1.2|LSTR004556-PA;gnl|laostr_OGSv1.2|LSTR001951-PA
MetaCyc: PWY-6554	1D-myo-inositol hexakisphosphate biosynthesis V (from Ins(1,3,4)P3)	2	gnl|laostr_OGSv1.2|LSTR005767-PA;gnl|laostr_OGSv1.2|LSTR013820-PA
Reactome: R-HSA-2894862	Constitutive Signaling by NOTCH1 HD+PEST Domain Mutants	31	gnl|laostr_OGSv1.2|LSTR008054-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR007070-PA;gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR012238-PA;gnl|laostr_OGSv1.2|LSTR012700-PA;gnl|laostr_OGSv1.2|LSTR006310-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000497-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR009704-PA;gnl|laostr_OGSv1.2|LSTR017087-PA;gnl|laostr_OGSv1.2|LSTR003433-PA;gnl|laostr_OGSv1.2|LSTR008238-PA;gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR002362-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR015020-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR005664-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR016756-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR013251-PA;gnl|laostr_OGSv1.2|LSTR001192-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR004767-PA;gnl|laostr_OGSv1.2|LSTR004641-PA
Reactome: R-HSA-9664565	Signaling by ERBB2 KD Mutants	3	gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR005656-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-189085	Digestion of dietary carbohydrate	55	gnl|laostr_OGSv1.2|LSTR001931-PA;gnl|laostr_OGSv1.2|LSTR010142-PA;gnl|laostr_OGSv1.2|LSTR004987-PA;gnl|laostr_OGSv1.2|LSTR002446-PA;gnl|laostr_OGSv1.2|LSTR015328-PA;gnl|laostr_OGSv1.2|LSTR012310-PA;gnl|laostr_OGSv1.2|LSTR014941-PA;gnl|laostr_OGSv1.2|LSTR009874-PA;gnl|laostr_OGSv1.2|LSTR012781-PA;gnl|laostr_OGSv1.2|LSTR011461-PA;gnl|laostr_OGSv1.2|LSTR011818-PA;gnl|laostr_OGSv1.2|LSTR012233-PA;gnl|laostr_OGSv1.2|LSTR016473-PA;gnl|laostr_OGSv1.2|LSTR005425-PA;gnl|laostr_OGSv1.2|LSTR010446-PA;gnl|laostr_OGSv1.2|LSTR001377-PA;gnl|laostr_OGSv1.2|LSTR009761-PA;gnl|laostr_OGSv1.2|LSTR006996-PA;gnl|laostr_OGSv1.2|LSTR007223-PA;gnl|laostr_OGSv1.2|LSTR010838-PA;gnl|laostr_OGSv1.2|LSTR004661-PA;gnl|laostr_OGSv1.2|LSTR004209-PA;gnl|laostr_OGSv1.2|LSTR003269-PA;gnl|laostr_OGSv1.2|LSTR007344-PA;gnl|laostr_OGSv1.2|LSTR015329-PA;gnl|laostr_OGSv1.2|LSTR012782-PA;gnl|laostr_OGSv1.2|LSTR009836-PA;gnl|laostr_OGSv1.2|LSTR012311-PA;gnl|laostr_OGSv1.2|LSTR009760-PA;gnl|laostr_OGSv1.2|LSTR012791-PA;gnl|laostr_OGSv1.2|LSTR015052-PA;gnl|laostr_OGSv1.2|LSTR002461-PA;gnl|laostr_OGSv1.2|LSTR002501-PA;gnl|laostr_OGSv1.2|LSTR002448-PA;gnl|laostr_OGSv1.2|LSTR002447-PA;gnl|laostr_OGSv1.2|LSTR012886-PA;gnl|laostr_OGSv1.2|LSTR000578-PA;gnl|laostr_OGSv1.2|LSTR005496-PA;gnl|laostr_OGSv1.2|LSTR010143-PA;gnl|laostr_OGSv1.2|LSTR017089-PA;gnl|laostr_OGSv1.2|LSTR000709-PA;gnl|laostr_OGSv1.2|LSTR002625-PA;gnl|laostr_OGSv1.2|LSTR009986-PA;gnl|laostr_OGSv1.2|LSTR016712-PA;gnl|laostr_OGSv1.2|LSTR004148-PA;gnl|laostr_OGSv1.2|LSTR015315-PA;gnl|laostr_OGSv1.2|LSTR015746-PA;gnl|laostr_OGSv1.2|LSTR002445-PA;gnl|laostr_OGSv1.2|LSTR014778-PA;gnl|laostr_OGSv1.2|LSTR012634-PA;gnl|laostr_OGSv1.2|LSTR011359-PA;gnl|laostr_OGSv1.2|LSTR001200-PA;gnl|laostr_OGSv1.2|LSTR008417-PA;gnl|laostr_OGSv1.2|LSTR006561-PA;gnl|laostr_OGSv1.2|LSTR012297-PA
Reactome: R-HSA-72163	mRNA Splicing - Major Pathway	110	gnl|laostr_OGSv1.2|LSTR016170-PA;gnl|laostr_OGSv1.2|LSTR003724-PA;gnl|laostr_OGSv1.2|LSTR009913-PA;gnl|laostr_OGSv1.2|LSTR011276-PA;gnl|laostr_OGSv1.2|LSTR014151-PA;gnl|laostr_OGSv1.2|LSTR007467-PA;gnl|laostr_OGSv1.2|LSTR010343-PA;gnl|laostr_OGSv1.2|LSTR015818-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR007683-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR004604-PA;gnl|laostr_OGSv1.2|LSTR008628-PA;gnl|laostr_OGSv1.2|LSTR007268-PA;gnl|laostr_OGSv1.2|LSTR001151-PA;gnl|laostr_OGSv1.2|LSTR000201-PA;gnl|laostr_OGSv1.2|LSTR004613-PA;gnl|laostr_OGSv1.2|LSTR000653-PA;gnl|laostr_OGSv1.2|LSTR003673-PA;gnl|laostr_OGSv1.2|LSTR004873-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR006754-PA;gnl|laostr_OGSv1.2|LSTR004950-PA;gnl|laostr_OGSv1.2|LSTR009729-PA;gnl|laostr_OGSv1.2|LSTR002213-PA;gnl|laostr_OGSv1.2|LSTR007988-PA;gnl|laostr_OGSv1.2|LSTR007267-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR012733-PA;gnl|laostr_OGSv1.2|LSTR014561-PA;gnl|laostr_OGSv1.2|LSTR014926-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR010079-PA;gnl|laostr_OGSv1.2|LSTR002035-PA;gnl|laostr_OGSv1.2|LSTR004878-PA;gnl|laostr_OGSv1.2|LSTR010202-PA;gnl|laostr_OGSv1.2|LSTR011755-PA;gnl|laostr_OGSv1.2|LSTR014998-PA;gnl|laostr_OGSv1.2|LSTR009219-PA;gnl|laostr_OGSv1.2|LSTR006563-PA;gnl|laostr_OGSv1.2|LSTR001451-PA;gnl|laostr_OGSv1.2|LSTR017234-PA;gnl|laostr_OGSv1.2|LSTR001338-PA;gnl|laostr_OGSv1.2|LSTR009109-PA;gnl|laostr_OGSv1.2|LSTR001535-PA;gnl|laostr_OGSv1.2|LSTR002088-PA;gnl|laostr_OGSv1.2|LSTR016692-PA;gnl|laostr_OGSv1.2|LSTR012098-PA;gnl|laostr_OGSv1.2|LSTR010657-PA;gnl|laostr_OGSv1.2|LSTR000472-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR015250-PA;gnl|laostr_OGSv1.2|LSTR007750-PA;gnl|laostr_OGSv1.2|LSTR004614-PA;gnl|laostr_OGSv1.2|LSTR003285-PA;gnl|laostr_OGSv1.2|LSTR007736-PA;gnl|laostr_OGSv1.2|LSTR000568-PA;gnl|laostr_OGSv1.2|LSTR002845-PA;gnl|laostr_OGSv1.2|LSTR003231-PA;gnl|laostr_OGSv1.2|LSTR005207-PA;gnl|laostr_OGSv1.2|LSTR011443-PA;gnl|laostr_OGSv1.2|LSTR000464-PA;gnl|laostr_OGSv1.2|LSTR017659-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR012504-PA;gnl|laostr_OGSv1.2|LSTR013443-PA;gnl|laostr_OGSv1.2|LSTR015363-PA;gnl|laostr_OGSv1.2|LSTR001255-PA;gnl|laostr_OGSv1.2|LSTR008958-PA;gnl|laostr_OGSv1.2|LSTR002778-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR007466-PA;gnl|laostr_OGSv1.2|LSTR011852-PA;gnl|laostr_OGSv1.2|LSTR007156-PA;gnl|laostr_OGSv1.2|LSTR001499-PA;gnl|laostr_OGSv1.2|LSTR004474-PA;gnl|laostr_OGSv1.2|LSTR003499-PA;gnl|laostr_OGSv1.2|LSTR004747-PA;gnl|laostr_OGSv1.2|LSTR017177-PA;gnl|laostr_OGSv1.2|LSTR015311-PA;gnl|laostr_OGSv1.2|LSTR017556-PA;gnl|laostr_OGSv1.2|LSTR001322-PA;gnl|laostr_OGSv1.2|LSTR014891-PA;gnl|laostr_OGSv1.2|LSTR003244-PA;gnl|laostr_OGSv1.2|LSTR001777-PA;gnl|laostr_OGSv1.2|LSTR016700-PA;gnl|laostr_OGSv1.2|LSTR017085-PA;gnl|laostr_OGSv1.2|LSTR010544-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR009706-PA;gnl|laostr_OGSv1.2|LSTR007930-PA;gnl|laostr_OGSv1.2|LSTR005975-PA;gnl|laostr_OGSv1.2|LSTR008961-PA;gnl|laostr_OGSv1.2|LSTR011963-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR007379-PA;gnl|laostr_OGSv1.2|LSTR017018-PA;gnl|laostr_OGSv1.2|LSTR011157-PA;gnl|laostr_OGSv1.2|LSTR003521-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR017433-PA;gnl|laostr_OGSv1.2|LSTR006361-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR002304-PA;gnl|laostr_OGSv1.2|LSTR009170-PA;gnl|laostr_OGSv1.2|LSTR003553-PA;gnl|laostr_OGSv1.2|LSTR005075-PA;gnl|laostr_OGSv1.2|LSTR014325-PA;gnl|laostr_OGSv1.2|LSTR011664-PA
MetaCyc: PWY-4661	1D-myo-inositol hexakisphosphate biosynthesis III (Spirodela polyrrhiza)	3	gnl|laostr_OGSv1.2|LSTR006356-PA;gnl|laostr_OGSv1.2|LSTR005767-PA;gnl|laostr_OGSv1.2|LSTR013820-PA
KEGG: 00280+6.4.1.3	Valine, leucine and isoleucine degradation	1	gnl|laostr_OGSv1.2|LSTR002726-PA
Reactome: R-HSA-9037629	Lewis blood group biosynthesis	8	gnl|laostr_OGSv1.2|LSTR006243-PA;gnl|laostr_OGSv1.2|LSTR004082-PA;gnl|laostr_OGSv1.2|LSTR004096-PA;gnl|laostr_OGSv1.2|LSTR004079-PA;gnl|laostr_OGSv1.2|LSTR004081-PA;gnl|laostr_OGSv1.2|LSTR004080-PA;gnl|laostr_OGSv1.2|LSTR004074-PA;gnl|laostr_OGSv1.2|LSTR013372-PA
Reactome: R-HSA-983231	Factors involved in megakaryocyte development and platelet production	31	gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR010082-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR006875-PA;gnl|laostr_OGSv1.2|LSTR010189-PA;gnl|laostr_OGSv1.2|LSTR006384-PA;gnl|laostr_OGSv1.2|LSTR016734-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR012187-PA;gnl|laostr_OGSv1.2|LSTR010009-PA;gnl|laostr_OGSv1.2|LSTR012987-PA;gnl|laostr_OGSv1.2|LSTR015310-PA;gnl|laostr_OGSv1.2|LSTR005767-PA;gnl|laostr_OGSv1.2|LSTR010081-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR010010-PA;gnl|laostr_OGSv1.2|LSTR017307-PA;gnl|laostr_OGSv1.2|LSTR004590-PA;gnl|laostr_OGSv1.2|LSTR015313-PA;gnl|laostr_OGSv1.2|LSTR000006-PA;gnl|laostr_OGSv1.2|LSTR007487-PA;gnl|laostr_OGSv1.2|LSTR012320-PA;gnl|laostr_OGSv1.2|LSTR010012-PA;gnl|laostr_OGSv1.2|LSTR008083-PA;gnl|laostr_OGSv1.2|LSTR001404-PA;gnl|laostr_OGSv1.2|LSTR016900-PA;gnl|laostr_OGSv1.2|LSTR014602-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR001589-PA;gnl|laostr_OGSv1.2|LSTR014725-PA;gnl|laostr_OGSv1.2|LSTR012384-PA
Reactome: R-HSA-1250196	SHC1 events in ERBB2 signaling	3	gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR001258-PA
Reactome: R-HSA-112308	Presynaptic depolarization and calcium channel opening	2	gnl|laostr_OGSv1.2|LSTR008504-PA;gnl|laostr_OGSv1.2|LSTR010435-PA
MetaCyc: PWY-7560	Methylerythritol phosphate pathway II	3	gnl|laostr_OGSv1.2|LSTR009096-PA;gnl|laostr_OGSv1.2|LSTR006319-PA;gnl|laostr_OGSv1.2|LSTR009529-PA
Reactome: R-HSA-6787450	tRNA modification in the mitochondrion	8	gnl|laostr_OGSv1.2|LSTR009973-PA;gnl|laostr_OGSv1.2|LSTR011992-PA;gnl|laostr_OGSv1.2|LSTR009774-PA;gnl|laostr_OGSv1.2|LSTR003145-PA;gnl|laostr_OGSv1.2|LSTR007152-PA;gnl|laostr_OGSv1.2|LSTR004647-PA;gnl|laostr_OGSv1.2|LSTR015228-PA;gnl|laostr_OGSv1.2|LSTR005897-PA
KEGG: 00680+3.1.3.11	Methane metabolism	1	gnl|laostr_OGSv1.2|LSTR002268-PA
Reactome: R-HSA-1483148	Synthesis of PG	7	gnl|laostr_OGSv1.2|LSTR008604-PA;gnl|laostr_OGSv1.2|LSTR004668-PA;gnl|laostr_OGSv1.2|LSTR001738-PA;gnl|laostr_OGSv1.2|LSTR002992-PA;gnl|laostr_OGSv1.2|LSTR006301-PA;gnl|laostr_OGSv1.2|LSTR008596-PA;gnl|laostr_OGSv1.2|LSTR006302-PA
KEGG: 00450+4.4.1.13	Selenocompound metabolism	3	gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR015227-PA
KEGG: 00643+3.7.1.2	Styrene degradation	1	gnl|laostr_OGSv1.2|LSTR007656-PA
Reactome: R-HSA-2024101	CS/DS degradation	8	gnl|laostr_OGSv1.2|LSTR012242-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR003644-PA
MetaCyc: PWY-2781	Cis-zeatin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR015228-PA;gnl|laostr_OGSv1.2|LSTR005897-PA
Reactome: R-HSA-9617324	Negative regulation of NMDA receptor-mediated neuronal transmission	3	gnl|laostr_OGSv1.2|LSTR005542-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR002371-PA
KEGG: 00770+2.7.1.24	Pantothenate and CoA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR006408-PA;gnl|laostr_OGSv1.2|LSTR002303-PA
MetaCyc: PWY-7779	Methyl tert-butyl ether degradation	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-77108	Utilization of Ketone Bodies	1	gnl|laostr_OGSv1.2|LSTR009025-PA
KEGG: 00521+5.5.1.4	Streptomycin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR006356-PA
KEGG: 00780+6.3.4.15	Biotin metabolism	2	gnl|laostr_OGSv1.2|LSTR011768-PA;gnl|laostr_OGSv1.2|LSTR004137-PA
Reactome: R-HSA-77305	Beta oxidation of palmitoyl-CoA to myristoyl-CoA	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-1170546	Prolactin receptor signaling	2	gnl|laostr_OGSv1.2|LSTR015313-PA;gnl|laostr_OGSv1.2|LSTR004054-PA
Reactome: R-HSA-169911	Regulation of Apoptosis	1	gnl|laostr_OGSv1.2|LSTR007799-PA
Reactome: R-HSA-2559584	Formation of Senescence-Associated Heterochromatin Foci (SAHF)	6	gnl|laostr_OGSv1.2|LSTR004130-PA;gnl|laostr_OGSv1.2|LSTR016881-PA;gnl|laostr_OGSv1.2|LSTR004463-PA;gnl|laostr_OGSv1.2|LSTR005370-PA;gnl|laostr_OGSv1.2|LSTR015016-PA;gnl|laostr_OGSv1.2|LSTR015980-PA
Reactome: R-HSA-428890	Role of ABL in ROBO-SLIT signaling	4	gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR007910-PA;gnl|laostr_OGSv1.2|LSTR004677-PA;gnl|laostr_OGSv1.2|LSTR015908-PA
KEGG: 00071+4.2.1.17+1.1.1.35	Fatty acid degradation	4	gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-9034864	Activated NTRK3 signals through RAS	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00280+4.2.1.17+1.1.1.35	Valine, leucine and isoleucine degradation	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
MetaCyc: PWY-1801	Formaldehyde oxidation II (glutathione-dependent)	3	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR005944-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-75035	Chk1/Chk2(Cds1) mediated inactivation of Cyclin B:Cdk1 complex	4	gnl|laostr_OGSv1.2|LSTR003582-PA;gnl|laostr_OGSv1.2|LSTR004145-PA;gnl|laostr_OGSv1.2|LSTR017249-PA;gnl|laostr_OGSv1.2|LSTR004546-PA
Reactome: R-HSA-2179392	EGFR Transactivation by Gastrin	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00220+1.14.13.39	Arginine biosynthesis	1	gnl|laostr_OGSv1.2|LSTR010666-PA
Reactome: R-HSA-3359471	Defective MMAB causes methylmalonic aciduria type cblB	1	gnl|laostr_OGSv1.2|LSTR010234-PA
KEGG: 00680+1.1.1.37	Methane metabolism	5	gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR011550-PA
KEGG: 00280+4.1.3.4	Valine, leucine and isoleucine degradation	2	gnl|laostr_OGSv1.2|LSTR007864-PA;gnl|laostr_OGSv1.2|LSTR007863-PA
Reactome: R-HSA-174113	SCF-beta-TrCP mediated degradation of Emi1	42	gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA
KEGG: 00540+2.7.7.38	Lipopolysaccharide biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005451-PA
Reactome: R-HSA-6783984	Glycine degradation	6	gnl|laostr_OGSv1.2|LSTR013099-PA;gnl|laostr_OGSv1.2|LSTR015281-PA;gnl|laostr_OGSv1.2|LSTR006524-PA;gnl|laostr_OGSv1.2|LSTR003732-PA;gnl|laostr_OGSv1.2|LSTR002611-PA;gnl|laostr_OGSv1.2|LSTR011935-PA
Reactome: R-HSA-3238698	WNT ligand biogenesis and trafficking	13	gnl|laostr_OGSv1.2|LSTR007648-PA;gnl|laostr_OGSv1.2|LSTR002674-PA;gnl|laostr_OGSv1.2|LSTR009410-PA;gnl|laostr_OGSv1.2|LSTR001226-PA;gnl|laostr_OGSv1.2|LSTR000596-PA;gnl|laostr_OGSv1.2|LSTR011595-PA;gnl|laostr_OGSv1.2|LSTR009412-PA;gnl|laostr_OGSv1.2|LSTR016395-PA;gnl|laostr_OGSv1.2|LSTR006915-PA;gnl|laostr_OGSv1.2|LSTR003780-PA;gnl|laostr_OGSv1.2|LSTR009413-PA;gnl|laostr_OGSv1.2|LSTR003743-PA;gnl|laostr_OGSv1.2|LSTR009414-PA
Reactome: R-HSA-8949613	Cristae formation	21	gnl|laostr_OGSv1.2|LSTR001979-PA;gnl|laostr_OGSv1.2|LSTR015451-PA;gnl|laostr_OGSv1.2|LSTR008686-PA;gnl|laostr_OGSv1.2|LSTR008293-PA;gnl|laostr_OGSv1.2|LSTR013039-PA;gnl|laostr_OGSv1.2|LSTR001670-PA;gnl|laostr_OGSv1.2|LSTR009804-PA;gnl|laostr_OGSv1.2|LSTR005238-PA;gnl|laostr_OGSv1.2|LSTR011547-PA;gnl|laostr_OGSv1.2|LSTR011546-PA;gnl|laostr_OGSv1.2|LSTR000670-PA;gnl|laostr_OGSv1.2|LSTR002929-PA;gnl|laostr_OGSv1.2|LSTR005639-PA;gnl|laostr_OGSv1.2|LSTR013313-PA;gnl|laostr_OGSv1.2|LSTR017641-PA;gnl|laostr_OGSv1.2|LSTR012907-PA;gnl|laostr_OGSv1.2|LSTR008719-PA;gnl|laostr_OGSv1.2|LSTR004136-PA;gnl|laostr_OGSv1.2|LSTR005785-PA;gnl|laostr_OGSv1.2|LSTR015226-PA;gnl|laostr_OGSv1.2|LSTR002388-PA
MetaCyc: PWY-5080	Very long chain fatty acid biosynthesis I	25	gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR009112-PA
Reactome: R-HSA-425561	Sodium/Calcium exchangers	12	gnl|laostr_OGSv1.2|LSTR015663-PA;gnl|laostr_OGSv1.2|LSTR006450-PA;gnl|laostr_OGSv1.2|LSTR000174-PA;gnl|laostr_OGSv1.2|LSTR016242-PA;gnl|laostr_OGSv1.2|LSTR014155-PA;gnl|laostr_OGSv1.2|LSTR013244-PA;gnl|laostr_OGSv1.2|LSTR014504-PA;gnl|laostr_OGSv1.2|LSTR006452-PA;gnl|laostr_OGSv1.2|LSTR003947-PA;gnl|laostr_OGSv1.2|LSTR000175-PA;gnl|laostr_OGSv1.2|LSTR006451-PA;gnl|laostr_OGSv1.2|LSTR000004-PA
KEGG: 00565+2.5.1.26	Ether lipid metabolism	1	gnl|laostr_OGSv1.2|LSTR003268-PA
MetaCyc: PWY-7411	Phosphatidate biosynthesis (yeast)	9	gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR009734-PA;gnl|laostr_OGSv1.2|LSTR005796-PA
KEGG: 00970+2.9.1.2	Aminoacyl-tRNA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR011987-PA;gnl|laostr_OGSv1.2|LSTR014134-PA
MetaCyc: PWY-7909	Formaldehyde oxidation VII (THF pathway)	2	gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR004901-PA
Reactome: R-HSA-168138	Toll Like Receptor 9 (TLR9) Cascade	3	gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR012384-PA;gnl|laostr_OGSv1.2|LSTR008463-PA
KEGG: 00410+4.1.1.9	beta-Alanine metabolism	1	gnl|laostr_OGSv1.2|LSTR005410-PA
MetaCyc: PWY-5469	Sesamin biosynthesis	5	gnl|laostr_OGSv1.2|LSTR003214-PA;gnl|laostr_OGSv1.2|LSTR015126-PA;gnl|laostr_OGSv1.2|LSTR006976-PA;gnl|laostr_OGSv1.2|LSTR011542-PA;gnl|laostr_OGSv1.2|LSTR017610-PA
KEGG: 00950+1.14.16.2	Isoquinoline alkaloid biosynthesis	1	gnl|laostr_OGSv1.2|LSTR013848-PA
Reactome: R-HSA-9020702	Interleukin-1 signaling	48	gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR003520-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR008053-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR005873-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR003447-PA
Reactome: R-HSA-1482839	Acyl chain remodelling of PE	4	gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR005402-PA
KEGG: 00564+3.1.3.4	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR004565-PA
MetaCyc: PWY-2161B	Glutamate removal from folates	3	gnl|laostr_OGSv1.2|LSTR014192-PA;gnl|laostr_OGSv1.2|LSTR007120-PA;gnl|laostr_OGSv1.2|LSTR014159-PA
MetaCyc: PWY-4302	Aerobic respiration III (alternative oxidase pathway)	2	gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR001594-PA
KEGG: 00770+2.7.8.7	Pantothenate and CoA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR015888-PA
Reactome: R-HSA-1614558	Degradation of cysteine and homocysteine	6	gnl|laostr_OGSv1.2|LSTR004709-PA;gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR012605-PA;gnl|laostr_OGSv1.2|LSTR006659-PA;gnl|laostr_OGSv1.2|LSTR009482-PA;gnl|laostr_OGSv1.2|LSTR007099-PA
Reactome: R-HSA-8869496	TFAP2A acts as a transcriptional repressor during retinoic acid induced cell differentiation	3	gnl|laostr_OGSv1.2|LSTR004750-PA;gnl|laostr_OGSv1.2|LSTR008498-PA;gnl|laostr_OGSv1.2|LSTR007424-PA
Reactome: R-HSA-75876	Synthesis of very long-chain fatty acyl-CoAs	25	gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009113-PA
MetaCyc: PWY-6906	Chitin derivatives degradation	5	gnl|laostr_OGSv1.2|LSTR005272-PA;gnl|laostr_OGSv1.2|LSTR011777-PA;gnl|laostr_OGSv1.2|LSTR010058-PA;gnl|laostr_OGSv1.2|LSTR011883-PA;gnl|laostr_OGSv1.2|LSTR001896-PA
KEGG: 00062+4.2.1.17+1.1.1.211	Fatty acid elongation	1	gnl|laostr_OGSv1.2|LSTR004871-PA
KEGG: 00480+2.3.2.2+3.4.19.13	Glutathione metabolism	7	gnl|laostr_OGSv1.2|LSTR010672-PA;gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR010676-PA
MetaCyc: PWY-6958	Icosapentaenoate biosynthesis I (lower eukaryotes)	2	gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA
MetaCyc: PWY-6613	Tetrahydrofolate salvage from 5,10-methenyltetrahydrofolate	3	gnl|laostr_OGSv1.2|LSTR004901-PA;gnl|laostr_OGSv1.2|LSTR013954-PA;gnl|laostr_OGSv1.2|LSTR010109-PA
Reactome: R-HSA-6787639	GDP-fucose biosynthesis	3	gnl|laostr_OGSv1.2|LSTR002086-PA;gnl|laostr_OGSv1.2|LSTR011054-PA;gnl|laostr_OGSv1.2|LSTR010080-PA
MetaCyc: PWY-7388	Octanoyl-[acyl-carrier protein] biosynthesis (mitochondria, yeast)	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-3371511	HSF1 activation	3	gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR003730-PA
KEGG: 00860+6.1.1.17	Porphyrin and chlorophyll metabolism	3	gnl|laostr_OGSv1.2|LSTR001320-PA;gnl|laostr_OGSv1.2|LSTR014149-PA;gnl|laostr_OGSv1.2|LSTR017037-PA
Reactome: R-HSA-112043	PLC beta mediated events	5	gnl|laostr_OGSv1.2|LSTR000096-PA;gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR004154-PA
KEGG: 00230+3.1.4.53	Purine metabolism	2	gnl|laostr_OGSv1.2|LSTR004251-PA;gnl|laostr_OGSv1.2|LSTR004252-PA
Reactome: R-HSA-1614603	Cysteine formation from homocysteine	4	gnl|laostr_OGSv1.2|LSTR007099-PA;gnl|laostr_OGSv1.2|LSTR009482-PA;gnl|laostr_OGSv1.2|LSTR009064-PA;gnl|laostr_OGSv1.2|LSTR015227-PA
KEGG: 00500+2.4.1.11	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR007043-PA
MetaCyc: PWY-7592	Arachidonate biosynthesis III (6-desaturase, mammals)	2	gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR002886-PA
Reactome: R-HSA-9635644	Inhibition of membrane repair	1	gnl|laostr_OGSv1.2|LSTR008635-PA
Reactome: R-HSA-1227986	Signaling by ERBB2	2	gnl|laostr_OGSv1.2|LSTR005656-PA;gnl|laostr_OGSv1.2|LSTR006951-PA
Reactome: R-HSA-195253	Degradation of beta-catenin by the destruction complex	45	gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA
MetaCyc: PWYG-321		4	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR002726-PA
KEGG: 00270+6.3.2.3	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR001490-PA
KEGG: 00240+3.1.3.5	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR000593-PA
Reactome: R-HSA-450408	AUF1 (hnRNP D0) binds and destabilizes mRNA	42	gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA
MetaCyc: PWY-7254	TCA cycle VII (acetate-producers)	7	gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR005794-PA
KEGG: 00270+2.1.1.37	Cysteine and methionine metabolism	3	gnl|laostr_OGSv1.2|LSTR005380-PA;gnl|laostr_OGSv1.2|LSTR009501-PA;gnl|laostr_OGSv1.2|LSTR009502-PA
Reactome: R-HSA-8853383	Lysosomal oligosaccharide catabolism	4	gnl|laostr_OGSv1.2|LSTR003478-PA;gnl|laostr_OGSv1.2|LSTR001238-PA;gnl|laostr_OGSv1.2|LSTR014959-PA;gnl|laostr_OGSv1.2|LSTR003928-PA
KEGG: 00071+1.3.3.6	Fatty acid degradation	4	gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA
Reactome: R-HSA-69017	CDK-mediated phosphorylation and removal of Cdc6	51	gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA
KEGG: 00511+3.2.1.51	Other glycan degradation	2	gnl|laostr_OGSv1.2|LSTR010398-PA;gnl|laostr_OGSv1.2|LSTR005727-PA
MetaCyc: PWY-8026	Sterol biosynthesis (methylotrophs)	1	gnl|laostr_OGSv1.2|LSTR002732-PA
Reactome: R-HSA-1234176	Oxygen-dependent proline hydroxylation of Hypoxia-inducible Factor Alpha	44	gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA
Reactome: R-HSA-211981	Xenobiotics	3	gnl|laostr_OGSv1.2|LSTR010404-PA;gnl|laostr_OGSv1.2|LSTR002344-PA;gnl|laostr_OGSv1.2|LSTR010977-PA
KEGG: 00330+1.5.1.2	Arginine and proline metabolism	2	gnl|laostr_OGSv1.2|LSTR014191-PA;gnl|laostr_OGSv1.2|LSTR004650-PA
MetaCyc: PWY-3661	Glycine betaine degradation I	2	gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR002605-PA
KEGG: 00970+6.1.1.22	Aminoacyl-tRNA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003494-PA
MetaCyc: PWY-7206	Pyrimidine deoxyribonucleotides dephosphorylation	1	gnl|laostr_OGSv1.2|LSTR006381-PA
KEGG: 00330+2.7.2.11+1.2.1.41	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR002932-PA
KEGG: 00730+2.7.4.3	Thiamine metabolism	9	gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR000281-PA;gnl|laostr_OGSv1.2|LSTR004519-PA;gnl|laostr_OGSv1.2|LSTR012557-PA;gnl|laostr_OGSv1.2|LSTR000032-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR006827-PA;gnl|laostr_OGSv1.2|LSTR009849-PA;gnl|laostr_OGSv1.2|LSTR013702-PA
KEGG: 00230+1.7.1.7	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR007670-PA
MetaCyc: PWY-6282	Palmitoleate biosynthesis I (from (5Z)-dodec-5-enoate)	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA
Reactome: R-HSA-5658034	HHAT G278V abrogates palmitoylation of Hh-Np	1	gnl|laostr_OGSv1.2|LSTR009358-PA
MetaCyc: PWY-8055	Palmitoyl ethanolamide biosynthesis	9	gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR005796-PA
KEGG: 00970+6.1.1.16	Aminoacyl-tRNA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR014445-PA;gnl|laostr_OGSv1.2|LSTR004131-PA
KEGG: 00563+2.4.1.198	Glycosylphosphatidylinositol (GPI)-anchor biosynthesis	6	gnl|laostr_OGSv1.2|LSTR011286-PA;gnl|laostr_OGSv1.2|LSTR009420-PA;gnl|laostr_OGSv1.2|LSTR016600-PA;gnl|laostr_OGSv1.2|LSTR015187-PA;gnl|laostr_OGSv1.2|LSTR008798-PA;gnl|laostr_OGSv1.2|LSTR003346-PA
Reactome: R-HSA-196843	Vitamin B2 (riboflavin) metabolism	3	gnl|laostr_OGSv1.2|LSTR003843-PA;gnl|laostr_OGSv1.2|LSTR001043-PA;gnl|laostr_OGSv1.2|LSTR008695-PA
MetaCyc: PWY-7279	Aerobic respiration II (cytochrome c) (yeast)	3	gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR003514-PA
Reactome: R-HSA-196780	Biotin transport and metabolism	9	gnl|laostr_OGSv1.2|LSTR004924-PA;gnl|laostr_OGSv1.2|LSTR004137-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR015318-PA;gnl|laostr_OGSv1.2|LSTR014184-PA;gnl|laostr_OGSv1.2|LSTR011768-PA;gnl|laostr_OGSv1.2|LSTR002726-PA;gnl|laostr_OGSv1.2|LSTR011278-PA;gnl|laostr_OGSv1.2|LSTR000833-PA
Reactome: R-HSA-5083632	Defective C1GALT1C1 causes Tn polyagglutination syndrome (TNPS)	1	gnl|laostr_OGSv1.2|LSTR016196-PA
Reactome: R-HSA-5655253	Signaling by FGFR2 in disease	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-9635465	Suppression of apoptosis	2	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
Reactome: R-HSA-4551295	Defective ALG11 causes ALG11-CDG (CDG-1p)	1	gnl|laostr_OGSv1.2|LSTR008291-PA
MetaCyc: PWY-7218	Photosynthetic 3-hydroxybutanoate biosynthesis (engineered)	10	gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR016533-PA
KEGG: 00563+3.5.1.89	Glycosylphosphatidylinositol (GPI)-anchor biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009348-PA
MetaCyc: PWY-5789	3-hydroxypropanoate/4-hydroxybutanate cycle	11	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR009638-PA;gnl|laostr_OGSv1.2|LSTR000833-PA;gnl|laostr_OGSv1.2|LSTR005936-PA;gnl|laostr_OGSv1.2|LSTR015318-PA;gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR002726-PA
KEGG: 00030+5.3.1.6	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR004429-PA
Reactome: R-HSA-111367	SLBP independent Processing of Histone Pre-mRNAs	5	gnl|laostr_OGSv1.2|LSTR001338-PA;gnl|laostr_OGSv1.2|LSTR017433-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR017018-PA;gnl|laostr_OGSv1.2|LSTR014216-PA
KEGG: 00520+2.7.7.12	Amino sugar and nucleotide sugar metabolism	3	gnl|laostr_OGSv1.2|LSTR000448-PA;gnl|laostr_OGSv1.2|LSTR016936-PA;gnl|laostr_OGSv1.2|LSTR016463-PA
Reactome: R-HSA-983170	Antigen Presentation: Folding, assembly and peptide loading of class I MHC	6	gnl|laostr_OGSv1.2|LSTR001287-PA;gnl|laostr_OGSv1.2|LSTR003403-PA;gnl|laostr_OGSv1.2|LSTR016719-PA;gnl|laostr_OGSv1.2|LSTR000200-PA;gnl|laostr_OGSv1.2|LSTR005471-PA;gnl|laostr_OGSv1.2|LSTR008692-PA
KEGG: 00550+2.7.8.13	Peptidoglycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR000913-PA
KEGG: 00260+3.1.3.3	Glycine, serine and threonine metabolism	1	gnl|laostr_OGSv1.2|LSTR003623-PA
MetaCyc: PWY-7338	10-trans-heptadecenoyl-CoA degradation (reductase-dependent, yeast)	4	gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR008872-PA
MetaCyc: PWY-7586	Beta-1,4-d-mannosyl-n-acetyl-d-glucosamine degradation	2	gnl|laostr_OGSv1.2|LSTR012404-PA;gnl|laostr_OGSv1.2|LSTR014530-PA
KEGG: 00561+2.7.1.30	Glycerolipid metabolism	6	gnl|laostr_OGSv1.2|LSTR004735-PA;gnl|laostr_OGSv1.2|LSTR003526-PA;gnl|laostr_OGSv1.2|LSTR000638-PA;gnl|laostr_OGSv1.2|LSTR010836-PA;gnl|laostr_OGSv1.2|LSTR010966-PA;gnl|laostr_OGSv1.2|LSTR008675-PA
MetaCyc: PWY-5739	GDP-D-perosamine biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002086-PA
MetaCyc: PWY-5366	Palmitoleate biosynthesis II (plants and bacteria)	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
KEGG: 00531+3.2.1.35	Glycosaminoglycan degradation	2	gnl|laostr_OGSv1.2|LSTR004860-PA;gnl|laostr_OGSv1.2|LSTR001577-PA
Reactome: R-HSA-70268	Pyruvate metabolism	8	gnl|laostr_OGSv1.2|LSTR006559-PA;gnl|laostr_OGSv1.2|LSTR010048-PA;gnl|laostr_OGSv1.2|LSTR000314-PA;gnl|laostr_OGSv1.2|LSTR010963-PA;gnl|laostr_OGSv1.2|LSTR002534-PA;gnl|laostr_OGSv1.2|LSTR012024-PA;gnl|laostr_OGSv1.2|LSTR011696-PA;gnl|laostr_OGSv1.2|LSTR006524-PA
KEGG: 00860+2.3.1.37	Porphyrin and chlorophyll metabolism	2	gnl|laostr_OGSv1.2|LSTR008091-PA;gnl|laostr_OGSv1.2|LSTR016552-PA
MetaCyc: PWY-3581	(S)-reticuline biosynthesis I	1	gnl|laostr_OGSv1.2|LSTR013848-PA
Reactome: R-HSA-5621575	CD209 (DC-SIGN) signaling	3	gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR007984-PA
KEGG: 00450+6.1.1.10	Selenocompound metabolism	2	gnl|laostr_OGSv1.2|LSTR004798-PA;gnl|laostr_OGSv1.2|LSTR006215-PA
MetaCyc: PWY-7802	N-end rule pathway II (prokaryotic)	1	gnl|laostr_OGSv1.2|LSTR003956-PA
KEGG: 00052+3.2.1.22	Galactose metabolism	6	gnl|laostr_OGSv1.2|LSTR014200-PA;gnl|laostr_OGSv1.2|LSTR000527-PA;gnl|laostr_OGSv1.2|LSTR017530-PA;gnl|laostr_OGSv1.2|LSTR011229-PA;gnl|laostr_OGSv1.2|LSTR015776-PA;gnl|laostr_OGSv1.2|LSTR011778-PA
Reactome: R-HSA-8948700	Competing endogenous RNAs (ceRNAs) regulate PTEN translation	6	gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR015737-PA
Reactome: R-HSA-4086398	Ca2+ pathway	20	gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR012402-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR013368-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR014207-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR000031-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR012945-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR013853-PA
MetaCyc: PWY-6609	Adenine and adenosine salvage III	1	gnl|laostr_OGSv1.2|LSTR001023-PA
Reactome: R-HSA-202733	Cell surface interactions at the vascular wall	6	gnl|laostr_OGSv1.2|LSTR014365-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR004325-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015296-PA
Reactome: R-HSA-5602680	MyD88 deficiency (TLR5)	1	gnl|laostr_OGSv1.2|LSTR005873-PA
Reactome: R-HSA-71032	Propionyl-CoA catabolism	1	gnl|laostr_OGSv1.2|LSTR002726-PA
KEGG: 00310+1.2.4.2	Lysine degradation	5	gnl|laostr_OGSv1.2|LSTR008201-PA;gnl|laostr_OGSv1.2|LSTR015782-PA;gnl|laostr_OGSv1.2|LSTR008200-PA;gnl|laostr_OGSv1.2|LSTR003414-PA;gnl|laostr_OGSv1.2|LSTR000928-PA
Reactome: R-HSA-1660517	Synthesis of PIPs at the late endosome membrane	3	gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR000171-PA;gnl|laostr_OGSv1.2|LSTR008463-PA
Reactome: R-HSA-3560801	Defective B3GAT3 causes JDSSDHD	2	gnl|laostr_OGSv1.2|LSTR007093-PA;gnl|laostr_OGSv1.2|LSTR010511-PA
MetaCyc: PWY-5384	Sucrose degradation IV (sucrose phosphorylase)	2	gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
KEGG: 00330+4.1.1.50	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR008311-PA
MetaCyc: PWY-5491	Diethylphosphate degradation	7	gnl|laostr_OGSv1.2|LSTR005522-PA;gnl|laostr_OGSv1.2|LSTR010652-PA;gnl|laostr_OGSv1.2|LSTR017475-PA;gnl|laostr_OGSv1.2|LSTR004652-PA;gnl|laostr_OGSv1.2|LSTR016165-PA;gnl|laostr_OGSv1.2|LSTR003289-PA;gnl|laostr_OGSv1.2|LSTR006324-PA
Reactome: R-HSA-8856828	Clathrin-mediated endocytosis	40	gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004360-PA;gnl|laostr_OGSv1.2|LSTR008478-PA;gnl|laostr_OGSv1.2|LSTR016058-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005888-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR009527-PA;gnl|laostr_OGSv1.2|LSTR008758-PA;gnl|laostr_OGSv1.2|LSTR016863-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR004146-PA;gnl|laostr_OGSv1.2|LSTR016606-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR010128-PA;gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR008168-PA;gnl|laostr_OGSv1.2|LSTR003061-PA;gnl|laostr_OGSv1.2|LSTR001717-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR014067-PA;gnl|laostr_OGSv1.2|LSTR008787-PA;gnl|laostr_OGSv1.2|LSTR008148-PA;gnl|laostr_OGSv1.2|LSTR012028-PA;gnl|laostr_OGSv1.2|LSTR007022-PA;gnl|laostr_OGSv1.2|LSTR003816-PA;gnl|laostr_OGSv1.2|LSTR004205-PA;gnl|laostr_OGSv1.2|LSTR005350-PA;gnl|laostr_OGSv1.2|LSTR004135-PA;gnl|laostr_OGSv1.2|LSTR000031-PA;gnl|laostr_OGSv1.2|LSTR008137-PA;gnl|laostr_OGSv1.2|LSTR005309-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR011311-PA;gnl|laostr_OGSv1.2|LSTR011741-PA;gnl|laostr_OGSv1.2|LSTR004153-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR011329-PA
Reactome: R-HSA-1963640	GRB2 events in ERBB2 signaling	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR006951-PA
Reactome: R-HSA-5685938	HDR through Single Strand Annealing (SSA)	31	gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR009914-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR012539-PA;gnl|laostr_OGSv1.2|LSTR005543-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR010660-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR000315-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR001445-PA
MetaCyc: PWY-7442	Drosopterin and aurodrosopterin biosynthesis	3	gnl|laostr_OGSv1.2|LSTR003984-PA;gnl|laostr_OGSv1.2|LSTR003225-PA;gnl|laostr_OGSv1.2|LSTR007488-PA
KEGG: 00592+4.2.1.17	alpha-Linolenic acid metabolism	4	gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
KEGG: 00760+3.1.3.5	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR000593-PA
Reactome: R-HSA-5657562	Essential fructosuria	1	gnl|laostr_OGSv1.2|LSTR005095-PA
KEGG: 00520+1.1.1.271	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR010080-PA
Reactome: R-HSA-2672351	Stimuli-sensing channels	64	gnl|laostr_OGSv1.2|LSTR009164-PA;gnl|laostr_OGSv1.2|LSTR012450-PA;gnl|laostr_OGSv1.2|LSTR006481-PA;gnl|laostr_OGSv1.2|LSTR002106-PA;gnl|laostr_OGSv1.2|LSTR000081-PA;gnl|laostr_OGSv1.2|LSTR003113-PA;gnl|laostr_OGSv1.2|LSTR002348-PA;gnl|laostr_OGSv1.2|LSTR000230-PA;gnl|laostr_OGSv1.2|LSTR005937-PA;gnl|laostr_OGSv1.2|LSTR015591-PA;gnl|laostr_OGSv1.2|LSTR009764-PA;gnl|laostr_OGSv1.2|LSTR001735-PA;gnl|laostr_OGSv1.2|LSTR007579-PA;gnl|laostr_OGSv1.2|LSTR015899-PA;gnl|laostr_OGSv1.2|LSTR012771-PA;gnl|laostr_OGSv1.2|LSTR002273-PA;gnl|laostr_OGSv1.2|LSTR012452-PA;gnl|laostr_OGSv1.2|LSTR011539-PA;gnl|laostr_OGSv1.2|LSTR006289-PA;gnl|laostr_OGSv1.2|LSTR011144-PA;gnl|laostr_OGSv1.2|LSTR008319-PA;gnl|laostr_OGSv1.2|LSTR017664-PA;gnl|laostr_OGSv1.2|LSTR002688-PA;gnl|laostr_OGSv1.2|LSTR011540-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR016369-PA;gnl|laostr_OGSv1.2|LSTR010936-PA;gnl|laostr_OGSv1.2|LSTR012449-PA;gnl|laostr_OGSv1.2|LSTR004003-PA;gnl|laostr_OGSv1.2|LSTR004958-PA;gnl|laostr_OGSv1.2|LSTR007987-PA;gnl|laostr_OGSv1.2|LSTR012798-PA;gnl|laostr_OGSv1.2|LSTR001866-PA;gnl|laostr_OGSv1.2|LSTR008797-PA;gnl|laostr_OGSv1.2|LSTR005023-PA;gnl|laostr_OGSv1.2|LSTR005115-PA;gnl|laostr_OGSv1.2|LSTR009051-PA;gnl|laostr_OGSv1.2|LSTR001628-PA;gnl|laostr_OGSv1.2|LSTR002687-PA;gnl|laostr_OGSv1.2|LSTR008550-PA;gnl|laostr_OGSv1.2|LSTR013843-PA;gnl|laostr_OGSv1.2|LSTR009050-PA;gnl|laostr_OGSv1.2|LSTR002272-PA;gnl|laostr_OGSv1.2|LSTR010488-PA;gnl|laostr_OGSv1.2|LSTR004305-PA;gnl|laostr_OGSv1.2|LSTR014674-PA;gnl|laostr_OGSv1.2|LSTR011257-PA;gnl|laostr_OGSv1.2|LSTR000444-PA;gnl|laostr_OGSv1.2|LSTR000345-PA;gnl|laostr_OGSv1.2|LSTR009351-PA;gnl|laostr_OGSv1.2|LSTR011589-PA;gnl|laostr_OGSv1.2|LSTR001906-PA;gnl|laostr_OGSv1.2|LSTR012457-PA;gnl|laostr_OGSv1.2|LSTR002271-PA;gnl|laostr_OGSv1.2|LSTR003213-PA;gnl|laostr_OGSv1.2|LSTR000977-PA;gnl|laostr_OGSv1.2|LSTR009052-PA;gnl|laostr_OGSv1.2|LSTR007877-PA;gnl|laostr_OGSv1.2|LSTR006594-PA;gnl|laostr_OGSv1.2|LSTR001882-PA;gnl|laostr_OGSv1.2|LSTR002105-PA;gnl|laostr_OGSv1.2|LSTR016389-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001482-PA
Reactome: R-HSA-450302	activated TAK1 mediates p38 MAPK activation	4	gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004947-PA
MetaCyc: PWY-7619	Juniperonate biosynthesis	25	gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009113-PA
Reactome: R-HSA-111458	Formation of apoptosome	8	gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR003431-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR007820-PA;gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR005959-PA
MetaCyc: PWY-6122	5-aminoimidazole ribonucleotide biosynthesis II	6	gnl|laostr_OGSv1.2|LSTR014869-PA;gnl|laostr_OGSv1.2|LSTR013954-PA;gnl|laostr_OGSv1.2|LSTR011067-PA;gnl|laostr_OGSv1.2|LSTR006657-PA;gnl|laostr_OGSv1.2|LSTR015763-PA;gnl|laostr_OGSv1.2|LSTR011376-PA
Reactome: R-HSA-191859	snRNP Assembly	43	gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR017433-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000693-PA;gnl|laostr_OGSv1.2|LSTR001338-PA;gnl|laostr_OGSv1.2|LSTR017018-PA;gnl|laostr_OGSv1.2|LSTR002622-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR002088-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR010079-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR013098-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR015088-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR001984-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR010105-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR014404-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR006846-PA
KEGG: 00860+4.99.1.1	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR001923-PA
KEGG: 00670+2.1.2.10	One carbon pool by folate	4	gnl|laostr_OGSv1.2|LSTR002141-PA;gnl|laostr_OGSv1.2|LSTR004492-PA;gnl|laostr_OGSv1.2|LSTR016352-PA;gnl|laostr_OGSv1.2|LSTR011935-PA
Reactome: R-HSA-164378	PKA activation in glucagon signalling	9	gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR007487-PA
KEGG: 00330+2.5.1.22	Arginine and proline metabolism	2	gnl|laostr_OGSv1.2|LSTR013271-PA;gnl|laostr_OGSv1.2|LSTR010763-PA
Reactome: R-HSA-5423646	Aflatoxin activation and detoxification	4	gnl|laostr_OGSv1.2|LSTR008243-PA;gnl|laostr_OGSv1.2|LSTR015143-PA;gnl|laostr_OGSv1.2|LSTR006683-PA;gnl|laostr_OGSv1.2|LSTR010116-PA
Reactome: R-HSA-167287	HIV elongation arrest and recovery	27	gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR009992-PA
MetaCyc: PWY-5651	L-tryptophan degradation to 2-amino-3-carboxymuconate semialdehyde	2	gnl|laostr_OGSv1.2|LSTR010754-PA;gnl|laostr_OGSv1.2|LSTR011624-PA
MetaCyc: PWY-6749	CMP-legionaminate biosynthesis I	6	gnl|laostr_OGSv1.2|LSTR004701-PA;gnl|laostr_OGSv1.2|LSTR005272-PA;gnl|laostr_OGSv1.2|LSTR016781-PA;gnl|laostr_OGSv1.2|LSTR000223-PA;gnl|laostr_OGSv1.2|LSTR014501-PA;gnl|laostr_OGSv1.2|LSTR003368-PA
KEGG: 00790+6.3.2.17	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011295-PA
MetaCyc: PWY-7286	7-(3-amino-3-carboxypropyl)-wyosine biosynthesis	4	gnl|laostr_OGSv1.2|LSTR009121-PA;gnl|laostr_OGSv1.2|LSTR009973-PA;gnl|laostr_OGSv1.2|LSTR001045-PA;gnl|laostr_OGSv1.2|LSTR011743-PA
MetaCyc: PWY-5067	Glycogen biosynthesis II (from UDP-D-Glucose)	2	gnl|laostr_OGSv1.2|LSTR007043-PA;gnl|laostr_OGSv1.2|LSTR001407-PA
KEGG: 00270+5.3.1.23	Cysteine and methionine metabolism	5	gnl|laostr_OGSv1.2|LSTR004876-PA;gnl|laostr_OGSv1.2|LSTR003208-PA;gnl|laostr_OGSv1.2|LSTR005005-PA;gnl|laostr_OGSv1.2|LSTR008683-PA;gnl|laostr_OGSv1.2|LSTR001978-PA
Reactome: R-HSA-420029	Tight junction interactions	2	gnl|laostr_OGSv1.2|LSTR006620-PA;gnl|laostr_OGSv1.2|LSTR010077-PA
Reactome: R-HSA-4570464	SUMOylation of RNA binding proteins	27	gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR011374-PA
KEGG: 00562+2.7.1.137	Inositol phosphate metabolism	2	gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR008463-PA
KEGG: 00230+3.5.4.10+2.1.2.3	Purine metabolism	3	gnl|laostr_OGSv1.2|LSTR015390-PA;gnl|laostr_OGSv1.2|LSTR008684-PA;gnl|laostr_OGSv1.2|LSTR008682-PA
Reactome: R-HSA-451308	Activation of Ca-permeable Kainate Receptor	1	gnl|laostr_OGSv1.2|LSTR005542-PA
Reactome: R-HSA-975577	N-Glycan antennae elongation	7	gnl|laostr_OGSv1.2|LSTR016192-PA;gnl|laostr_OGSv1.2|LSTR009174-PA;gnl|laostr_OGSv1.2|LSTR006349-PA;gnl|laostr_OGSv1.2|LSTR012655-PA;gnl|laostr_OGSv1.2|LSTR009177-PA;gnl|laostr_OGSv1.2|LSTR014329-PA;gnl|laostr_OGSv1.2|LSTR000196-PA
MetaCyc: PWY-6545	Pyrimidine deoxyribonucleotides de novo biosynthesis III	15	gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR003206-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR006751-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR006381-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR003766-PA
Reactome: R-HSA-174048	APC/C:Cdc20 mediated degradation of Cyclin B	11	gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003132-PA
Reactome: R-HSA-2514853	Condensation of Prometaphase Chromosomes	8	gnl|laostr_OGSv1.2|LSTR005721-PA;gnl|laostr_OGSv1.2|LSTR004574-PA;gnl|laostr_OGSv1.2|LSTR015718-PA;gnl|laostr_OGSv1.2|LSTR003674-PA;gnl|laostr_OGSv1.2|LSTR006544-PA;gnl|laostr_OGSv1.2|LSTR000236-PA;gnl|laostr_OGSv1.2|LSTR001754-PA;gnl|laostr_OGSv1.2|LSTR005416-PA
KEGG: 00240+2.1.1.45	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR014066-PA
Reactome: R-HSA-442982	Ras activation upon Ca2+ influx through NMDA receptor	3	gnl|laostr_OGSv1.2|LSTR002371-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR005542-PA
Reactome: R-HSA-171007	p38MAPK events	2	gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR010581-PA
KEGG: 00600+3.2.1.22	Sphingolipid metabolism	6	gnl|laostr_OGSv1.2|LSTR011229-PA;gnl|laostr_OGSv1.2|LSTR015776-PA;gnl|laostr_OGSv1.2|LSTR000527-PA;gnl|laostr_OGSv1.2|LSTR014200-PA;gnl|laostr_OGSv1.2|LSTR017530-PA;gnl|laostr_OGSv1.2|LSTR011778-PA
Reactome: R-HSA-202040	G-protein activation	7	gnl|laostr_OGSv1.2|LSTR004154-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR000096-PA;gnl|laostr_OGSv1.2|LSTR007468-PA
Reactome: R-HSA-5358606	Mismatch repair (MMR) directed by MSH2:MSH3 (MutSbeta)	9	gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR015192-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR004585-PA;gnl|laostr_OGSv1.2|LSTR012306-PA
MetaCyc: PWY-6922	L-Ndelta-acetylornithine biosynthesis	5	gnl|laostr_OGSv1.2|LSTR003945-PA;gnl|laostr_OGSv1.2|LSTR003906-PA;gnl|laostr_OGSv1.2|LSTR002932-PA;gnl|laostr_OGSv1.2|LSTR012975-PA;gnl|laostr_OGSv1.2|LSTR003498-PA
Reactome: R-HSA-140837	Intrinsic Pathway of Fibrin Clot Formation	1	gnl|laostr_OGSv1.2|LSTR007168-PA
MetaCyc: PWY-7344	UDP-alpha-D-galactose biosynthesis	2	gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR001909-PA
KEGG: 00380+1.2.4.2	Tryptophan metabolism	5	gnl|laostr_OGSv1.2|LSTR015782-PA;gnl|laostr_OGSv1.2|LSTR008200-PA;gnl|laostr_OGSv1.2|LSTR003414-PA;gnl|laostr_OGSv1.2|LSTR000928-PA;gnl|laostr_OGSv1.2|LSTR008201-PA
KEGG: 00620+1.1.1.27	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR010963-PA
KEGG: 00531+3.2.1.52	Glycosaminoglycan degradation	11	gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR017489-PA;gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR012431-PA
Reactome: R-HSA-8964046	VLDL clearance	4	gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR013703-PA
MetaCyc: PWY-0	Putrescine degradation III	2	gnl|laostr_OGSv1.2|LSTR007463-PA;gnl|laostr_OGSv1.2|LSTR007462-PA
Reactome: R-HSA-3214815	HDACs deacetylate histones	12	gnl|laostr_OGSv1.2|LSTR010994-PA;gnl|laostr_OGSv1.2|LSTR001192-PA;gnl|laostr_OGSv1.2|LSTR009232-PA;gnl|laostr_OGSv1.2|LSTR001296-PA;gnl|laostr_OGSv1.2|LSTR007369-PA;gnl|laostr_OGSv1.2|LSTR014629-PA;gnl|laostr_OGSv1.2|LSTR016756-PA;gnl|laostr_OGSv1.2|LSTR009924-PA;gnl|laostr_OGSv1.2|LSTR007070-PA;gnl|laostr_OGSv1.2|LSTR002362-PA;gnl|laostr_OGSv1.2|LSTR009910-PA;gnl|laostr_OGSv1.2|LSTR000288-PA
KEGG: 00670+2.1.1.45	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR014066-PA
Reactome: R-HSA-5662702	Melanin biosynthesis	8	gnl|laostr_OGSv1.2|LSTR005988-PA;gnl|laostr_OGSv1.2|LSTR014994-PA;gnl|laostr_OGSv1.2|LSTR016846-PA;gnl|laostr_OGSv1.2|LSTR009217-PA;gnl|laostr_OGSv1.2|LSTR016475-PA;gnl|laostr_OGSv1.2|LSTR008835-PA;gnl|laostr_OGSv1.2|LSTR012100-PA;gnl|laostr_OGSv1.2|LSTR014304-PA
Reactome: R-HSA-139853	Elevation of cytosolic Ca2+ levels	1	gnl|laostr_OGSv1.2|LSTR012029-PA
KEGG: 04151+2.7.1.153	PI3K-Akt signaling pathway	1	gnl|laostr_OGSv1.2|LSTR007995-PA
Reactome: R-HSA-6809371	Formation of the cornified envelope	11	gnl|laostr_OGSv1.2|LSTR009725-PA;gnl|laostr_OGSv1.2|LSTR001825-PA;gnl|laostr_OGSv1.2|LSTR010997-PA;gnl|laostr_OGSv1.2|LSTR014111-PA;gnl|laostr_OGSv1.2|LSTR012009-PA;gnl|laostr_OGSv1.2|LSTR012661-PA;gnl|laostr_OGSv1.2|LSTR003054-PA;gnl|laostr_OGSv1.2|LSTR003211-PA;gnl|laostr_OGSv1.2|LSTR006060-PA;gnl|laostr_OGSv1.2|LSTR012006-PA;gnl|laostr_OGSv1.2|LSTR013719-PA
Reactome: R-HSA-8852276	The role of GTSE1 in G2/M progression after G2 checkpoint	61	gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR001057-PA
Reactome: R-HSA-109704	PI3K Cascade	3	gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR008463-PA
Reactome: R-HSA-5609978	Defective GALT can cause Galactosemia	3	gnl|laostr_OGSv1.2|LSTR000448-PA;gnl|laostr_OGSv1.2|LSTR016936-PA;gnl|laostr_OGSv1.2|LSTR016463-PA
KEGG: 00020+1.2.4.2	Citrate cycle (TCA cycle)	5	gnl|laostr_OGSv1.2|LSTR008201-PA;gnl|laostr_OGSv1.2|LSTR000928-PA;gnl|laostr_OGSv1.2|LSTR003414-PA;gnl|laostr_OGSv1.2|LSTR008200-PA;gnl|laostr_OGSv1.2|LSTR015782-PA
Reactome: R-HSA-211976	Endogenous sterols	3	gnl|laostr_OGSv1.2|LSTR012207-PA;gnl|laostr_OGSv1.2|LSTR013691-PA;gnl|laostr_OGSv1.2|LSTR002344-PA
Reactome: R-HSA-180585	Vif-mediated degradation of APOBEC3G	44	gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA
Reactome: R-HSA-163841	Gamma carboxylation, hypusine formation and arylsulfatase activation	2	gnl|laostr_OGSv1.2|LSTR010664-PA;gnl|laostr_OGSv1.2|LSTR000355-PA
Reactome: R-HSA-9013700	NOTCH4 Activation and Transmission of Signal to the Nucleus	4	gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR014532-PA
Reactome: R-HSA-196025	Formation of annular gap junctions	5	gnl|laostr_OGSv1.2|LSTR004153-PA;gnl|laostr_OGSv1.2|LSTR008787-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR016606-PA;gnl|laostr_OGSv1.2|LSTR014067-PA
MetaCyc: PWY-5129	Sphingolipid biosynthesis (plants)	4	gnl|laostr_OGSv1.2|LSTR013796-PA;gnl|laostr_OGSv1.2|LSTR003523-PA;gnl|laostr_OGSv1.2|LSTR015610-PA;gnl|laostr_OGSv1.2|LSTR011573-PA
Reactome: R-HSA-1234158	Regulation of gene expression by Hypoxia-inducible Factor	1	gnl|laostr_OGSv1.2|LSTR007804-PA
Reactome: R-HSA-69601	Ubiquitin Mediated Degradation of Phosphorylated Cdc25A	41	gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA
Reactome: R-HSA-450341	Activation of the AP-1 family of transcription factors	5	gnl|laostr_OGSv1.2|LSTR001509-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR008273-PA
KEGG: 00500+5.3.1.9	Starch and sucrose metabolism	2	gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR006469-PA
Reactome: R-HSA-5696400	Dual Incision in GG-NER	33	gnl|laostr_OGSv1.2|LSTR000315-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR007983-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR000688-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR001018-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR009833-PA
Reactome: R-HSA-8853884	Transcriptional Regulation by VENTX	13	gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR008569-PA
KEGG: 00562+2.7.1.153	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR007995-PA
Reactome: R-HSA-71384	Ethanol oxidation	4	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR008406-PA;gnl|laostr_OGSv1.2|LSTR003834-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
KEGG: 00670+1.5.1.6	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR007692-PA
Reactome: R-HSA-446203	Asparagine N-linked glycosylation	5	gnl|laostr_OGSv1.2|LSTR005615-PA;gnl|laostr_OGSv1.2|LSTR006160-PA;gnl|laostr_OGSv1.2|LSTR014544-PA;gnl|laostr_OGSv1.2|LSTR012680-PA;gnl|laostr_OGSv1.2|LSTR001708-PA
MetaCyc: PWY-6620	Guanine and guanosine salvage	1	gnl|laostr_OGSv1.2|LSTR001023-PA
KEGG: 00640+6.2.1.5	Propanoate metabolism	5	gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR010792-PA
Reactome: R-HSA-203641	NOSTRIN mediated eNOS trafficking	1	gnl|laostr_OGSv1.2|LSTR006899-PA
Reactome: R-HSA-389948	PD-1 signaling	1	gnl|laostr_OGSv1.2|LSTR004024-PA
MetaCyc: PWY-6527	Stachyose degradation	17	gnl|laostr_OGSv1.2|LSTR017530-PA;gnl|laostr_OGSv1.2|LSTR007454-PA;gnl|laostr_OGSv1.2|LSTR011229-PA;gnl|laostr_OGSv1.2|LSTR015776-PA;gnl|laostr_OGSv1.2|LSTR007455-PA;gnl|laostr_OGSv1.2|LSTR016463-PA;gnl|laostr_OGSv1.2|LSTR000527-PA;gnl|laostr_OGSv1.2|LSTR016936-PA;gnl|laostr_OGSv1.2|LSTR014200-PA;gnl|laostr_OGSv1.2|LSTR015487-PA;gnl|laostr_OGSv1.2|LSTR001909-PA;gnl|laostr_OGSv1.2|LSTR005429-PA;gnl|laostr_OGSv1.2|LSTR007737-PA;gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR003151-PA;gnl|laostr_OGSv1.2|LSTR000448-PA;gnl|laostr_OGSv1.2|LSTR011778-PA
Reactome: R-HSA-8851708	Signaling by FGFR2 IIIa TM	13	gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR010523-PA
MetaCyc: PWY-6174	Mevalonate pathway II (archaea)	4	gnl|laostr_OGSv1.2|LSTR009096-PA;gnl|laostr_OGSv1.2|LSTR003737-PA;gnl|laostr_OGSv1.2|LSTR011749-PA;gnl|laostr_OGSv1.2|LSTR008121-PA
Reactome: R-HSA-5654700	FRS-mediated FGFR2 signaling	2	gnl|laostr_OGSv1.2|LSTR010410-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-7574	Propanoyl-coa degradation II	4	gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR008872-PA
Reactome: R-HSA-9022702	MECP2 regulates transcription of neuronal ligands	1	gnl|laostr_OGSv1.2|LSTR012987-PA
KEGG: 00562+5.3.1.1	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR008240-PA
Reactome: R-HSA-2995383	Initiation of Nuclear Envelope Reformation	1	gnl|laostr_OGSv1.2|LSTR002169-PA
MetaCyc: PWY-6309	L-tryptophan degradation XI (mammalian, via kynurenine)	4	gnl|laostr_OGSv1.2|LSTR010754-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR011624-PA
Reactome: R-HSA-5579006	Defective GSS causes Glutathione synthetase deficiency (GSS deficiency)	1	gnl|laostr_OGSv1.2|LSTR001490-PA
Reactome: R-HSA-9645135	STAT5 Activation	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00260+2.3.1.37	Glycine, serine and threonine metabolism	2	gnl|laostr_OGSv1.2|LSTR008091-PA;gnl|laostr_OGSv1.2|LSTR016552-PA
Reactome: R-HSA-9013695	NOTCH4 Intracellular Domain Regulates Transcription	5	gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR011679-PA
MetaCyc: PWY-6317	D-galactose degradation I (Leloir pathway)	12	gnl|laostr_OGSv1.2|LSTR007454-PA;gnl|laostr_OGSv1.2|LSTR001909-PA;gnl|laostr_OGSv1.2|LSTR015487-PA;gnl|laostr_OGSv1.2|LSTR010844-PA;gnl|laostr_OGSv1.2|LSTR016936-PA;gnl|laostr_OGSv1.2|LSTR016463-PA;gnl|laostr_OGSv1.2|LSTR007455-PA;gnl|laostr_OGSv1.2|LSTR000448-PA;gnl|laostr_OGSv1.2|LSTR003151-PA;gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR007737-PA;gnl|laostr_OGSv1.2|LSTR012231-PA
KEGG: 00510+2.4.1.131	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR008291-PA
MetaCyc: PWY-6147	6-hydroxymethyl-dihydropterin diphosphate biosynthesis I	1	gnl|laostr_OGSv1.2|LSTR003984-PA
MetaCyc: PWY-7817	Type I lipoteichoic acid biosynthesis (S. aureus)	9	gnl|laostr_OGSv1.2|LSTR005429-PA;gnl|laostr_OGSv1.2|LSTR008380-PA;gnl|laostr_OGSv1.2|LSTR002992-PA;gnl|laostr_OGSv1.2|LSTR001738-PA;gnl|laostr_OGSv1.2|LSTR007968-PA;gnl|laostr_OGSv1.2|LSTR003294-PA;gnl|laostr_OGSv1.2|LSTR006253-PA;gnl|laostr_OGSv1.2|LSTR006252-PA;gnl|laostr_OGSv1.2|LSTR011272-PA
KEGG: 00260+2.1.2.10	Glycine, serine and threonine metabolism	4	gnl|laostr_OGSv1.2|LSTR002141-PA;gnl|laostr_OGSv1.2|LSTR004492-PA;gnl|laostr_OGSv1.2|LSTR016352-PA;gnl|laostr_OGSv1.2|LSTR011935-PA
MetaCyc: PWY-6829	Trna methylation (yeast)	9	gnl|laostr_OGSv1.2|LSTR009352-PA;gnl|laostr_OGSv1.2|LSTR016255-PA;gnl|laostr_OGSv1.2|LSTR012091-PA;gnl|laostr_OGSv1.2|LSTR009973-PA;gnl|laostr_OGSv1.2|LSTR009592-PA;gnl|laostr_OGSv1.2|LSTR001045-PA;gnl|laostr_OGSv1.2|LSTR013653-PA;gnl|laostr_OGSv1.2|LSTR008891-PA;gnl|laostr_OGSv1.2|LSTR002384-PA
Reactome: R-HSA-5358751	S45 mutants of beta-catenin aren't phosphorylated	3	gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR001966-PA
Reactome: R-HSA-8866427	VLDLR internalisation and degradation	4	gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR007637-PA;gnl|laostr_OGSv1.2|LSTR004226-PA
Reactome: R-HSA-9646399	Aggrephagy	30	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR005320-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR016853-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR013871-PA;gnl|laostr_OGSv1.2|LSTR000329-PA
Reactome: R-HSA-8876198	RAB GEFs exchange GTP for GDP on RABs	44	gnl|laostr_OGSv1.2|LSTR010618-PA;gnl|laostr_OGSv1.2|LSTR012011-PA;gnl|laostr_OGSv1.2|LSTR001837-PA;gnl|laostr_OGSv1.2|LSTR002346-PA;gnl|laostr_OGSv1.2|LSTR000523-PA;gnl|laostr_OGSv1.2|LSTR011850-PA;gnl|laostr_OGSv1.2|LSTR003084-PA;gnl|laostr_OGSv1.2|LSTR013728-PA;gnl|laostr_OGSv1.2|LSTR011137-PA;gnl|laostr_OGSv1.2|LSTR003888-PA;gnl|laostr_OGSv1.2|LSTR004751-PA;gnl|laostr_OGSv1.2|LSTR016518-PA;gnl|laostr_OGSv1.2|LSTR009885-PA;gnl|laostr_OGSv1.2|LSTR012226-PA;gnl|laostr_OGSv1.2|LSTR012517-PA;gnl|laostr_OGSv1.2|LSTR014425-PA;gnl|laostr_OGSv1.2|LSTR011829-PA;gnl|laostr_OGSv1.2|LSTR000253-PA;gnl|laostr_OGSv1.2|LSTR005519-PA;gnl|laostr_OGSv1.2|LSTR008697-PA;gnl|laostr_OGSv1.2|LSTR017484-PA;gnl|laostr_OGSv1.2|LSTR010750-PA;gnl|laostr_OGSv1.2|LSTR002995-PA;gnl|laostr_OGSv1.2|LSTR016906-PA;gnl|laostr_OGSv1.2|LSTR012684-PA;gnl|laostr_OGSv1.2|LSTR008107-PA;gnl|laostr_OGSv1.2|LSTR005742-PA;gnl|laostr_OGSv1.2|LSTR011763-PA;gnl|laostr_OGSv1.2|LSTR006672-PA;gnl|laostr_OGSv1.2|LSTR000295-PA;gnl|laostr_OGSv1.2|LSTR011723-PA;gnl|laostr_OGSv1.2|LSTR009402-PA;gnl|laostr_OGSv1.2|LSTR007482-PA;gnl|laostr_OGSv1.2|LSTR008707-PA;gnl|laostr_OGSv1.2|LSTR006445-PA;gnl|laostr_OGSv1.2|LSTR000519-PA;gnl|laostr_OGSv1.2|LSTR001144-PA;gnl|laostr_OGSv1.2|LSTR009047-PA;gnl|laostr_OGSv1.2|LSTR006101-PA;gnl|laostr_OGSv1.2|LSTR000460-PA;gnl|laostr_OGSv1.2|LSTR011877-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR012125-PA;gnl|laostr_OGSv1.2|LSTR006214-PA
KEGG: 00790+3.4.19.9	Folate biosynthesis	3	gnl|laostr_OGSv1.2|LSTR014159-PA;gnl|laostr_OGSv1.2|LSTR007120-PA;gnl|laostr_OGSv1.2|LSTR014192-PA
KEGG: 00710+4.1.2.13	Carbon fixation in photosynthetic organisms	2	gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR006488-PA
MetaCyc: PWY-6596	Adenosine nucleotides degradation I	4	gnl|laostr_OGSv1.2|LSTR010931-PA;gnl|laostr_OGSv1.2|LSTR000593-PA;gnl|laostr_OGSv1.2|LSTR009802-PA;gnl|laostr_OGSv1.2|LSTR009903-PA
Reactome: R-HSA-164944	Nef and signal transduction	2	gnl|laostr_OGSv1.2|LSTR006166-PA;gnl|laostr_OGSv1.2|LSTR007984-PA
Reactome: R-HSA-5610783	Degradation of GLI2 by the proteasome	45	gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR004404-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR016583-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA
Reactome: R-HSA-204174	Regulation of pyruvate dehydrogenase (PDH) complex	8	gnl|laostr_OGSv1.2|LSTR000314-PA;gnl|laostr_OGSv1.2|LSTR006559-PA;gnl|laostr_OGSv1.2|LSTR010048-PA;gnl|laostr_OGSv1.2|LSTR002534-PA;gnl|laostr_OGSv1.2|LSTR006644-PA;gnl|laostr_OGSv1.2|LSTR012024-PA;gnl|laostr_OGSv1.2|LSTR002939-PA;gnl|laostr_OGSv1.2|LSTR006524-PA
Reactome: R-HSA-6798163	Choline catabolism	24	gnl|laostr_OGSv1.2|LSTR008840-PA;gnl|laostr_OGSv1.2|LSTR004560-PA;gnl|laostr_OGSv1.2|LSTR013381-PA;gnl|laostr_OGSv1.2|LSTR005201-PA;gnl|laostr_OGSv1.2|LSTR011587-PA;gnl|laostr_OGSv1.2|LSTR009801-PA;gnl|laostr_OGSv1.2|LSTR015364-PA;gnl|laostr_OGSv1.2|LSTR001997-PA;gnl|laostr_OGSv1.2|LSTR006710-PA;gnl|laostr_OGSv1.2|LSTR016203-PA;gnl|laostr_OGSv1.2|LSTR001998-PA;gnl|laostr_OGSv1.2|LSTR006712-PA;gnl|laostr_OGSv1.2|LSTR008839-PA;gnl|laostr_OGSv1.2|LSTR009991-PA;gnl|laostr_OGSv1.2|LSTR011492-PA;gnl|laostr_OGSv1.2|LSTR004174-PA;gnl|laostr_OGSv1.2|LSTR006711-PA;gnl|laostr_OGSv1.2|LSTR016175-PA;gnl|laostr_OGSv1.2|LSTR014003-PA;gnl|laostr_OGSv1.2|LSTR009990-PA;gnl|laostr_OGSv1.2|LSTR001999-PA;gnl|laostr_OGSv1.2|LSTR004181-PA;gnl|laostr_OGSv1.2|LSTR004173-PA;gnl|laostr_OGSv1.2|LSTR013380-PA
MetaCyc: PWY-6853	Ethylene biosynthesis II (microbes)	1	gnl|laostr_OGSv1.2|LSTR001734-PA
Reactome: R-HSA-1614635	Sulfur amino acid metabolism	1	gnl|laostr_OGSv1.2|LSTR004864-PA
Reactome: R-HSA-163125	Post-translational modification: synthesis of GPI-anchored proteins	1	gnl|laostr_OGSv1.2|LSTR012415-PA
KEGG: 00970+2.1.2.9	Aminoacyl-tRNA biosynthesis	3	gnl|laostr_OGSv1.2|LSTR013954-PA;gnl|laostr_OGSv1.2|LSTR009731-PA;gnl|laostr_OGSv1.2|LSTR007692-PA
Reactome: R-HSA-163754	Insulin effects increased synthesis of Xylulose-5-Phosphate	1	gnl|laostr_OGSv1.2|LSTR013810-PA
Reactome: R-HSA-5651801	PCNA-Dependent Long Patch Base Excision Repair	17	gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR005850-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR004497-PA
MetaCyc: PWY-381	Nitrate reduction II (assimilatory)	2	gnl|laostr_OGSv1.2|LSTR015841-PA;gnl|laostr_OGSv1.2|LSTR014286-PA
Reactome: R-HSA-74751	Insulin receptor signalling cascade	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-2408557	Selenocysteine synthesis	84	gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR006128-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR011987-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR014134-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR008782-PA
Reactome: R-HSA-444257	RSK activation	4	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR004095-PA
Reactome: R-HSA-167161	HIV Transcription Initiation	34	gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA
KEGG: 00513+2.4.1.260	Various types of N-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003648-PA
Reactome: R-HSA-6802955	Paradoxical activation of RAF signaling by kinase inactive BRAF	8	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR015998-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR003631-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR007290-PA
Reactome: R-HSA-70688	Proline catabolism	3	gnl|laostr_OGSv1.2|LSTR003498-PA;gnl|laostr_OGSv1.2|LSTR001734-PA;gnl|laostr_OGSv1.2|LSTR012975-PA
MetaCyc: PWY-5895	Menaquinol-13 biosynthesis	2	gnl|laostr_OGSv1.2|LSTR000484-PA;gnl|laostr_OGSv1.2|LSTR017295-PA
MetaCyc: PWY-7356	Thiamine salvage IV (yeast)	1	gnl|laostr_OGSv1.2|LSTR011549-PA
KEGG: 00565+3.1.1.4	Ether lipid metabolism	11	gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR014875-PA
KEGG: 00332+2.7.2.11+1.2.1.41	Carbapenem biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002932-PA
MetaCyc: PWY-5331	Taurine biosynthesis I	1	gnl|laostr_OGSv1.2|LSTR006659-PA
MetaCyc: PWY-7347	Sucrose biosynthesis III	2	gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
Reactome: R-HSA-4411364	Binding of TCF/LEF:CTNNB1 to target gene promoters	1	gnl|laostr_OGSv1.2|LSTR012402-PA
Reactome: R-HSA-416572	Sema4D induced cell migration and growth-cone collapse	1	gnl|laostr_OGSv1.2|LSTR006148-PA
Reactome: R-HSA-181429	Serotonin Neurotransmitter Release Cycle	4	gnl|laostr_OGSv1.2|LSTR006803-PA;gnl|laostr_OGSv1.2|LSTR006801-PA;gnl|laostr_OGSv1.2|LSTR016317-PA;gnl|laostr_OGSv1.2|LSTR005949-PA
KEGG: 00260+1.1.1.95	Glycine, serine and threonine metabolism	1	gnl|laostr_OGSv1.2|LSTR003518-PA
KEGG: 00051+5.3.1.8	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR014530-PA
MetaCyc: PWY-7049	Icosapentaenoate biosynthesis II (6-desaturase, mammals)	2	gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA
Reactome: R-HSA-8851805	MET activates RAS signaling	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR009646-PA
Reactome: R-HSA-6803157	Antimicrobial peptides	4	gnl|laostr_OGSv1.2|LSTR011582-PA;gnl|laostr_OGSv1.2|LSTR009048-PA;gnl|laostr_OGSv1.2|LSTR008338-PA;gnl|laostr_OGSv1.2|LSTR008337-PA
MetaCyc: PWY-4261	Glycerol degradation I	7	gnl|laostr_OGSv1.2|LSTR000638-PA;gnl|laostr_OGSv1.2|LSTR010836-PA;gnl|laostr_OGSv1.2|LSTR010966-PA;gnl|laostr_OGSv1.2|LSTR008675-PA;gnl|laostr_OGSv1.2|LSTR001220-PA;gnl|laostr_OGSv1.2|LSTR004735-PA;gnl|laostr_OGSv1.2|LSTR003526-PA
KEGG: 00760+2.4.2.1	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR001023-PA
KEGG: 00230+4.6.1.1	Purine metabolism	6	gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR015466-PA
Reactome: R-HSA-5685939	HDR through MMEJ (alt-NHEJ)	7	gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR005850-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR008793-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR007983-PA
Reactome: R-HSA-437239	Recycling pathway of L1	27	gnl|laostr_OGSv1.2|LSTR004095-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR015137-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR005928-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR005927-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR013225-PA
KEGG: 00332+1.2.1.41	Carbapenem biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002932-PA
Reactome: R-HSA-3656237	Defective EXT2 causes exostoses 2	5	gnl|laostr_OGSv1.2|LSTR007093-PA;gnl|laostr_OGSv1.2|LSTR012915-PA;gnl|laostr_OGSv1.2|LSTR005462-PA;gnl|laostr_OGSv1.2|LSTR010511-PA;gnl|laostr_OGSv1.2|LSTR015100-PA
KEGG: 00330+2.7.2.11	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR002932-PA
KEGG: 00970+6.1.1.17	Aminoacyl-tRNA biosynthesis	3	gnl|laostr_OGSv1.2|LSTR001320-PA;gnl|laostr_OGSv1.2|LSTR017037-PA;gnl|laostr_OGSv1.2|LSTR014149-PA
Reactome: R-HSA-5576894	Phase 1 - inactivation of fast Na+ channels	1	gnl|laostr_OGSv1.2|LSTR013203-PA
KEGG: 00051+2.7.1.1	Fructose and mannose metabolism	2	gnl|laostr_OGSv1.2|LSTR001047-PA;gnl|laostr_OGSv1.2|LSTR001975-PA
KEGG: 00052+2.7.1.6	Galactose metabolism	5	gnl|laostr_OGSv1.2|LSTR007737-PA;gnl|laostr_OGSv1.2|LSTR003151-PA;gnl|laostr_OGSv1.2|LSTR007455-PA;gnl|laostr_OGSv1.2|LSTR015487-PA;gnl|laostr_OGSv1.2|LSTR007454-PA
KEGG: 00790+1.14.16.1	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011667-PA
Reactome: R-HSA-2162123	Synthesis of Prostaglandins (PG) and Thromboxanes (TX)	1	gnl|laostr_OGSv1.2|LSTR005187-PA
KEGG: 00250+6.3.1.2	Alanine, aspartate and glutamate metabolism	2	gnl|laostr_OGSv1.2|LSTR014286-PA;gnl|laostr_OGSv1.2|LSTR015841-PA
Reactome: R-HSA-3322077	Glycogen synthesis	5	gnl|laostr_OGSv1.2|LSTR001407-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005429-PA;gnl|laostr_OGSv1.2|LSTR007043-PA
KEGG: 00910+6.3.1.2	Nitrogen metabolism	2	gnl|laostr_OGSv1.2|LSTR014286-PA;gnl|laostr_OGSv1.2|LSTR015841-PA
MetaCyc: PWY-7996	Menaquinol-4 biosynthesis I	2	gnl|laostr_OGSv1.2|LSTR017295-PA;gnl|laostr_OGSv1.2|LSTR000484-PA
MetaCyc: PWY-2261	Ascorbate glutathione cycle	1	gnl|laostr_OGSv1.2|LSTR014296-PA
MetaCyc: PWY-7204	Pyridoxal 5'-phosphate salvage II (plants)	3	gnl|laostr_OGSv1.2|LSTR003992-PA;gnl|laostr_OGSv1.2|LSTR003439-PA;gnl|laostr_OGSv1.2|LSTR008950-PA
Reactome: R-HSA-166166	MyD88-independent TLR4 cascade	1	gnl|laostr_OGSv1.2|LSTR007945-PA
KEGG: 00561+3.2.1.22	Glycerolipid metabolism	6	gnl|laostr_OGSv1.2|LSTR017530-PA;gnl|laostr_OGSv1.2|LSTR014200-PA;gnl|laostr_OGSv1.2|LSTR000527-PA;gnl|laostr_OGSv1.2|LSTR011229-PA;gnl|laostr_OGSv1.2|LSTR015776-PA;gnl|laostr_OGSv1.2|LSTR011778-PA
Reactome: R-HSA-1482925	Acyl chain remodelling of PG	4	gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR001653-PA
Reactome: R-HSA-937041	IKK complex recruitment mediated by RIP1	4	gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR007945-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
Reactome: R-HSA-196783	Coenzyme A biosynthesis	4	gnl|laostr_OGSv1.2|LSTR001474-PA;gnl|laostr_OGSv1.2|LSTR005953-PA;gnl|laostr_OGSv1.2|LSTR001928-PA;gnl|laostr_OGSv1.2|LSTR003174-PA
KEGG: 00720+1.1.1.42	Carbon fixation pathways in prokaryotes	2	gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR010006-PA
Reactome: R-HSA-8875656	MET receptor recycling	3	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR003816-PA;gnl|laostr_OGSv1.2|LSTR011607-PA
Reactome: R-HSA-8948751	Regulation of PTEN stability and activity	46	gnl|laostr_OGSv1.2|LSTR010791-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR001186-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR008665-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR012307-PA
Reactome: R-HSA-8951671	RUNX3 regulates YAP1-mediated transcription	1	gnl|laostr_OGSv1.2|LSTR014070-PA
MetaCyc: PWY-6683	Assimilatory sulfate reduction III	1	gnl|laostr_OGSv1.2|LSTR005145-PA
Reactome: R-HSA-264870	Caspase-mediated cleavage of cytoskeletal proteins	3	gnl|laostr_OGSv1.2|LSTR002440-PA;gnl|laostr_OGSv1.2|LSTR004672-PA;gnl|laostr_OGSv1.2|LSTR016780-PA
Reactome: R-HSA-3000171	Non-integrin membrane-ECM interactions	10	gnl|laostr_OGSv1.2|LSTR010374-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR009263-PA;gnl|laostr_OGSv1.2|LSTR014831-PA;gnl|laostr_OGSv1.2|LSTR016604-PA;gnl|laostr_OGSv1.2|LSTR000803-PA;gnl|laostr_OGSv1.2|LSTR006463-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR015659-PA;gnl|laostr_OGSv1.2|LSTR002151-PA
Reactome: R-HSA-77075	RNA Pol II CTD phosphorylation and interaction with CE	26	gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR009828-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR006826-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR013631-PA
KEGG: 00680+3.1.3.3	Methane metabolism	1	gnl|laostr_OGSv1.2|LSTR003623-PA
MetaCyc: PWY-6945	Cholesterol degradation to androstenedione I (cholesterol oxidase)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA
KEGG: 00330+1.2.1.88	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR001734-PA
Reactome: R-HSA-6811558	PI5P, PP2A and IER3 Regulate PI3K/AKT Signaling	10	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR005873-PA;gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR006673-PA
KEGG: 00030+4.1.2.13	Pentose phosphate pathway	2	gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR006488-PA
Reactome: R-HSA-8866423	VLDL assembly	8	gnl|laostr_OGSv1.2|LSTR000499-PA;gnl|laostr_OGSv1.2|LSTR002432-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR006497-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR017096-PA
Reactome: R-HSA-3560783	Defective B4GALT7 causes EDS, progeroid type	2	gnl|laostr_OGSv1.2|LSTR010511-PA;gnl|laostr_OGSv1.2|LSTR007093-PA
Reactome: R-HSA-8937144	Aryl hydrocarbon receptor signalling	1	gnl|laostr_OGSv1.2|LSTR002344-PA
MetaCyc: PWY-7193	Pyrimidine ribonucleosides salvage I	3	gnl|laostr_OGSv1.2|LSTR001663-PA;gnl|laostr_OGSv1.2|LSTR001099-PA;gnl|laostr_OGSv1.2|LSTR005472-PA
KEGG: 00500+3.2.1.4	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR007055-PA
KEGG: 00330+1.2.1.41	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR002932-PA
MetaCyc: PWY-5675	Nitrate reduction V (assimilatory)	2	gnl|laostr_OGSv1.2|LSTR014286-PA;gnl|laostr_OGSv1.2|LSTR015841-PA
Reactome: R-HSA-1855183	Synthesis of IP2, IP, and Ins in the cytosol	9	gnl|laostr_OGSv1.2|LSTR000013-PA;gnl|laostr_OGSv1.2|LSTR013361-PA;gnl|laostr_OGSv1.2|LSTR011954-PA;gnl|laostr_OGSv1.2|LSTR015773-PA;gnl|laostr_OGSv1.2|LSTR008849-PA;gnl|laostr_OGSv1.2|LSTR006740-PA;gnl|laostr_OGSv1.2|LSTR002067-PA;gnl|laostr_OGSv1.2|LSTR001717-PA;gnl|laostr_OGSv1.2|LSTR006356-PA
Reactome: R-HSA-167200	Formation of HIV-1 elongation complex containing HIV-1 Tat	41	gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR002070-PA
Reactome: R-HSA-191273	Cholesterol biosynthesis	5	gnl|laostr_OGSv1.2|LSTR012316-PA;gnl|laostr_OGSv1.2|LSTR009812-PA;gnl|laostr_OGSv1.2|LSTR003737-PA;gnl|laostr_OGSv1.2|LSTR011749-PA;gnl|laostr_OGSv1.2|LSTR009096-PA
Reactome: R-HSA-8849473	PTK6 Expression	1	gnl|laostr_OGSv1.2|LSTR008529-PA
Reactome: R-HSA-68884	Mitotic Telophase/Cytokinesis	3	gnl|laostr_OGSv1.2|LSTR006233-PA;gnl|laostr_OGSv1.2|LSTR005257-PA;gnl|laostr_OGSv1.2|LSTR000706-PA
MetaCyc: PWY-6134	L-tyrosine biosynthesis IV	1	gnl|laostr_OGSv1.2|LSTR011667-PA
MetaCyc: PWY-3841	Folate transformations II (plants)	7	gnl|laostr_OGSv1.2|LSTR011327-PA;gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR008861-PA;gnl|laostr_OGSv1.2|LSTR004901-PA;gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR014066-PA
KEGG: 00620+6.4.1.1	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR011278-PA
KEGG: 04070+3.1.4.11	Phosphatidylinositol signaling system	4	gnl|laostr_OGSv1.2|LSTR009967-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR011249-PA
KEGG: 00600+3.1.3.4	Sphingolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR004565-PA
Reactome: R-HSA-5673001	RAF/MAP kinase cascade	12	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR006018-PA;gnl|laostr_OGSv1.2|LSTR011521-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR002371-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR010410-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR016780-PA;gnl|laostr_OGSv1.2|LSTR005542-PA;gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR002440-PA
KEGG: 00380+1.14.16.4	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR002065-PA
Reactome: R-HSA-5684045	Defective ABCD1 causes adrenoleukodystrophy (ALD)	1	gnl|laostr_OGSv1.2|LSTR003894-PA
KEGG: 00640+1.8.1.4	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR006524-PA
KEGG: 00520+5.3.1.8	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR014530-PA
Reactome: R-HSA-110357	Displacement of DNA glycosylase by APEX1	5	gnl|laostr_OGSv1.2|LSTR004586-PA;gnl|laostr_OGSv1.2|LSTR002369-PA;gnl|laostr_OGSv1.2|LSTR003190-PA;gnl|laostr_OGSv1.2|LSTR006487-PA;gnl|laostr_OGSv1.2|LSTR001349-PA
Reactome: R-HSA-8851907	MET activates PI3K/AKT signaling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-418555	G alpha (s) signalling events	12	gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR001633-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR007468-PA
Reactome: R-HSA-917729	Endosomal Sorting Complex Required For Transport (ESCRT)	17	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007701-PA;gnl|laostr_OGSv1.2|LSTR010518-PA;gnl|laostr_OGSv1.2|LSTR017164-PA;gnl|laostr_OGSv1.2|LSTR016963-PA;gnl|laostr_OGSv1.2|LSTR004802-PA;gnl|laostr_OGSv1.2|LSTR008500-PA;gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR011704-PA;gnl|laostr_OGSv1.2|LSTR007293-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR014434-PA;gnl|laostr_OGSv1.2|LSTR001086-PA;gnl|laostr_OGSv1.2|LSTR008094-PA;gnl|laostr_OGSv1.2|LSTR005217-PA;gnl|laostr_OGSv1.2|LSTR011361-PA;gnl|laostr_OGSv1.2|LSTR010498-PA
Reactome: R-HSA-1834949	Cytosolic sensors of pathogen-associated DNA	21	gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR007299-PA;gnl|laostr_OGSv1.2|LSTR011015-PA;gnl|laostr_OGSv1.2|LSTR001847-PA;gnl|laostr_OGSv1.2|LSTR002606-PA;gnl|laostr_OGSv1.2|LSTR007257-PA;gnl|laostr_OGSv1.2|LSTR004276-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR013646-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR012878-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR008968-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR007149-PA;gnl|laostr_OGSv1.2|LSTR007763-PA;gnl|laostr_OGSv1.2|LSTR012892-PA
KEGG: 00720+4.2.1.17	Carbon fixation pathways in prokaryotes	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-6807047	Cholesterol biosynthesis via desmosterol	1	gnl|laostr_OGSv1.2|LSTR002732-PA
Reactome: R-HSA-77595	Processing of Intronless Pre-mRNAs	12	gnl|laostr_OGSv1.2|LSTR010343-PA;gnl|laostr_OGSv1.2|LSTR001255-PA;gnl|laostr_OGSv1.2|LSTR014561-PA;gnl|laostr_OGSv1.2|LSTR007750-PA;gnl|laostr_OGSv1.2|LSTR004604-PA;gnl|laostr_OGSv1.2|LSTR014998-PA;gnl|laostr_OGSv1.2|LSTR009219-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR017659-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR007156-PA;gnl|laostr_OGSv1.2|LSTR009170-PA
KEGG: 00230+2.1.2.2	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR013954-PA
MetaCyc: PWY-8072	Alanine racemization	1	gnl|laostr_OGSv1.2|LSTR008469-PA
Reactome: R-HSA-5357905	Regulation of TNFR1 signaling	8	gnl|laostr_OGSv1.2|LSTR002706-PA;gnl|laostr_OGSv1.2|LSTR007922-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003336-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR006101-PA;gnl|laostr_OGSv1.2|LSTR004754-PA
MetaCyc: PWY-7626	Bacilysin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR012883-PA
Reactome: R-HSA-8943724	Regulation of PTEN gene transcription	25	gnl|laostr_OGSv1.2|LSTR010703-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR011511-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR008851-PA;gnl|laostr_OGSv1.2|LSTR001396-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR007369-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR005256-PA;gnl|laostr_OGSv1.2|LSTR006597-PA;gnl|laostr_OGSv1.2|LSTR016398-PA;gnl|laostr_OGSv1.2|LSTR001282-PA;gnl|laostr_OGSv1.2|LSTR002162-PA;gnl|laostr_OGSv1.2|LSTR000288-PA;gnl|laostr_OGSv1.2|LSTR002175-PA;gnl|laostr_OGSv1.2|LSTR002709-PA;gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR009910-PA
KEGG: 00592+1.3.3.6	alpha-Linolenic acid metabolism	4	gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
MetaCyc: PWY-5484	Glycolysis II (from fructose 6-phosphate)	25	gnl|laostr_OGSv1.2|LSTR008240-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR002987-PA;gnl|laostr_OGSv1.2|LSTR009787-PA;gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR002268-PA;gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR002988-PA;gnl|laostr_OGSv1.2|LSTR006488-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR017208-PA;gnl|laostr_OGSv1.2|LSTR011928-PA
MetaCyc: PWY-6724	Starch degradation II	1	gnl|laostr_OGSv1.2|LSTR001389-PA
MetaCyc: PWY-6558	Heparan sulfate biosynthesis (late stages)	7	gnl|laostr_OGSv1.2|LSTR012915-PA;gnl|laostr_OGSv1.2|LSTR009430-PA;gnl|laostr_OGSv1.2|LSTR014082-PA;gnl|laostr_OGSv1.2|LSTR009218-PA;gnl|laostr_OGSv1.2|LSTR005462-PA;gnl|laostr_OGSv1.2|LSTR002901-PA;gnl|laostr_OGSv1.2|LSTR015100-PA
Reactome: R-HSA-1989781	PPARA activates gene expression	47	gnl|laostr_OGSv1.2|LSTR010651-PA;gnl|laostr_OGSv1.2|LSTR015762-PA;gnl|laostr_OGSv1.2|LSTR011424-PA;gnl|laostr_OGSv1.2|LSTR008238-PA;gnl|laostr_OGSv1.2|LSTR000915-PA;gnl|laostr_OGSv1.2|LSTR005575-PA;gnl|laostr_OGSv1.2|LSTR008121-PA;gnl|laostr_OGSv1.2|LSTR003872-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR011769-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR009277-PA;gnl|laostr_OGSv1.2|LSTR003314-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR006077-PA;gnl|laostr_OGSv1.2|LSTR016381-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR009191-PA;gnl|laostr_OGSv1.2|LSTR003737-PA;gnl|laostr_OGSv1.2|LSTR003591-PA;gnl|laostr_OGSv1.2|LSTR012268-PA;gnl|laostr_OGSv1.2|LSTR012204-PA;gnl|laostr_OGSv1.2|LSTR007474-PA;gnl|laostr_OGSv1.2|LSTR002302-PA;gnl|laostr_OGSv1.2|LSTR014017-PA;gnl|laostr_OGSv1.2|LSTR008520-PA;gnl|laostr_OGSv1.2|LSTR001903-PA;gnl|laostr_OGSv1.2|LSTR011848-PA;gnl|laostr_OGSv1.2|LSTR009258-PA;gnl|laostr_OGSv1.2|LSTR012165-PA;gnl|laostr_OGSv1.2|LSTR009924-PA;gnl|laostr_OGSv1.2|LSTR013090-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR015852-PA;gnl|laostr_OGSv1.2|LSTR002344-PA;gnl|laostr_OGSv1.2|LSTR009416-PA;gnl|laostr_OGSv1.2|LSTR009775-PA;gnl|laostr_OGSv1.2|LSTR009847-PA;gnl|laostr_OGSv1.2|LSTR011125-PA;gnl|laostr_OGSv1.2|LSTR003931-PA;gnl|laostr_OGSv1.2|LSTR006362-PA;gnl|laostr_OGSv1.2|LSTR002090-PA;gnl|laostr_OGSv1.2|LSTR001060-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR005603-PA;gnl|laostr_OGSv1.2|LSTR000407-PA;gnl|laostr_OGSv1.2|LSTR013285-PA
MetaCyc: PWY-5844	Menaquinol-9 biosynthesis	2	gnl|laostr_OGSv1.2|LSTR000484-PA;gnl|laostr_OGSv1.2|LSTR017295-PA
Reactome: R-HSA-380972	Energy dependent regulation of mTOR by LKB1-AMPK	21	gnl|laostr_OGSv1.2|LSTR010941-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR009346-PA;gnl|laostr_OGSv1.2|LSTR000912-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR011511-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR008851-PA;gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR005256-PA;gnl|laostr_OGSv1.2|LSTR006597-PA;gnl|laostr_OGSv1.2|LSTR016398-PA;gnl|laostr_OGSv1.2|LSTR001282-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR003514-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR002175-PA
KEGG: 00053+1.1.1.22	Ascorbate and aldarate metabolism	1	gnl|laostr_OGSv1.2|LSTR002182-PA
Reactome: R-HSA-5218920	VEGFR2 mediated vascular permeability	10	gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR015612-PA;gnl|laostr_OGSv1.2|LSTR006564-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR001367-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR002383-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR007984-PA
KEGG: 00010+5.1.3.3	Glycolysis / Gluconeogenesis	2	gnl|laostr_OGSv1.2|LSTR012231-PA;gnl|laostr_OGSv1.2|LSTR010844-PA
Reactome: R-HSA-380270	Recruitment of mitotic centrosome proteins and complexes	27	gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR006782-PA;gnl|laostr_OGSv1.2|LSTR013391-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR007315-PA;gnl|laostr_OGSv1.2|LSTR001765-PA;gnl|laostr_OGSv1.2|LSTR015619-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR002923-PA;gnl|laostr_OGSv1.2|LSTR003688-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR001516-PA;gnl|laostr_OGSv1.2|LSTR004315-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR004789-PA;gnl|laostr_OGSv1.2|LSTR009495-PA;gnl|laostr_OGSv1.2|LSTR016579-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR004837-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR005516-PA;gnl|laostr_OGSv1.2|LSTR012051-PA;gnl|laostr_OGSv1.2|LSTR004499-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR000576-PA;gnl|laostr_OGSv1.2|LSTR008573-PA
MetaCyc: PWY-5884	Wax esters biosynthesis I	22	gnl|laostr_OGSv1.2|LSTR003148-PA;gnl|laostr_OGSv1.2|LSTR010846-PA;gnl|laostr_OGSv1.2|LSTR006305-PA;gnl|laostr_OGSv1.2|LSTR001666-PA;gnl|laostr_OGSv1.2|LSTR013166-PA;gnl|laostr_OGSv1.2|LSTR014283-PA;gnl|laostr_OGSv1.2|LSTR017667-PA;gnl|laostr_OGSv1.2|LSTR016204-PA;gnl|laostr_OGSv1.2|LSTR002872-PA;gnl|laostr_OGSv1.2|LSTR013396-PA;gnl|laostr_OGSv1.2|LSTR003493-PA;gnl|laostr_OGSv1.2|LSTR007794-PA;gnl|laostr_OGSv1.2|LSTR013397-PA;gnl|laostr_OGSv1.2|LSTR014703-PA;gnl|laostr_OGSv1.2|LSTR006719-PA;gnl|laostr_OGSv1.2|LSTR003295-PA;gnl|laostr_OGSv1.2|LSTR006655-PA;gnl|laostr_OGSv1.2|LSTR014673-PA;gnl|laostr_OGSv1.2|LSTR007030-PA;gnl|laostr_OGSv1.2|LSTR010433-PA;gnl|laostr_OGSv1.2|LSTR001317-PA;gnl|laostr_OGSv1.2|LSTR008234-PA
Reactome: R-HSA-5656121	Translesion synthesis by POLI	18	gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR017538-PA;gnl|laostr_OGSv1.2|LSTR010494-PA;gnl|laostr_OGSv1.2|LSTR010495-PA;gnl|laostr_OGSv1.2|LSTR014193-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR009833-PA
Reactome: R-HSA-8941284	RUNX2 regulates chondrocyte maturation	1	gnl|laostr_OGSv1.2|LSTR007964-PA
KEGG: 00071+1.1.1.1	Fatty acid degradation	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
KEGG: 00564+3.1.3.27	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR002992-PA
KEGG: 00230+2.7.4.8	Purine metabolism	6	gnl|laostr_OGSv1.2|LSTR006442-PA;gnl|laostr_OGSv1.2|LSTR010077-PA;gnl|laostr_OGSv1.2|LSTR004892-PA;gnl|laostr_OGSv1.2|LSTR003308-PA;gnl|laostr_OGSv1.2|LSTR000102-PA;gnl|laostr_OGSv1.2|LSTR005623-PA
KEGG: 00720+6.2.1.5	Carbon fixation pathways in prokaryotes	5	gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR010509-PA
MetaCyc: PWY-6799	Fatty acid biosynthesis initiation (plant mitochondria)	3	gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
MetaCyc: PWY-7709	(3R)-linalool biosynthesis	5	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR017631-PA
MetaCyc: PWY-7176	UTP and CTP de novo biosynthesis	10	gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR015660-PA;gnl|laostr_OGSv1.2|LSTR006977-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015721-PA
Reactome: R-HSA-8934593	Regulation of RUNX1 Expression and Activity	9	gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR013128-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR017258-PA
Reactome: R-HSA-1433559	Regulation of KIT signaling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00020+6.2.1.5	Citrate cycle (TCA cycle)	5	gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR017448-PA
KEGG: 00510+3.6.1.43	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002734-PA
Reactome: R-HSA-3000480	Scavenging by Class A Receptors	4	gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015296-PA
KEGG: 00604+3.2.1.52	Glycosphingolipid biosynthesis - ganglio series	11	gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR017489-PA
MetaCyc: PWY-6535	4-aminobutanoate degradation I	1	gnl|laostr_OGSv1.2|LSTR014110-PA
MetaCyc: PWY-5905	Hypusine biosynthesis	1	gnl|laostr_OGSv1.2|LSTR000603-PA
KEGG: 00643+1.13.11.5	Styrene degradation	1	gnl|laostr_OGSv1.2|LSTR000025-PA
Reactome: R-HSA-1632852	Macroautophagy	42	gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR009346-PA;gnl|laostr_OGSv1.2|LSTR002554-PA;gnl|laostr_OGSv1.2|LSTR016814-PA;gnl|laostr_OGSv1.2|LSTR011511-PA;gnl|laostr_OGSv1.2|LSTR012050-PA;gnl|laostr_OGSv1.2|LSTR008851-PA;gnl|laostr_OGSv1.2|LSTR004781-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR008990-PA;gnl|laostr_OGSv1.2|LSTR001282-PA;gnl|laostr_OGSv1.2|LSTR016398-PA;gnl|laostr_OGSv1.2|LSTR008591-PA;gnl|laostr_OGSv1.2|LSTR010436-PA;gnl|laostr_OGSv1.2|LSTR001449-PA;gnl|laostr_OGSv1.2|LSTR008807-PA;gnl|laostr_OGSv1.2|LSTR006597-PA;gnl|laostr_OGSv1.2|LSTR012383-PA;gnl|laostr_OGSv1.2|LSTR001559-PA;gnl|laostr_OGSv1.2|LSTR009724-PA;gnl|laostr_OGSv1.2|LSTR007666-PA;gnl|laostr_OGSv1.2|LSTR008463-PA;gnl|laostr_OGSv1.2|LSTR002175-PA;gnl|laostr_OGSv1.2|LSTR011186-PA;gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR010941-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR000912-PA;gnl|laostr_OGSv1.2|LSTR015015-PA;gnl|laostr_OGSv1.2|LSTR002309-PA;gnl|laostr_OGSv1.2|LSTR006872-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR008169-PA;gnl|laostr_OGSv1.2|LSTR016198-PA;gnl|laostr_OGSv1.2|LSTR005256-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR001832-PA
Reactome: R-HSA-5668541	TNFR2 non-canonical NF-kB pathway	41	gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
KEGG: 00630+2.1.2.1	Glyoxylate and dicarboxylate metabolism	2	gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR013383-PA
Reactome: R-HSA-72662	Activation of the mRNA upon binding of the cap-binding complex and eIFs, and subsequent binding to 43S	1	gnl|laostr_OGSv1.2|LSTR014814-PA
KEGG: 00270+4.4.1.13	Cysteine and methionine metabolism	3	gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR002398-PA
KEGG: 00052+3.1.3.9	Galactose metabolism	1	gnl|laostr_OGSv1.2|LSTR004156-PA
Reactome: R-HSA-428930	Thromboxane signalling through TP receptor	6	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR006285-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR007468-PA
KEGG: 04070+3.1.3.25	Phosphatidylinositol signaling system	2	gnl|laostr_OGSv1.2|LSTR006740-PA;gnl|laostr_OGSv1.2|LSTR013361-PA
KEGG: 00310+4.2.1.17+1.1.1.35	Lysine degradation	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
MetaCyc: PWY-6146	Methanobacterium thermoautotrophicum biosynthetic metabolism	1	gnl|laostr_OGSv1.2|LSTR011278-PA
Reactome: R-HSA-6804115	TP53 regulates transcription of additional cell cycle genes whose exact role in the p53 pathway remain uncertain	14	gnl|laostr_OGSv1.2|LSTR007795-PA;gnl|laostr_OGSv1.2|LSTR015453-PA;gnl|laostr_OGSv1.2|LSTR001884-PA;gnl|laostr_OGSv1.2|LSTR016841-PA;gnl|laostr_OGSv1.2|LSTR007271-PA;gnl|laostr_OGSv1.2|LSTR016947-PA;gnl|laostr_OGSv1.2|LSTR005163-PA;gnl|laostr_OGSv1.2|LSTR015347-PA;gnl|laostr_OGSv1.2|LSTR016427-PA;gnl|laostr_OGSv1.2|LSTR007654-PA;gnl|laostr_OGSv1.2|LSTR012031-PA;gnl|laostr_OGSv1.2|LSTR011770-PA;gnl|laostr_OGSv1.2|LSTR008198-PA;gnl|laostr_OGSv1.2|LSTR008843-PA
KEGG: 00900+5.3.3.2	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009096-PA
Reactome: R-HSA-156711	Polo-like kinase mediated events	3	gnl|laostr_OGSv1.2|LSTR009818-PA;gnl|laostr_OGSv1.2|LSTR004289-PA;gnl|laostr_OGSv1.2|LSTR007165-PA
MetaCyc: PWY-5466	Matairesinol biosynthesis	5	gnl|laostr_OGSv1.2|LSTR003214-PA;gnl|laostr_OGSv1.2|LSTR015126-PA;gnl|laostr_OGSv1.2|LSTR006976-PA;gnl|laostr_OGSv1.2|LSTR011542-PA;gnl|laostr_OGSv1.2|LSTR017610-PA
Reactome: R-HSA-156590	Glutathione conjugation	4	gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR005944-PA;gnl|laostr_OGSv1.2|LSTR011748-PA;gnl|laostr_OGSv1.2|LSTR002939-PA
Reactome: R-HSA-111464	SMAC(DIABLO)-mediated dissociation of IAP:caspase complexes	7	gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR006036-PA
Reactome: R-HSA-6803205	TP53 regulates transcription of several additional cell death genes whose specific roles in p53-dependent apoptosis remain uncertain	5	gnl|laostr_OGSv1.2|LSTR009450-PA;gnl|laostr_OGSv1.2|LSTR002541-PA;gnl|laostr_OGSv1.2|LSTR012881-PA;gnl|laostr_OGSv1.2|LSTR000654-PA;gnl|laostr_OGSv1.2|LSTR007430-PA
KEGG: 00510+2.4.1.83	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR006621-PA
KEGG: 00010+4.1.2.13	Glycolysis / Gluconeogenesis	2	gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR006488-PA
Reactome: R-HSA-111447	Activation of BAD and translocation to mitochondria	5	gnl|laostr_OGSv1.2|LSTR004145-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR003582-PA;gnl|laostr_OGSv1.2|LSTR017249-PA;gnl|laostr_OGSv1.2|LSTR004546-PA
Reactome: R-HSA-1489509	DAG and IP3 signaling	2	gnl|laostr_OGSv1.2|LSTR001258-PA;gnl|laostr_OGSv1.2|LSTR012029-PA
Reactome: R-HSA-5334118	DNA methylation	2	gnl|laostr_OGSv1.2|LSTR009501-PA;gnl|laostr_OGSv1.2|LSTR009502-PA
MetaCyc: PWY-7533	Gliotoxin biosynthesis	9	gnl|laostr_OGSv1.2|LSTR010116-PA;gnl|laostr_OGSv1.2|LSTR005181-PA;gnl|laostr_OGSv1.2|LSTR017406-PA;gnl|laostr_OGSv1.2|LSTR006683-PA;gnl|laostr_OGSv1.2|LSTR015143-PA;gnl|laostr_OGSv1.2|LSTR005846-PA;gnl|laostr_OGSv1.2|LSTR011748-PA;gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR008243-PA
Reactome: R-HSA-8951911	RUNX3 regulates RUNX1-mediated transcription	1	gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-1912399	Pre-NOTCH Processing in the Endoplasmic Reticulum	2	gnl|laostr_OGSv1.2|LSTR002722-PA;gnl|laostr_OGSv1.2|LSTR011771-PA
Reactome: R-HSA-8963888	Chylomicron assembly	8	gnl|laostr_OGSv1.2|LSTR000499-PA;gnl|laostr_OGSv1.2|LSTR002432-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR006497-PA;gnl|laostr_OGSv1.2|LSTR017096-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015292-PA
KEGG: 00380+1.11.1.6	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR003334-PA
KEGG: 00830+1.1.1.1	Retinol metabolism	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00270+6.3.2.2	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR011975-PA
KEGG: 00230+4.6.1.2	Purine metabolism	3	gnl|laostr_OGSv1.2|LSTR011155-PA;gnl|laostr_OGSv1.2|LSTR011168-PA;gnl|laostr_OGSv1.2|LSTR003055-PA
KEGG: 00513+2.4.1.261	Various types of N-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009484-PA
Reactome: R-HSA-4720454	Defective ALG9 causes ALG9-CDG (CDG-1l)	1	gnl|laostr_OGSv1.2|LSTR009484-PA
Reactome: R-HSA-111463	SMAC (DIABLO) binds to IAPs	7	gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR006036-PA
KEGG: 00630+1.11.1.6	Glyoxylate and dicarboxylate metabolism	1	gnl|laostr_OGSv1.2|LSTR003334-PA
KEGG: 00950+2.6.1.1	Isoquinoline alkaloid biosynthesis	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
MetaCyc: PWY-5041	S-adenosyl-L-methionine cycle II	3	gnl|laostr_OGSv1.2|LSTR007069-PA;gnl|laostr_OGSv1.2|LSTR003791-PA;gnl|laostr_OGSv1.2|LSTR002727-PA
KEGG: 00230+2.7.7.4	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR005145-PA
MetaCyc: PWY-6111	Mitochondrial L-carnitine shuttle	1	gnl|laostr_OGSv1.2|LSTR013444-PA
MetaCyc: PWY-7417	Phospholipid remodeling (phosphatidate, yeast)	17	gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR001653-PA
KEGG: 00564+3.1.4.4	Glycerophospholipid metabolism	2	gnl|laostr_OGSv1.2|LSTR008596-PA;gnl|laostr_OGSv1.2|LSTR008604-PA
Reactome: R-HSA-2559580	Oxidative Stress Induced Senescence	17	gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR002162-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR008273-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR001509-PA;gnl|laostr_OGSv1.2|LSTR001396-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR010703-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
KEGG: 00460+2.1.2.1	Cyanoamino acid metabolism	2	gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR013383-PA
KEGG: 00680+5.4.2.11	Methane metabolism	2	gnl|laostr_OGSv1.2|LSTR002987-PA;gnl|laostr_OGSv1.2|LSTR002988-PA
Reactome: R-HSA-163560	Triglyceride catabolism	9	gnl|laostr_OGSv1.2|LSTR001220-PA;gnl|laostr_OGSv1.2|LSTR005629-PA;gnl|laostr_OGSv1.2|LSTR009407-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR010075-PA;gnl|laostr_OGSv1.2|LSTR006946-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR006055-PA;gnl|laostr_OGSv1.2|LSTR012148-PA
KEGG: 00983+2.5.1.18	Drug metabolism - other enzymes	2	gnl|laostr_OGSv1.2|LSTR011748-PA;gnl|laostr_OGSv1.2|LSTR014296-PA
Reactome: R-HSA-5673000	RAF activation	5	gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR003631-PA;gnl|laostr_OGSv1.2|LSTR015998-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR007290-PA
MetaCyc: PWY-6692	Fe(II) oxidation	1	gnl|laostr_OGSv1.2|LSTR003514-PA
Reactome: R-HSA-445095	Interaction between L1 and Ankyrins	6	gnl|laostr_OGSv1.2|LSTR002440-PA;gnl|laostr_OGSv1.2|LSTR016780-PA;gnl|laostr_OGSv1.2|LSTR010575-PA;gnl|laostr_OGSv1.2|LSTR006018-PA;gnl|laostr_OGSv1.2|LSTR000767-PA;gnl|laostr_OGSv1.2|LSTR010720-PA
MetaCyc: PWY-6932	Selenate reduction	1	gnl|laostr_OGSv1.2|LSTR005145-PA
Reactome: R-HSA-162588	Budding and maturation of HIV virion	13	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007701-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010518-PA;gnl|laostr_OGSv1.2|LSTR014434-PA;gnl|laostr_OGSv1.2|LSTR017164-PA;gnl|laostr_OGSv1.2|LSTR008500-PA;gnl|laostr_OGSv1.2|LSTR001086-PA;gnl|laostr_OGSv1.2|LSTR016963-PA;gnl|laostr_OGSv1.2|LSTR011361-PA;gnl|laostr_OGSv1.2|LSTR005217-PA;gnl|laostr_OGSv1.2|LSTR008094-PA;gnl|laostr_OGSv1.2|LSTR010498-PA
Reactome: R-HSA-72706	GTP hydrolysis and joining of the 60S ribosomal subunit	99	gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR003867-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011207-PA;gnl|laostr_OGSv1.2|LSTR006029-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR002612-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR004047-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR002577-PA;gnl|laostr_OGSv1.2|LSTR000254-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR017466-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010641-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR013430-PA;gnl|laostr_OGSv1.2|LSTR005104-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR010642-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR005206-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR005690-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR013138-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR001103-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003558-PA
Reactome: R-HSA-9639288	Amino acids regulate mTORC1	52	gnl|laostr_OGSv1.2|LSTR017360-PA;gnl|laostr_OGSv1.2|LSTR008021-PA;gnl|laostr_OGSv1.2|LSTR007790-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR001476-PA;gnl|laostr_OGSv1.2|LSTR009214-PA;gnl|laostr_OGSv1.2|LSTR015904-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR009149-PA;gnl|laostr_OGSv1.2|LSTR011435-PA;gnl|laostr_OGSv1.2|LSTR006944-PA;gnl|laostr_OGSv1.2|LSTR002851-PA;gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR012618-PA;gnl|laostr_OGSv1.2|LSTR010610-PA;gnl|laostr_OGSv1.2|LSTR016875-PA;gnl|laostr_OGSv1.2|LSTR012619-PA;gnl|laostr_OGSv1.2|LSTR010153-PA;gnl|laostr_OGSv1.2|LSTR005256-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR001230-PA;gnl|laostr_OGSv1.2|LSTR004559-PA;gnl|laostr_OGSv1.2|LSTR002578-PA;gnl|laostr_OGSv1.2|LSTR011434-PA;gnl|laostr_OGSv1.2|LSTR007898-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR001447-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR003661-PA;gnl|laostr_OGSv1.2|LSTR001886-PA;gnl|laostr_OGSv1.2|LSTR015588-PA;gnl|laostr_OGSv1.2|LSTR008851-PA;gnl|laostr_OGSv1.2|LSTR001519-PA;gnl|laostr_OGSv1.2|LSTR008199-PA;gnl|laostr_OGSv1.2|LSTR009602-PA;gnl|laostr_OGSv1.2|LSTR003343-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR011511-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR001448-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR010440-PA;gnl|laostr_OGSv1.2|LSTR013908-PA;gnl|laostr_OGSv1.2|LSTR005108-PA;gnl|laostr_OGSv1.2|LSTR011352-PA;gnl|laostr_OGSv1.2|LSTR002175-PA;gnl|laostr_OGSv1.2|LSTR005279-PA;gnl|laostr_OGSv1.2|LSTR008523-PA;gnl|laostr_OGSv1.2|LSTR016398-PA;gnl|laostr_OGSv1.2|LSTR001282-PA;gnl|laostr_OGSv1.2|LSTR006597-PA
Reactome: R-HSA-416476	G alpha (q) signalling events	34	gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR012955-PA;gnl|laostr_OGSv1.2|LSTR011669-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR001425-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR006285-PA;gnl|laostr_OGSv1.2|LSTR004227-PA;gnl|laostr_OGSv1.2|LSTR005527-PA;gnl|laostr_OGSv1.2|LSTR003994-PA;gnl|laostr_OGSv1.2|LSTR015186-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR004962-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR004929-PA;gnl|laostr_OGSv1.2|LSTR004651-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR012513-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR004655-PA;gnl|laostr_OGSv1.2|LSTR008086-PA;gnl|laostr_OGSv1.2|LSTR009038-PA;gnl|laostr_OGSv1.2|LSTR005523-PA;gnl|laostr_OGSv1.2|LSTR014004-PA;gnl|laostr_OGSv1.2|LSTR017186-PA;gnl|laostr_OGSv1.2|LSTR008612-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002676-PA;gnl|laostr_OGSv1.2|LSTR002433-PA
KEGG: 00230+6.3.3.1	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR013954-PA
Reactome: R-HSA-216083	Integrin cell surface interactions	11	gnl|laostr_OGSv1.2|LSTR014049-PA;gnl|laostr_OGSv1.2|LSTR000695-PA;gnl|laostr_OGSv1.2|LSTR014253-PA;gnl|laostr_OGSv1.2|LSTR011640-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR015672-PA;gnl|laostr_OGSv1.2|LSTR014396-PA;gnl|laostr_OGSv1.2|LSTR012797-PA;gnl|laostr_OGSv1.2|LSTR015395-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR008556-PA
KEGG: 00561+2.3.1.51	Glycerolipid metabolism	6	gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR013798-PA
KEGG: 00071+2.3.1.21	Fatty acid degradation	1	gnl|laostr_OGSv1.2|LSTR013444-PA
Reactome: R-HSA-2514859	Inactivation, recovery and regulation of the phototransduction cascade	6	gnl|laostr_OGSv1.2|LSTR006635-PA;gnl|laostr_OGSv1.2|LSTR000140-PA;gnl|laostr_OGSv1.2|LSTR004746-PA;gnl|laostr_OGSv1.2|LSTR009013-PA;gnl|laostr_OGSv1.2|LSTR005701-PA;gnl|laostr_OGSv1.2|LSTR007082-PA
KEGG: 00970+6.1.1.4	Aminoacyl-tRNA biosynthesis	3	gnl|laostr_OGSv1.2|LSTR011882-PA;gnl|laostr_OGSv1.2|LSTR008269-PA;gnl|laostr_OGSv1.2|LSTR008268-PA
Reactome: R-HSA-8964315	G beta:gamma signalling through BTK	5	gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR009431-PA
Reactome: R-HSA-211897	Cytochrome P450 - arranged by substrate type	1	gnl|laostr_OGSv1.2|LSTR010187-PA
MetaCyc: PWY-5972	Stearate biosynthesis I (animals)	23	gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA
MetaCyc: PWY-5973	Cis-vaccenate biosynthesis	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-5083627	Defective LARGE causes MDDGA6 and MDDGB6	2	gnl|laostr_OGSv1.2|LSTR003471-PA;gnl|laostr_OGSv1.2|LSTR004192-PA
Reactome: R-HSA-196807	Nicotinate metabolism	9	gnl|laostr_OGSv1.2|LSTR005559-PA;gnl|laostr_OGSv1.2|LSTR001540-PA;gnl|laostr_OGSv1.2|LSTR004785-PA;gnl|laostr_OGSv1.2|LSTR010307-PA;gnl|laostr_OGSv1.2|LSTR010308-PA;gnl|laostr_OGSv1.2|LSTR006352-PA;gnl|laostr_OGSv1.2|LSTR017169-PA;gnl|laostr_OGSv1.2|LSTR011490-PA;gnl|laostr_OGSv1.2|LSTR006985-PA
MetaCyc: PWY-5154	L-arginine biosynthesis III (via N-acetyl-L-citrulline)	1	gnl|laostr_OGSv1.2|LSTR003617-PA
Reactome: R-HSA-432142	Platelet sensitization by LDL	7	gnl|laostr_OGSv1.2|LSTR004024-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015296-PA
Reactome: R-HSA-975155	MyD88 dependent cascade initiated on endosome	1	gnl|laostr_OGSv1.2|LSTR005873-PA
MetaCyc: PWY-5870	Ubiquinol-8 biosynthesis (eukaryotic)	5	gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR012166-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR000513-PA
MetaCyc: PWY-7382	Lipoate biosynthesis and incorporation IV (yeast)	5	gnl|laostr_OGSv1.2|LSTR011151-PA;gnl|laostr_OGSv1.2|LSTR001672-PA;gnl|laostr_OGSv1.2|LSTR011768-PA;gnl|laostr_OGSv1.2|LSTR011234-PA;gnl|laostr_OGSv1.2|LSTR004137-PA
KEGG: 00330+2.3.1.57	Arginine and proline metabolism	2	gnl|laostr_OGSv1.2|LSTR007463-PA;gnl|laostr_OGSv1.2|LSTR007462-PA
Reactome: R-HSA-392451	G beta:gamma signalling through PI3Kgamma	7	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR002433-PA
Reactome: R-HSA-201722	Formation of the beta-catenin:TCF transactivating complex	20	gnl|laostr_OGSv1.2|LSTR007620-PA;gnl|laostr_OGSv1.2|LSTR008344-PA;gnl|laostr_OGSv1.2|LSTR012885-PA;gnl|laostr_OGSv1.2|LSTR013968-PA;gnl|laostr_OGSv1.2|LSTR015850-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR013300-PA;gnl|laostr_OGSv1.2|LSTR006178-PA;gnl|laostr_OGSv1.2|LSTR000544-PA;gnl|laostr_OGSv1.2|LSTR010628-PA;gnl|laostr_OGSv1.2|LSTR007861-PA;gnl|laostr_OGSv1.2|LSTR005837-PA;gnl|laostr_OGSv1.2|LSTR012402-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR004448-PA;gnl|laostr_OGSv1.2|LSTR008565-PA;gnl|laostr_OGSv1.2|LSTR002796-PA;gnl|laostr_OGSv1.2|LSTR002378-PA;gnl|laostr_OGSv1.2|LSTR007018-PA
KEGG: 00010+2.7.1.11	Glycolysis / Gluconeogenesis	3	gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR017208-PA;gnl|laostr_OGSv1.2|LSTR011927-PA
Reactome: R-HSA-8853338	Signaling by FGFR3 point mutants in cancer	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00620+4.4.1.5	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR011696-PA
Reactome: R-HSA-6807505	RNA polymerase II transcribes snRNA genes	50	gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR011500-PA;gnl|laostr_OGSv1.2|LSTR011214-PA;gnl|laostr_OGSv1.2|LSTR000153-PA;gnl|laostr_OGSv1.2|LSTR000071-PA;gnl|laostr_OGSv1.2|LSTR017225-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR001033-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR006580-PA;gnl|laostr_OGSv1.2|LSTR001982-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR002473-PA;gnl|laostr_OGSv1.2|LSTR000568-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR006085-PA;gnl|laostr_OGSv1.2|LSTR013992-PA;gnl|laostr_OGSv1.2|LSTR013122-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR012053-PA;gnl|laostr_OGSv1.2|LSTR006581-PA;gnl|laostr_OGSv1.2|LSTR002055-PA;gnl|laostr_OGSv1.2|LSTR007028-PA;gnl|laostr_OGSv1.2|LSTR002435-PA;gnl|laostr_OGSv1.2|LSTR003300-PA;gnl|laostr_OGSv1.2|LSTR006278-PA;gnl|laostr_OGSv1.2|LSTR006219-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR006279-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR001130-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR016623-PA;gnl|laostr_OGSv1.2|LSTR006438-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR002808-PA;gnl|laostr_OGSv1.2|LSTR007029-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR014215-PA
KEGG: 00970+6.1.1.5	Aminoacyl-tRNA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR003298-PA;gnl|laostr_OGSv1.2|LSTR011425-PA
KEGG: 00280+2.3.3.10	Valine, leucine and isoleucine degradation	1	gnl|laostr_OGSv1.2|LSTR008121-PA
Reactome: R-HSA-2022857	Keratan sulfate degradation	7	gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR007689-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR005660-PA
MetaCyc: PWY-7602	Icosapentaenoate biosynthesis V (8-desaturase, lower eukaryotes)	25	gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA
MetaCyc: PWY-7238	Sucrose biosynthesis II	5	gnl|laostr_OGSv1.2|LSTR001061-PA;gnl|laostr_OGSv1.2|LSTR001389-PA;gnl|laostr_OGSv1.2|LSTR005429-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
Reactome: R-HSA-1799339	SRP-dependent cotranslational protein targeting to membrane	110	gnl|laostr_OGSv1.2|LSTR000600-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR000615-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR016190-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR005983-PA;gnl|laostr_OGSv1.2|LSTR003175-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR003469-PA;gnl|laostr_OGSv1.2|LSTR000602-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015570-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR002573-PA;gnl|laostr_OGSv1.2|LSTR003540-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR012764-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR000738-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR015269-PA;gnl|laostr_OGSv1.2|LSTR005615-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR011174-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR006160-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR011559-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR017331-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR002788-PA;gnl|laostr_OGSv1.2|LSTR004434-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR006549-PA;gnl|laostr_OGSv1.2|LSTR005440-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR012805-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR000601-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR017494-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR007803-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR012680-PA;gnl|laostr_OGSv1.2|LSTR014544-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR001708-PA;gnl|laostr_OGSv1.2|LSTR012646-PA
Reactome: R-HSA-73776	RNA Polymerase II Promoter Escape	34	gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009296-PA
MetaCyc: PWY-6883	Pyruvate fermentation to butanol II (engineered)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-1614517	Sulfide oxidation to sulfate	2	gnl|laostr_OGSv1.2|LSTR011572-PA;gnl|laostr_OGSv1.2|LSTR003545-PA
Reactome: R-HSA-110312	Translesion synthesis by REV1	18	gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR010495-PA;gnl|laostr_OGSv1.2|LSTR010494-PA;gnl|laostr_OGSv1.2|LSTR017538-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR014193-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003677-PA
MetaCyc: PWY-7384	Anaerobic energy metabolism (invertebrates, mitochondrial)	9	gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR002726-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR005794-PA
Reactome: R-HSA-392154	Nitric oxide stimulates guanylate cyclase	4	gnl|laostr_OGSv1.2|LSTR003055-PA;gnl|laostr_OGSv1.2|LSTR011168-PA;gnl|laostr_OGSv1.2|LSTR010666-PA;gnl|laostr_OGSv1.2|LSTR011155-PA
Reactome: R-HSA-383280	Nuclear Receptor transcription pathway	38	gnl|laostr_OGSv1.2|LSTR007541-PA;gnl|laostr_OGSv1.2|LSTR005205-PA;gnl|laostr_OGSv1.2|LSTR015054-PA;gnl|laostr_OGSv1.2|LSTR009628-PA;gnl|laostr_OGSv1.2|LSTR005717-PA;gnl|laostr_OGSv1.2|LSTR000161-PA;gnl|laostr_OGSv1.2|LSTR006188-PA;gnl|laostr_OGSv1.2|LSTR016649-PA;gnl|laostr_OGSv1.2|LSTR002478-PA;gnl|laostr_OGSv1.2|LSTR017279-PA;gnl|laostr_OGSv1.2|LSTR015243-PA;gnl|laostr_OGSv1.2|LSTR006186-PA;gnl|laostr_OGSv1.2|LSTR010010-PA;gnl|laostr_OGSv1.2|LSTR010007-PA;gnl|laostr_OGSv1.2|LSTR015356-PA;gnl|laostr_OGSv1.2|LSTR013694-PA;gnl|laostr_OGSv1.2|LSTR008145-PA;gnl|laostr_OGSv1.2|LSTR014402-PA;gnl|laostr_OGSv1.2|LSTR014725-PA;gnl|laostr_OGSv1.2|LSTR006184-PA;gnl|laostr_OGSv1.2|LSTR010012-PA;gnl|laostr_OGSv1.2|LSTR012508-PA;gnl|laostr_OGSv1.2|LSTR016417-PA;gnl|laostr_OGSv1.2|LSTR005716-PA;gnl|laostr_OGSv1.2|LSTR006403-PA;gnl|laostr_OGSv1.2|LSTR009445-PA;gnl|laostr_OGSv1.2|LSTR001798-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR015310-PA;gnl|laostr_OGSv1.2|LSTR007694-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR015357-PA;gnl|laostr_OGSv1.2|LSTR010009-PA;gnl|laostr_OGSv1.2|LSTR001615-PA;gnl|laostr_OGSv1.2|LSTR015177-PA;gnl|laostr_OGSv1.2|LSTR001446-PA;gnl|laostr_OGSv1.2|LSTR012259-PA;gnl|laostr_OGSv1.2|LSTR010082-PA
Reactome: R-HSA-400511	Synthesis, secretion, and inactivation of Glucose-dependent Insulinotropic Polypeptide (GIP)	4	gnl|laostr_OGSv1.2|LSTR003469-PA;gnl|laostr_OGSv1.2|LSTR002788-PA;gnl|laostr_OGSv1.2|LSTR003175-PA;gnl|laostr_OGSv1.2|LSTR007803-PA
MetaCyc: PWY-7177	UTP and CTP dephosphorylation II	2	gnl|laostr_OGSv1.2|LSTR006977-PA;gnl|laostr_OGSv1.2|LSTR015660-PA
MetaCyc: PWY-5690	TCA cycle II (plants and fungi)	15	gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR001594-PA
Reactome: R-HSA-6791226	Major pathway of rRNA processing in the nucleolus and cytosol	158	gnl|laostr_OGSv1.2|LSTR005415-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR004595-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR016453-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR000630-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR012282-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR000344-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR007325-PA;gnl|laostr_OGSv1.2|LSTR010257-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR006198-PA;gnl|laostr_OGSv1.2|LSTR004852-PA;gnl|laostr_OGSv1.2|LSTR003451-PA;gnl|laostr_OGSv1.2|LSTR014209-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR008312-PA;gnl|laostr_OGSv1.2|LSTR003090-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR000608-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR001676-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR000316-PA;gnl|laostr_OGSv1.2|LSTR002769-PA;gnl|laostr_OGSv1.2|LSTR002966-PA;gnl|laostr_OGSv1.2|LSTR002351-PA;gnl|laostr_OGSv1.2|LSTR011059-PA;gnl|laostr_OGSv1.2|LSTR007588-PA;gnl|laostr_OGSv1.2|LSTR003277-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR014079-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR001257-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR000442-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR017423-PA;gnl|laostr_OGSv1.2|LSTR002296-PA;gnl|laostr_OGSv1.2|LSTR001143-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR009896-PA;gnl|laostr_OGSv1.2|LSTR005094-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR005551-PA;gnl|laostr_OGSv1.2|LSTR004749-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR015546-PA;gnl|laostr_OGSv1.2|LSTR016982-PA;gnl|laostr_OGSv1.2|LSTR009003-PA;gnl|laostr_OGSv1.2|LSTR007417-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR005591-PA;gnl|laostr_OGSv1.2|LSTR002798-PA;gnl|laostr_OGSv1.2|LSTR004589-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR008103-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR006838-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR011285-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR006758-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR004068-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR011760-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR008288-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR001284-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR010124-PA;gnl|laostr_OGSv1.2|LSTR006306-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR016547-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR014634-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR008069-PA;gnl|laostr_OGSv1.2|LSTR016017-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR004783-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR005313-PA;gnl|laostr_OGSv1.2|LSTR000500-PA;gnl|laostr_OGSv1.2|LSTR014863-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR005387-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR008529-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR013982-PA;gnl|laostr_OGSv1.2|LSTR013864-PA;gnl|laostr_OGSv1.2|LSTR007362-PA;gnl|laostr_OGSv1.2|LSTR008089-PA;gnl|laostr_OGSv1.2|LSTR008104-PA;gnl|laostr_OGSv1.2|LSTR000160-PA;gnl|laostr_OGSv1.2|LSTR009173-PA;gnl|laostr_OGSv1.2|LSTR008368-PA;gnl|laostr_OGSv1.2|LSTR000348-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR009468-PA;gnl|laostr_OGSv1.2|LSTR010441-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000724-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR004971-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR003536-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR008782-PA
Reactome: R-HSA-73863	RNA Polymerase I Transcription Termination	24	gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR013917-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR001586-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR004903-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR011564-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR010125-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011646-PA
Reactome: R-HSA-9665247	Resistance of ERBB2 KD mutants to osimertinib	1	gnl|laostr_OGSv1.2|LSTR005656-PA
KEGG: 00030+3.1.1.31	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR001896-PA
Reactome: R-HSA-2206305	MPS IIID - Sanfilippo syndrome D	1	gnl|laostr_OGSv1.2|LSTR007689-PA
Reactome: R-HSA-380259	Loss of Nlp from mitotic centrosomes	18	gnl|laostr_OGSv1.2|LSTR009495-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR004837-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR005516-PA;gnl|laostr_OGSv1.2|LSTR008573-PA;gnl|laostr_OGSv1.2|LSTR000576-PA;gnl|laostr_OGSv1.2|LSTR006782-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR013391-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR001765-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR004315-PA;gnl|laostr_OGSv1.2|LSTR002923-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR004789-PA
KEGG: 00270+2.5.1.6	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR003791-PA
KEGG: 00720+1.3.5.1	Carbon fixation pathways in prokaryotes	2	gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR011333-PA
MetaCyc: PWY-4841	UDP-alpha-D-glucuronate biosynthesis (from myo-inositol)	1	gnl|laostr_OGSv1.2|LSTR000013-PA
KEGG: 00650+1.3.5.1	Butanoate metabolism	2	gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR001594-PA
MetaCyc: PWY-5873	Ubiquinol-7 biosynthesis (eukaryotic)	5	gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR012166-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR000513-PA
KEGG: 00510+2.7.8.15	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR000913-PA
KEGG: 00510+2.4.1.257+2.4.1.132	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR012503-PA
Reactome: R-HSA-8878166	Transcriptional regulation by RUNX2	3	gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR015551-PA;gnl|laostr_OGSv1.2|LSTR009440-PA
KEGG: 00562+3.1.3.36	Inositol phosphate metabolism	4	gnl|laostr_OGSv1.2|LSTR015773-PA;gnl|laostr_OGSv1.2|LSTR008849-PA;gnl|laostr_OGSv1.2|LSTR007022-PA;gnl|laostr_OGSv1.2|LSTR001717-PA
MetaCyc: PWY-6855	Chitin degradation I (archaea)	9	gnl|laostr_OGSv1.2|LSTR007626-PA;gnl|laostr_OGSv1.2|LSTR001377-PA;gnl|laostr_OGSv1.2|LSTR001896-PA;gnl|laostr_OGSv1.2|LSTR010446-PA;gnl|laostr_OGSv1.2|LSTR016561-PA;gnl|laostr_OGSv1.2|LSTR000503-PA;gnl|laostr_OGSv1.2|LSTR009874-PA;gnl|laostr_OGSv1.2|LSTR012781-PA;gnl|laostr_OGSv1.2|LSTR011883-PA
Reactome: R-HSA-112311	Neurotransmitter clearance	2	gnl|laostr_OGSv1.2|LSTR008731-PA;gnl|laostr_OGSv1.2|LSTR008116-PA
MetaCyc: PWY-7179	Purine deoxyribonucleosides degradation I	1	gnl|laostr_OGSv1.2|LSTR001023-PA
MetaCyc: PWY-7383	Anaerobic energy metabolism (invertebrates, cytosol)	18	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR005947-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR008469-PA;gnl|laostr_OGSv1.2|LSTR015604-PA
MetaCyc: PWY-6605	Adenine and adenosine salvage II	1	gnl|laostr_OGSv1.2|LSTR000802-PA
MetaCyc: PWY-3661-1	Glycine betaine degradation II (mammalian)	2	gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR002605-PA
KEGG: 00340+2.1.2.5	Histidine metabolism	1	gnl|laostr_OGSv1.2|LSTR006460-PA
Reactome: R-HSA-438066	Unblocking of NMDA receptors, glutamate binding and activation	3	gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR005542-PA;gnl|laostr_OGSv1.2|LSTR002371-PA
MetaCyc: PWY-5751	Phenylethanol biosynthesis	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
MetaCyc: PWY-7921	Protein O-mannosylation I (yeast)	11	gnl|laostr_OGSv1.2|LSTR017598-PA;gnl|laostr_OGSv1.2|LSTR002313-PA;gnl|laostr_OGSv1.2|LSTR008009-PA;gnl|laostr_OGSv1.2|LSTR006621-PA;gnl|laostr_OGSv1.2|LSTR011837-PA;gnl|laostr_OGSv1.2|LSTR003492-PA;gnl|laostr_OGSv1.2|LSTR003544-PA;gnl|laostr_OGSv1.2|LSTR003019-PA;gnl|laostr_OGSv1.2|LSTR005038-PA;gnl|laostr_OGSv1.2|LSTR013873-PA;gnl|laostr_OGSv1.2|LSTR014872-PA
KEGG: 00020+4.2.1.3	Citrate cycle (TCA cycle)	6	gnl|laostr_OGSv1.2|LSTR011244-PA;gnl|laostr_OGSv1.2|LSTR011993-PA;gnl|laostr_OGSv1.2|LSTR016188-PA;gnl|laostr_OGSv1.2|LSTR016816-PA;gnl|laostr_OGSv1.2|LSTR015133-PA;gnl|laostr_OGSv1.2|LSTR009995-PA
KEGG: 00270+2.6.1.52	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR002623-PA
KEGG: 00020+1.2.4.1	Citrate cycle (TCA cycle)	4	gnl|laostr_OGSv1.2|LSTR002534-PA;gnl|laostr_OGSv1.2|LSTR006559-PA;gnl|laostr_OGSv1.2|LSTR000314-PA;gnl|laostr_OGSv1.2|LSTR012024-PA
MetaCyc: PWY-8040	Ansatrienin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR008469-PA
Reactome: R-HSA-164939	Nef mediated downregulation of CD28 cell surface expression	1	gnl|laostr_OGSv1.2|LSTR013225-PA
MetaCyc: PWY-4981	L-proline biosynthesis II (from arginine)	4	gnl|laostr_OGSv1.2|LSTR014191-PA;gnl|laostr_OGSv1.2|LSTR004650-PA;gnl|laostr_OGSv1.2|LSTR003906-PA;gnl|laostr_OGSv1.2|LSTR003945-PA
MetaCyc: PWY-2201	Folate transformations I	5	gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR004901-PA;gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR008861-PA;gnl|laostr_OGSv1.2|LSTR002605-PA
KEGG: 00240+4.2.1.70	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR013033-PA
Reactome: R-HSA-5083633	Defective POMT1 causes MDDGA1, MDDGB1 and MDDGC1	5	gnl|laostr_OGSv1.2|LSTR017598-PA;gnl|laostr_OGSv1.2|LSTR000803-PA;gnl|laostr_OGSv1.2|LSTR014872-PA;gnl|laostr_OGSv1.2|LSTR003544-PA;gnl|laostr_OGSv1.2|LSTR011837-PA
MetaCyc: PWY-7234	Inosine-5'-phosphate biosynthesis III	5	gnl|laostr_OGSv1.2|LSTR008682-PA;gnl|laostr_OGSv1.2|LSTR011377-PA;gnl|laostr_OGSv1.2|LSTR008684-PA;gnl|laostr_OGSv1.2|LSTR003283-PA;gnl|laostr_OGSv1.2|LSTR015390-PA
KEGG: 00730+2.2.1.7	Thiamine metabolism	1	gnl|laostr_OGSv1.2|LSTR009529-PA
KEGG: 00230+2.7.4.6+2.7.4.3	Purine metabolism	2	gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR001987-PA
KEGG: 00240+3.6.1.6	Pyrimidine metabolism	2	gnl|laostr_OGSv1.2|LSTR015921-PA;gnl|laostr_OGSv1.2|LSTR015741-PA
KEGG: 00564+1.1.1.94	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR009734-PA
MetaCyc: PWY-6453	Stigma estolide biosynthesis	9	gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR005796-PA
MetaCyc: PWY-5659	GDP-mannose biosynthesis	4	gnl|laostr_OGSv1.2|LSTR014530-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR012404-PA;gnl|laostr_OGSv1.2|LSTR006469-PA
Reactome: R-HSA-5619061	Defective SLC33A1 causes spastic paraplegia 42 (SPG42)	1	gnl|laostr_OGSv1.2|LSTR014274-PA
Reactome: R-HSA-167172	Transcription of the HIV genome	34	gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR010512-PA
Reactome: R-HSA-1660662	Glycosphingolipid metabolism	26	gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR003523-PA;gnl|laostr_OGSv1.2|LSTR010458-PA;gnl|laostr_OGSv1.2|LSTR002253-PA;gnl|laostr_OGSv1.2|LSTR004004-PA;gnl|laostr_OGSv1.2|LSTR015974-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR007567-PA;gnl|laostr_OGSv1.2|LSTR005174-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR002771-PA;gnl|laostr_OGSv1.2|LSTR000874-PA;gnl|laostr_OGSv1.2|LSTR016288-PA;gnl|laostr_OGSv1.2|LSTR002692-PA;gnl|laostr_OGSv1.2|LSTR007757-PA;gnl|laostr_OGSv1.2|LSTR006106-PA;gnl|laostr_OGSv1.2|LSTR004223-PA;gnl|laostr_OGSv1.2|LSTR008383-PA;gnl|laostr_OGSv1.2|LSTR012314-PA;gnl|laostr_OGSv1.2|LSTR015610-PA;gnl|laostr_OGSv1.2|LSTR005526-PA;gnl|laostr_OGSv1.2|LSTR010199-PA;gnl|laostr_OGSv1.2|LSTR011573-PA
Reactome: R-HSA-8868766	rRNA processing in the mitochondrion	3	gnl|laostr_OGSv1.2|LSTR008632-PA;gnl|laostr_OGSv1.2|LSTR003145-PA;gnl|laostr_OGSv1.2|LSTR009973-PA
Reactome: R-HSA-6791462	TALDO1 deficiency: failed conversion of Fru(6)P, E4P to SH7P, GA3P	1	gnl|laostr_OGSv1.2|LSTR013810-PA
KEGG: 00600+2.4.1.80	Sphingolipid metabolism	3	gnl|laostr_OGSv1.2|LSTR011573-PA;gnl|laostr_OGSv1.2|LSTR003523-PA;gnl|laostr_OGSv1.2|LSTR015610-PA
Reactome: R-HSA-8866652	Synthesis of active ubiquitin: roles of E1 and E2 enzymes	3	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003302-PA
KEGG: 00232+1.7.3.3	Caffeine metabolism	1	gnl|laostr_OGSv1.2|LSTR004321-PA
MetaCyc: PWY-7821	Tunicamycin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR006381-PA;gnl|laostr_OGSv1.2|LSTR000593-PA
MetaCyc: PWY-5691	Urate conversion to allantoin I	3	gnl|laostr_OGSv1.2|LSTR004321-PA;gnl|laostr_OGSv1.2|LSTR002567-PA;gnl|laostr_OGSv1.2|LSTR002151-PA
Reactome: R-HSA-8963901	Chylomicron remodeling	4	gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR013703-PA
Reactome: R-HSA-1660514	Synthesis of PIPs at the Golgi membrane	4	gnl|laostr_OGSv1.2|LSTR008463-PA;gnl|laostr_OGSv1.2|LSTR000171-PA;gnl|laostr_OGSv1.2|LSTR001288-PA;gnl|laostr_OGSv1.2|LSTR010800-PA
Reactome: R-HSA-382556	ABC-family proteins mediated transport	48	gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR011136-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR004930-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR009515-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR011212-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR011213-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA
Reactome: R-HSA-167158	Formation of the HIV-1 Early Elongation Complex	32	gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA
Reactome: R-HSA-167290	Pausing and recovery of HIV elongation	27	gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR015455-PA
Reactome: R-HSA-8963693	Aspartate and asparagine metabolism	2	gnl|laostr_OGSv1.2|LSTR003664-PA;gnl|laostr_OGSv1.2|LSTR002699-PA
KEGG: 00250+2.6.1.16	Alanine, aspartate and glutamate metabolism	2	gnl|laostr_OGSv1.2|LSTR016781-PA;gnl|laostr_OGSv1.2|LSTR000223-PA
Reactome: R-HSA-2029482	Regulation of actin dynamics for phagocytic cup formation	26	gnl|laostr_OGSv1.2|LSTR001838-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR002562-PA;gnl|laostr_OGSv1.2|LSTR008148-PA;gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR016058-PA;gnl|laostr_OGSv1.2|LSTR000567-PA;gnl|laostr_OGSv1.2|LSTR011569-PA;gnl|laostr_OGSv1.2|LSTR010973-PA;gnl|laostr_OGSv1.2|LSTR012734-PA;gnl|laostr_OGSv1.2|LSTR008038-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR004360-PA;gnl|laostr_OGSv1.2|LSTR003785-PA;gnl|laostr_OGSv1.2|LSTR010128-PA;gnl|laostr_OGSv1.2|LSTR012951-PA;gnl|laostr_OGSv1.2|LSTR017496-PA;gnl|laostr_OGSv1.2|LSTR011311-PA;gnl|laostr_OGSv1.2|LSTR008137-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR005309-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR006166-PA;gnl|laostr_OGSv1.2|LSTR004146-PA
Reactome: R-HSA-75955	RNA Polymerase II Transcription Elongation	49	gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR007882-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR002364-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR004448-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR007720-PA;gnl|laostr_OGSv1.2|LSTR012885-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR000425-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR002862-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR008565-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR007721-PA;gnl|laostr_OGSv1.2|LSTR008327-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR016985-PA
Reactome: R-HSA-8876725	Protein methylation	9	gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR006635-PA;gnl|laostr_OGSv1.2|LSTR010595-PA;gnl|laostr_OGSv1.2|LSTR010390-PA;gnl|laostr_OGSv1.2|LSTR004746-PA;gnl|laostr_OGSv1.2|LSTR011640-PA;gnl|laostr_OGSv1.2|LSTR002284-PA;gnl|laostr_OGSv1.2|LSTR009099-PA;gnl|laostr_OGSv1.2|LSTR010748-PA
MetaCyc: PWY-7902	Glucosylglycerol biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009734-PA
Reactome: R-HSA-430039	mRNA decay by 5' to 3' exoribonuclease	11	gnl|laostr_OGSv1.2|LSTR015320-PA;gnl|laostr_OGSv1.2|LSTR010849-PA;gnl|laostr_OGSv1.2|LSTR005207-PA;gnl|laostr_OGSv1.2|LSTR002778-PA;gnl|laostr_OGSv1.2|LSTR002744-PA;gnl|laostr_OGSv1.2|LSTR012582-PA;gnl|laostr_OGSv1.2|LSTR009429-PA;gnl|laostr_OGSv1.2|LSTR012733-PA;gnl|laostr_OGSv1.2|LSTR007353-PA;gnl|laostr_OGSv1.2|LSTR000173-PA;gnl|laostr_OGSv1.2|LSTR011852-PA
Reactome: R-HSA-76042	RNA Polymerase II Transcription Initiation And Promoter Clearance	34	gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA
MetaCyc: PWY-6871	3-methylbutanol biosynthesis (engineered)	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00520+3.2.1.52	Amino sugar and nucleotide sugar metabolism	11	gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR017489-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR005659-PA
Reactome: R-HSA-4085377	SUMOylation of SUMOylation proteins	27	gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA
MetaCyc: PWY-7839	Lacto-series glycosphingolipids biosynthesis	3	gnl|laostr_OGSv1.2|LSTR003523-PA;gnl|laostr_OGSv1.2|LSTR015610-PA;gnl|laostr_OGSv1.2|LSTR011573-PA
KEGG: 00030+2.7.6.1	Pentose phosphate pathway	4	gnl|laostr_OGSv1.2|LSTR016676-PA;gnl|laostr_OGSv1.2|LSTR002078-PA;gnl|laostr_OGSv1.2|LSTR009982-PA;gnl|laostr_OGSv1.2|LSTR002080-PA
Reactome: R-HSA-391908	Prostanoid ligand receptors	1	gnl|laostr_OGSv1.2|LSTR009254-PA
Reactome: R-HSA-5693616	Presynaptic phase of homologous DNA pairing and strand exchange	31	gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR010660-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR015831-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR010496-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR012539-PA;gnl|laostr_OGSv1.2|LSTR005543-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR009914-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR010940-PA;gnl|laostr_OGSv1.2|LSTR012902-PA
Reactome: R-HSA-8856825	Cargo recognition for clathrin-mediated endocytosis	37	gnl|laostr_OGSv1.2|LSTR000031-PA;gnl|laostr_OGSv1.2|LSTR005350-PA;gnl|laostr_OGSv1.2|LSTR004205-PA;gnl|laostr_OGSv1.2|LSTR013749-PA;gnl|laostr_OGSv1.2|LSTR012028-PA;gnl|laostr_OGSv1.2|LSTR005847-PA;gnl|laostr_OGSv1.2|LSTR008787-PA;gnl|laostr_OGSv1.2|LSTR014067-PA;gnl|laostr_OGSv1.2|LSTR002563-PA;gnl|laostr_OGSv1.2|LSTR011329-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR004153-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR008577-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR016863-PA;gnl|laostr_OGSv1.2|LSTR008758-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR005888-PA;gnl|laostr_OGSv1.2|LSTR006359-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR008478-PA;gnl|laostr_OGSv1.2|LSTR009765-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR013748-PA;gnl|laostr_OGSv1.2|LSTR008578-PA;gnl|laostr_OGSv1.2|LSTR008168-PA;gnl|laostr_OGSv1.2|LSTR003813-PA;gnl|laostr_OGSv1.2|LSTR003061-PA;gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR010220-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004455-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR016606-PA
MetaCyc: PWY-8012	Mupirocin biosynthesis	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA
KEGG: 00770+6.3.2.5	Pantothenate and CoA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003174-PA
Reactome: R-HSA-450604	KSRP (KHSRP) binds and destabilizes mRNA	13	gnl|laostr_OGSv1.2|LSTR008368-PA;gnl|laostr_OGSv1.2|LSTR010391-PA;gnl|laostr_OGSv1.2|LSTR004589-PA;gnl|laostr_OGSv1.2|LSTR014079-PA;gnl|laostr_OGSv1.2|LSTR000348-PA;gnl|laostr_OGSv1.2|LSTR017423-PA;gnl|laostr_OGSv1.2|LSTR001284-PA;gnl|laostr_OGSv1.2|LSTR001257-PA;gnl|laostr_OGSv1.2|LSTR009429-PA;gnl|laostr_OGSv1.2|LSTR003451-PA;gnl|laostr_OGSv1.2|LSTR012282-PA;gnl|laostr_OGSv1.2|LSTR002351-PA;gnl|laostr_OGSv1.2|LSTR009003-PA
Reactome: R-HSA-73772	RNA Polymerase I Promoter Escape	24	gnl|laostr_OGSv1.2|LSTR013917-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR001586-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR010125-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR004903-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR011564-PA;gnl|laostr_OGSv1.2|LSTR004211-PA
Reactome: R-HSA-5173105	O-linked glycosylation	8	gnl|laostr_OGSv1.2|LSTR011837-PA;gnl|laostr_OGSv1.2|LSTR003544-PA;gnl|laostr_OGSv1.2|LSTR017598-PA;gnl|laostr_OGSv1.2|LSTR014872-PA;gnl|laostr_OGSv1.2|LSTR003471-PA;gnl|laostr_OGSv1.2|LSTR004192-PA;gnl|laostr_OGSv1.2|LSTR003585-PA;gnl|laostr_OGSv1.2|LSTR000803-PA
Reactome: R-HSA-171319	Telomere Extension By Telomerase	4	gnl|laostr_OGSv1.2|LSTR007861-PA;gnl|laostr_OGSv1.2|LSTR002378-PA;gnl|laostr_OGSv1.2|LSTR002672-PA;gnl|laostr_OGSv1.2|LSTR001701-PA
Reactome: R-HSA-429958	mRNA decay by 3' to 5' exoribonuclease	16	gnl|laostr_OGSv1.2|LSTR006888-PA;gnl|laostr_OGSv1.2|LSTR014079-PA;gnl|laostr_OGSv1.2|LSTR000348-PA;gnl|laostr_OGSv1.2|LSTR008368-PA;gnl|laostr_OGSv1.2|LSTR002730-PA;gnl|laostr_OGSv1.2|LSTR009003-PA;gnl|laostr_OGSv1.2|LSTR003451-PA;gnl|laostr_OGSv1.2|LSTR001257-PA;gnl|laostr_OGSv1.2|LSTR017423-PA;gnl|laostr_OGSv1.2|LSTR001284-PA;gnl|laostr_OGSv1.2|LSTR002728-PA;gnl|laostr_OGSv1.2|LSTR004589-PA;gnl|laostr_OGSv1.2|LSTR002351-PA;gnl|laostr_OGSv1.2|LSTR000415-PA;gnl|laostr_OGSv1.2|LSTR012282-PA;gnl|laostr_OGSv1.2|LSTR010585-PA
Reactome: R-HSA-174403	Glutathione synthesis and recycling	8	gnl|laostr_OGSv1.2|LSTR014339-PA;gnl|laostr_OGSv1.2|LSTR007236-PA;gnl|laostr_OGSv1.2|LSTR011975-PA;gnl|laostr_OGSv1.2|LSTR012518-PA;gnl|laostr_OGSv1.2|LSTR009700-PA;gnl|laostr_OGSv1.2|LSTR001490-PA;gnl|laostr_OGSv1.2|LSTR004115-PA;gnl|laostr_OGSv1.2|LSTR008307-PA
Reactome: R-HSA-1474228	Degradation of the extracellular matrix	15	gnl|laostr_OGSv1.2|LSTR000764-PA;gnl|laostr_OGSv1.2|LSTR005568-PA;gnl|laostr_OGSv1.2|LSTR005067-PA;gnl|laostr_OGSv1.2|LSTR003503-PA;gnl|laostr_OGSv1.2|LSTR004038-PA;gnl|laostr_OGSv1.2|LSTR011167-PA;gnl|laostr_OGSv1.2|LSTR012208-PA;gnl|laostr_OGSv1.2|LSTR010759-PA;gnl|laostr_OGSv1.2|LSTR004921-PA;gnl|laostr_OGSv1.2|LSTR000364-PA;gnl|laostr_OGSv1.2|LSTR010033-PA;gnl|laostr_OGSv1.2|LSTR000372-PA;gnl|laostr_OGSv1.2|LSTR014894-PA;gnl|laostr_OGSv1.2|LSTR003506-PA;gnl|laostr_OGSv1.2|LSTR014532-PA
Reactome: R-HSA-5339700	TCF7L2 mutants don't bind CTBP	1	gnl|laostr_OGSv1.2|LSTR008470-PA
KEGG: 00130+1.14.99.60	Ubiquinone and other terpenoid-quinone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR012166-PA
MetaCyc: PWY-5486	Pyruvate fermentation to ethanol II	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 04070+2.7.1.153	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR007995-PA
Reactome: R-HSA-354194	GRB2:SOS provides linkage to MAPK signaling for Integrins	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-174154	APC/C:Cdc20 mediated degradation of Securin	50	gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA
MetaCyc: PWY-6703	Preq0 biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003984-PA
MetaCyc: PWY-2821	Glucosinolate biosynthesis from phenylalanine	3	gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR002397-PA
MetaCyc: PWY-6352	3-phosphoinositide biosynthesis	5	gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR001288-PA;gnl|laostr_OGSv1.2|LSTR001803-PA;gnl|laostr_OGSv1.2|LSTR008463-PA;gnl|laostr_OGSv1.2|LSTR007995-PA
MetaCyc: PWY-7820	Teichuronic acid biosynthesis (B. subtilis 168)	1	gnl|laostr_OGSv1.2|LSTR002182-PA
Reactome: R-HSA-170822	Regulation of Glucokinase by Glucokinase Regulatory Protein	27	gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA
Reactome: R-HSA-2395516	Electron transport from NADPH to Ferredoxin	2	gnl|laostr_OGSv1.2|LSTR012207-PA;gnl|laostr_OGSv1.2|LSTR013691-PA
MetaCyc: PWY-6482	Diphthamide biosynthesis I (archaea)	4	gnl|laostr_OGSv1.2|LSTR012817-PA;gnl|laostr_OGSv1.2|LSTR005178-PA;gnl|laostr_OGSv1.2|LSTR006161-PA;gnl|laostr_OGSv1.2|LSTR017404-PA
MetaCyc: PWY-8049	Pederin biosynthesis	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA
Reactome: R-HSA-189200	Cellular hexose transport	37	gnl|laostr_OGSv1.2|LSTR002915-PA;gnl|laostr_OGSv1.2|LSTR006797-PA;gnl|laostr_OGSv1.2|LSTR012261-PA;gnl|laostr_OGSv1.2|LSTR004561-PA;gnl|laostr_OGSv1.2|LSTR006328-PA;gnl|laostr_OGSv1.2|LSTR002372-PA;gnl|laostr_OGSv1.2|LSTR010316-PA;gnl|laostr_OGSv1.2|LSTR005103-PA;gnl|laostr_OGSv1.2|LSTR004554-PA;gnl|laostr_OGSv1.2|LSTR004592-PA;gnl|laostr_OGSv1.2|LSTR014275-PA;gnl|laostr_OGSv1.2|LSTR001644-PA;gnl|laostr_OGSv1.2|LSTR006281-PA;gnl|laostr_OGSv1.2|LSTR004596-PA;gnl|laostr_OGSv1.2|LSTR000463-PA;gnl|laostr_OGSv1.2|LSTR001521-PA;gnl|laostr_OGSv1.2|LSTR009156-PA;gnl|laostr_OGSv1.2|LSTR010095-PA;gnl|laostr_OGSv1.2|LSTR009165-PA;gnl|laostr_OGSv1.2|LSTR012603-PA;gnl|laostr_OGSv1.2|LSTR002783-PA;gnl|laostr_OGSv1.2|LSTR010894-PA;gnl|laostr_OGSv1.2|LSTR011132-PA;gnl|laostr_OGSv1.2|LSTR011129-PA;gnl|laostr_OGSv1.2|LSTR016736-PA;gnl|laostr_OGSv1.2|LSTR002941-PA;gnl|laostr_OGSv1.2|LSTR005203-PA;gnl|laostr_OGSv1.2|LSTR012604-PA;gnl|laostr_OGSv1.2|LSTR009637-PA;gnl|laostr_OGSv1.2|LSTR013191-PA;gnl|laostr_OGSv1.2|LSTR009185-PA;gnl|laostr_OGSv1.2|LSTR010412-PA;gnl|laostr_OGSv1.2|LSTR001714-PA;gnl|laostr_OGSv1.2|LSTR008342-PA;gnl|laostr_OGSv1.2|LSTR005302-PA;gnl|laostr_OGSv1.2|LSTR013229-PA;gnl|laostr_OGSv1.2|LSTR006798-PA
Reactome: R-HSA-165158	Activation of AKT2	1	gnl|laostr_OGSv1.2|LSTR001124-PA
KEGG: 00680+4.2.1.11	Methane metabolism	1	gnl|laostr_OGSv1.2|LSTR011033-PA
KEGG: 00640+2.6.1.19	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR014110-PA
KEGG: 04070+2.7.1.67	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR001288-PA
MetaCyc: PWY-6333	Acetaldehyde biosynthesis I	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00680+2.6.1.52	Methane metabolism	1	gnl|laostr_OGSv1.2|LSTR002623-PA
Reactome: R-HSA-3899300	SUMOylation of transcription cofactors	5	gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR009842-PA;gnl|laostr_OGSv1.2|LSTR007245-PA;gnl|laostr_OGSv1.2|LSTR005320-PA;gnl|laostr_OGSv1.2|LSTR012987-PA
Reactome: R-HSA-2682334	EPH-Ephrin signaling	2	gnl|laostr_OGSv1.2|LSTR006713-PA;gnl|laostr_OGSv1.2|LSTR010346-PA
Reactome: R-HSA-8964058	HDL remodeling	1	gnl|laostr_OGSv1.2|LSTR007198-PA
KEGG: 00514+2.4.1.122	Other types of O-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR016196-PA
Reactome: R-HSA-174178	APC/C:Cdh1 mediated degradation of Cdc20 and other APC/C:Cdh1 targeted proteins in late mitosis/early G1	50	gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA
Reactome: R-HSA-5173214	O-glycosylation of TSR domain-containing proteins	16	gnl|laostr_OGSv1.2|LSTR008207-PA;gnl|laostr_OGSv1.2|LSTR013726-PA;gnl|laostr_OGSv1.2|LSTR000103-PA;gnl|laostr_OGSv1.2|LSTR006867-PA;gnl|laostr_OGSv1.2|LSTR001289-PA;gnl|laostr_OGSv1.2|LSTR000579-PA;gnl|laostr_OGSv1.2|LSTR013832-PA;gnl|laostr_OGSv1.2|LSTR000617-PA;gnl|laostr_OGSv1.2|LSTR009061-PA;gnl|laostr_OGSv1.2|LSTR007825-PA;gnl|laostr_OGSv1.2|LSTR003740-PA;gnl|laostr_OGSv1.2|LSTR011493-PA;gnl|laostr_OGSv1.2|LSTR003739-PA;gnl|laostr_OGSv1.2|LSTR010108-PA;gnl|laostr_OGSv1.2|LSTR016815-PA;gnl|laostr_OGSv1.2|LSTR009273-PA
Reactome: R-HSA-8964572	Lipid particle organization	1	gnl|laostr_OGSv1.2|LSTR005875-PA
Reactome: R-HSA-72086	mRNA Capping	28	gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR009828-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR006826-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR013631-PA
Reactome: R-HSA-76005	Response to elevated platelet cytosolic Ca2+	1	gnl|laostr_OGSv1.2|LSTR010689-PA
Reactome: R-HSA-1474151	Tetrahydrobiopterin (BH4) synthesis, recycling, salvage and regulation	6	gnl|laostr_OGSv1.2|LSTR011327-PA;gnl|laostr_OGSv1.2|LSTR005070-PA;gnl|laostr_OGSv1.2|LSTR004776-PA;gnl|laostr_OGSv1.2|LSTR003984-PA;gnl|laostr_OGSv1.2|LSTR006814-PA;gnl|laostr_OGSv1.2|LSTR007488-PA
KEGG: 00900+2.1.1.100	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR010664-PA
MetaCyc: PWY-7111	Pyruvate fermentation to isobutanol (engineered)	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-71240	Tryptophan catabolism	5	gnl|laostr_OGSv1.2|LSTR008306-PA;gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR011624-PA;gnl|laostr_OGSv1.2|LSTR007713-PA
Reactome: R-HSA-418594	G alpha (i) signalling events	25	gnl|laostr_OGSv1.2|LSTR001507-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR004929-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR002986-PA;gnl|laostr_OGSv1.2|LSTR001880-PA;gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR004154-PA;gnl|laostr_OGSv1.2|LSTR005527-PA;gnl|laostr_OGSv1.2|LSTR008671-PA;gnl|laostr_OGSv1.2|LSTR004227-PA;gnl|laostr_OGSv1.2|LSTR010403-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR000096-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR010887-PA;gnl|laostr_OGSv1.2|LSTR004696-PA;gnl|laostr_OGSv1.2|LSTR014895-PA;gnl|laostr_OGSv1.2|LSTR002449-PA
Reactome: R-HSA-8865999	MET activates PTPN11	1	gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-6857	Retinol biosynthesis	4	gnl|laostr_OGSv1.2|LSTR010053-PA;gnl|laostr_OGSv1.2|LSTR004052-PA;gnl|laostr_OGSv1.2|LSTR010541-PA;gnl|laostr_OGSv1.2|LSTR010049-PA
Reactome: R-HSA-426486	Small interfering RNA (siRNA) biogenesis	10	gnl|laostr_OGSv1.2|LSTR015959-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR005610-PA;gnl|laostr_OGSv1.2|LSTR002427-PA;gnl|laostr_OGSv1.2|LSTR008284-PA;gnl|laostr_OGSv1.2|LSTR009004-PA;gnl|laostr_OGSv1.2|LSTR008547-PA;gnl|laostr_OGSv1.2|LSTR016091-PA;gnl|laostr_OGSv1.2|LSTR003882-PA;gnl|laostr_OGSv1.2|LSTR001680-PA
Reactome: R-HSA-2122947	NOTCH1 Intracellular Domain Regulates Transcription	21	gnl|laostr_OGSv1.2|LSTR015020-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR002362-PA;gnl|laostr_OGSv1.2|LSTR008238-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR001192-PA;gnl|laostr_OGSv1.2|LSTR013251-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR016756-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR005664-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR012700-PA;gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR007070-PA;gnl|laostr_OGSv1.2|LSTR017087-PA;gnl|laostr_OGSv1.2|LSTR013300-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR000497-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR013968-PA
Reactome: R-HSA-5627123	RHO GTPases activate PAKs	3	gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR004135-PA
Reactome: R-HSA-8847993	ERBB2 Activates PTK6 Signaling	1	gnl|laostr_OGSv1.2|LSTR006951-PA
Reactome: R-HSA-3656535	TGFBR1 LBD Mutants in Cancer	1	gnl|laostr_OGSv1.2|LSTR002529-PA
Reactome: R-HSA-5666185	RHO GTPases Activate Rhotekin and Rhophilins	2	gnl|laostr_OGSv1.2|LSTR002031-PA;gnl|laostr_OGSv1.2|LSTR000272-PA
MetaCyc: PWY-7426	Complex N-linked glycan biosynthesis (vertebrates)	1	gnl|laostr_OGSv1.2|LSTR009127-PA
Reactome: R-HSA-9609736	Assembly and cell surface presentation of NMDA receptors	24	gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR007920-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR005542-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR002371-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR003687-PA
MetaCyc: PWY-6886	1-butanol autotrophic biosynthesis (engineered)	13	gnl|laostr_OGSv1.2|LSTR009787-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR007742-PA
KEGG: 00983+1.17.4.1	Drug metabolism - other enzymes	4	gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR008853-PA
Reactome: R-HSA-168333	NEP/NS2 Interacts with the Cellular Export Machinery	31	gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR000433-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR014940-PA
Reactome: R-HSA-400253	Circadian Clock	18	gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR007965-PA;gnl|laostr_OGSv1.2|LSTR003255-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR008939-PA;gnl|laostr_OGSv1.2|LSTR005629-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR010075-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR004895-PA;gnl|laostr_OGSv1.2|LSTR006055-PA;gnl|laostr_OGSv1.2|LSTR012148-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
Reactome: R-HSA-6782135	Dual incision in TC-NER	53	gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR001499-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR003302-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR000315-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR008676-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR000688-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR003989-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR001018-PA;gnl|laostr_OGSv1.2|LSTR007999-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR005075-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR014891-PA;gnl|laostr_OGSv1.2|LSTR001322-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR010544-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR006042-PA
Reactome: R-HSA-176412	Phosphorylation of the APC/C	9	gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR002093-PA
Reactome: R-HSA-9031525	NR1H2 & NR1H3 regulate gene expression to limit cholesterol uptake	1	gnl|laostr_OGSv1.2|LSTR007637-PA
MetaCyc: PWY-5523	5,6-dimethylbenzimidazole biosynthesis I (aerobic)	1	gnl|laostr_OGSv1.2|LSTR008695-PA
Reactome: R-HSA-8941326	RUNX2 regulates bone development	1	gnl|laostr_OGSv1.2|LSTR007964-PA
MetaCyc: PWY-621	Sucrose degradation III (sucrose invertase)	2	gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
Reactome: R-HSA-199418	Negative regulation of the PI3K/AKT network	1	gnl|laostr_OGSv1.2|LSTR011722-PA
MetaCyc: PWY-3821	D-galactose detoxification	7	gnl|laostr_OGSv1.2|LSTR007454-PA;gnl|laostr_OGSv1.2|LSTR001909-PA;gnl|laostr_OGSv1.2|LSTR007455-PA;gnl|laostr_OGSv1.2|LSTR015487-PA;gnl|laostr_OGSv1.2|LSTR003151-PA;gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR007737-PA
Reactome: R-HSA-8877330	RUNX1 and FOXP3 control the development of regulatory T lymphocytes (Tregs)	1	gnl|laostr_OGSv1.2|LSTR007964-PA
KEGG: 00380+2.6.1.7	Tryptophan metabolism	2	gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR002398-PA
KEGG: 00980+1.1.1.1	Metabolism of xenobiotics by cytochrome P450	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-2691232	Constitutive Signaling by NOTCH1 HD Domain Mutants	10	gnl|laostr_OGSv1.2|LSTR004767-PA;gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR009704-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR006310-PA;gnl|laostr_OGSv1.2|LSTR012238-PA;gnl|laostr_OGSv1.2|LSTR008054-PA;gnl|laostr_OGSv1.2|LSTR003433-PA
Reactome: R-HSA-422085	Synthesis, secretion, and deacylation of Ghrelin	6	gnl|laostr_OGSv1.2|LSTR008116-PA;gnl|laostr_OGSv1.2|LSTR002788-PA;gnl|laostr_OGSv1.2|LSTR003469-PA;gnl|laostr_OGSv1.2|LSTR007803-PA;gnl|laostr_OGSv1.2|LSTR003175-PA;gnl|laostr_OGSv1.2|LSTR008731-PA
Reactome: R-HSA-399719	Trafficking of AMPA receptors	3	gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR005542-PA;gnl|laostr_OGSv1.2|LSTR004660-PA
Reactome: R-HSA-210744	Regulation of gene expression in late stage (branching morphogenesis) pancreatic bud precursor cells	5	gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR007804-PA
KEGG: 00270+1.13.11.20	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR006659-PA
Reactome: R-HSA-6790901	rRNA modification in the nucleus and cytosol	56	gnl|laostr_OGSv1.2|LSTR005094-PA;gnl|laostr_OGSv1.2|LSTR000532-PA;gnl|laostr_OGSv1.2|LSTR006306-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR010124-PA;gnl|laostr_OGSv1.2|LSTR001676-PA;gnl|laostr_OGSv1.2|LSTR000724-PA;gnl|laostr_OGSv1.2|LSTR008312-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR000316-PA;gnl|laostr_OGSv1.2|LSTR002211-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR003536-PA;gnl|laostr_OGSv1.2|LSTR005061-PA;gnl|laostr_OGSv1.2|LSTR006198-PA;gnl|laostr_OGSv1.2|LSTR000160-PA;gnl|laostr_OGSv1.2|LSTR008104-PA;gnl|laostr_OGSv1.2|LSTR002672-PA;gnl|laostr_OGSv1.2|LSTR007424-PA;gnl|laostr_OGSv1.2|LSTR010257-PA;gnl|laostr_OGSv1.2|LSTR009173-PA;gnl|laostr_OGSv1.2|LSTR010441-PA;gnl|laostr_OGSv1.2|LSTR006758-PA;gnl|laostr_OGSv1.2|LSTR009468-PA;gnl|laostr_OGSv1.2|LSTR004068-PA;gnl|laostr_OGSv1.2|LSTR008103-PA;gnl|laostr_OGSv1.2|LSTR002798-PA;gnl|laostr_OGSv1.2|LSTR008275-PA;gnl|laostr_OGSv1.2|LSTR000442-PA;gnl|laostr_OGSv1.2|LSTR000630-PA;gnl|laostr_OGSv1.2|LSTR005387-PA;gnl|laostr_OGSv1.2|LSTR007362-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR002296-PA;gnl|laostr_OGSv1.2|LSTR017359-PA;gnl|laostr_OGSv1.2|LSTR013982-PA;gnl|laostr_OGSv1.2|LSTR001143-PA;gnl|laostr_OGSv1.2|LSTR008069-PA;gnl|laostr_OGSv1.2|LSTR016017-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR014634-PA;gnl|laostr_OGSv1.2|LSTR011059-PA;gnl|laostr_OGSv1.2|LSTR007588-PA;gnl|laostr_OGSv1.2|LSTR005415-PA;gnl|laostr_OGSv1.2|LSTR003277-PA;gnl|laostr_OGSv1.2|LSTR007735-PA;gnl|laostr_OGSv1.2|LSTR016982-PA;gnl|laostr_OGSv1.2|LSTR007417-PA;gnl|laostr_OGSv1.2|LSTR005925-PA;gnl|laostr_OGSv1.2|LSTR014863-PA;gnl|laostr_OGSv1.2|LSTR005591-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR016453-PA;gnl|laostr_OGSv1.2|LSTR005313-PA;gnl|laostr_OGSv1.2|LSTR001085-PA
KEGG: 00983+2.4.2.10	Drug metabolism - other enzymes	1	gnl|laostr_OGSv1.2|LSTR007352-PA
Reactome: R-HSA-5660862	Defective SLC7A7 causes lysinuric protein intolerance (LPI)	1	gnl|laostr_OGSv1.2|LSTR008306-PA
KEGG: 00030+2.7.1.11	Pentose phosphate pathway	3	gnl|laostr_OGSv1.2|LSTR017208-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR011927-PA
Reactome: R-HSA-3232142	SUMOylation of ubiquitinylation proteins	27	gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002496-PA
Reactome: R-HSA-420092	Glucagon-type ligand receptors	5	gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR009431-PA
Reactome: R-HSA-9029569	NR1H3 & NR1H2 regulate gene expression linked to cholesterol transport and efflux	8	gnl|laostr_OGSv1.2|LSTR007198-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR009924-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR014290-PA
MetaCyc: PWY-5667	CDP-diacylglycerol biosynthesis I	10	gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR009734-PA;gnl|laostr_OGSv1.2|LSTR011272-PA
Reactome: R-HSA-164843	2-LTR circle formation	5	gnl|laostr_OGSv1.2|LSTR011015-PA;gnl|laostr_OGSv1.2|LSTR000193-PA;gnl|laostr_OGSv1.2|LSTR004967-PA;gnl|laostr_OGSv1.2|LSTR013646-PA;gnl|laostr_OGSv1.2|LSTR004276-PA
KEGG: 00130+4.1.1.90	Ubiquinone and other terpenoid-quinone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005134-PA
KEGG: 04658+3.1.3.16	Th1 and Th2 cell differentiation	35	gnl|laostr_OGSv1.2|LSTR002808-PA;gnl|laostr_OGSv1.2|LSTR009210-PA;gnl|laostr_OGSv1.2|LSTR001948-PA;gnl|laostr_OGSv1.2|LSTR005545-PA;gnl|laostr_OGSv1.2|LSTR011043-PA;gnl|laostr_OGSv1.2|LSTR006874-PA;gnl|laostr_OGSv1.2|LSTR010706-PA;gnl|laostr_OGSv1.2|LSTR003325-PA;gnl|laostr_OGSv1.2|LSTR010596-PA;gnl|laostr_OGSv1.2|LSTR013093-PA;gnl|laostr_OGSv1.2|LSTR010335-PA;gnl|laostr_OGSv1.2|LSTR000902-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR004493-PA;gnl|laostr_OGSv1.2|LSTR010679-PA;gnl|laostr_OGSv1.2|LSTR010075-PA;gnl|laostr_OGSv1.2|LSTR009439-PA;gnl|laostr_OGSv1.2|LSTR008933-PA;gnl|laostr_OGSv1.2|LSTR016511-PA;gnl|laostr_OGSv1.2|LSTR005830-PA;gnl|laostr_OGSv1.2|LSTR015289-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR005845-PA;gnl|laostr_OGSv1.2|LSTR011117-PA;gnl|laostr_OGSv1.2|LSTR006055-PA;gnl|laostr_OGSv1.2|LSTR009023-PA;gnl|laostr_OGSv1.2|LSTR009668-PA;gnl|laostr_OGSv1.2|LSTR004264-PA;gnl|laostr_OGSv1.2|LSTR002350-PA;gnl|laostr_OGSv1.2|LSTR012148-PA;gnl|laostr_OGSv1.2|LSTR005629-PA;gnl|laostr_OGSv1.2|LSTR012942-PA;gnl|laostr_OGSv1.2|LSTR002992-PA;gnl|laostr_OGSv1.2|LSTR011834-PA;gnl|laostr_OGSv1.2|LSTR011214-PA
Reactome: R-HSA-163359	Glucagon signaling in metabolic regulation	10	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005306-PA
KEGG: 00720+6.4.1.1	Carbon fixation pathways in prokaryotes	1	gnl|laostr_OGSv1.2|LSTR011278-PA
Reactome: R-HSA-399954	Sema3A PAK dependent Axon repulsion	1	gnl|laostr_OGSv1.2|LSTR007984-PA
KEGG: 00970+6.1.1.6	Aminoacyl-tRNA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002844-PA
KEGG: 00650+4.2.1.17	Butanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-375280	Amine ligand-binding receptors	1	gnl|laostr_OGSv1.2|LSTR001425-PA
Reactome: R-HSA-879415	Advanced glycosylation endproduct receptor signaling	4	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR012680-PA;gnl|laostr_OGSv1.2|LSTR000076-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
KEGG: 00360+2.6.1.1	Phenylalanine metabolism	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
KEGG: 00380+4.2.1.17+1.1.1.35	Tryptophan metabolism	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
KEGG: 05165+2.7.1.153	Human papillomavirus infection	1	gnl|laostr_OGSv1.2|LSTR007995-PA
KEGG: 00640+6.2.1.1	Propanoate metabolism	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-2644606	Constitutive Signaling by NOTCH1 PEST Domain Mutants	31	gnl|laostr_OGSv1.2|LSTR002362-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR015020-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR008238-PA;gnl|laostr_OGSv1.2|LSTR003433-PA;gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR004767-PA;gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR013251-PA;gnl|laostr_OGSv1.2|LSTR001192-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR016756-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR005664-PA;gnl|laostr_OGSv1.2|LSTR012238-PA;gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR012700-PA;gnl|laostr_OGSv1.2|LSTR007070-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR008054-PA;gnl|laostr_OGSv1.2|LSTR017087-PA;gnl|laostr_OGSv1.2|LSTR009704-PA;gnl|laostr_OGSv1.2|LSTR000497-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR006310-PA;gnl|laostr_OGSv1.2|LSTR005434-PA
MetaCyc: PWY-6012	Acyl carrier protein metabolism	1	gnl|laostr_OGSv1.2|LSTR015888-PA
Reactome: R-HSA-5696397	Gap-filling DNA repair synthesis and ligation in GG-NER	19	gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR008793-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR016430-PA
MetaCyc: PWY-7179-1	Purine deoxyribonucleosides degradation II	1	gnl|laostr_OGSv1.2|LSTR001023-PA
KEGG: 00520+3.2.1.14	Amino sugar and nucleotide sugar metabolism	7	gnl|laostr_OGSv1.2|LSTR007626-PA;gnl|laostr_OGSv1.2|LSTR009874-PA;gnl|laostr_OGSv1.2|LSTR012781-PA;gnl|laostr_OGSv1.2|LSTR010446-PA;gnl|laostr_OGSv1.2|LSTR001377-PA;gnl|laostr_OGSv1.2|LSTR000503-PA;gnl|laostr_OGSv1.2|LSTR016561-PA
KEGG: 00670+1.5.1.5+3.5.4.9	One carbon pool by folate	2	gnl|laostr_OGSv1.2|LSTR004901-PA;gnl|laostr_OGSv1.2|LSTR010109-PA
Reactome: R-HSA-9022538	Loss of MECP2 binding ability to 5mC-DNA	1	gnl|laostr_OGSv1.2|LSTR012987-PA
MetaCyc: PWY-7216	(R)- and (S)-3-hydroxybutanoate biosynthesis (engineered)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-171306	Packaging Of Telomere Ends	2	gnl|laostr_OGSv1.2|LSTR003577-PA;gnl|laostr_OGSv1.2|LSTR008600-PA
MetaCyc: PWY-8001	Felinine and 3-methyl-3-sulfanylbutan-1-ol biosynthesis	7	gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR010672-PA
MetaCyc: PWY-7807	Glyphosate degradation III	4	gnl|laostr_OGSv1.2|LSTR000802-PA;gnl|laostr_OGSv1.2|LSTR014377-PA;gnl|laostr_OGSv1.2|LSTR000264-PA;gnl|laostr_OGSv1.2|LSTR013355-PA
Reactome: R-HSA-9603798	Class I peroxisomal membrane protein import	13	gnl|laostr_OGSv1.2|LSTR017623-PA;gnl|laostr_OGSv1.2|LSTR012790-PA;gnl|laostr_OGSv1.2|LSTR003894-PA;gnl|laostr_OGSv1.2|LSTR003048-PA;gnl|laostr_OGSv1.2|LSTR014785-PA;gnl|laostr_OGSv1.2|LSTR000496-PA;gnl|laostr_OGSv1.2|LSTR010851-PA;gnl|laostr_OGSv1.2|LSTR004333-PA;gnl|laostr_OGSv1.2|LSTR013948-PA;gnl|laostr_OGSv1.2|LSTR010784-PA;gnl|laostr_OGSv1.2|LSTR008904-PA;gnl|laostr_OGSv1.2|LSTR005012-PA;gnl|laostr_OGSv1.2|LSTR013356-PA
Reactome: R-HSA-5610785	GLI3 is processed to GLI3R by the proteasome	45	gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR016583-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR004404-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA
Reactome: R-HSA-5601884	PIWI-interacting RNA (piRNA) biogenesis	12	gnl|laostr_OGSv1.2|LSTR012762-PA;gnl|laostr_OGSv1.2|LSTR009563-PA;gnl|laostr_OGSv1.2|LSTR008182-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR011486-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR015602-PA
KEGG: 00030+5.1.3.1	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR006317-PA
KEGG: 00983+2.7.1.21	Drug metabolism - other enzymes	1	gnl|laostr_OGSv1.2|LSTR015115-PA
Reactome: R-HSA-8986944	Transcriptional Regulation by MECP2	9	gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR005630-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR001572-PA;gnl|laostr_OGSv1.2|LSTR014901-PA
Reactome: R-HSA-373753	Nephrin family interactions	4	gnl|laostr_OGSv1.2|LSTR002440-PA;gnl|laostr_OGSv1.2|LSTR004813-PA;gnl|laostr_OGSv1.2|LSTR016780-PA;gnl|laostr_OGSv1.2|LSTR005762-PA
Reactome: R-HSA-174414	Processive synthesis on the C-strand of the telomere	4	gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR006042-PA
KEGG: 00640+1.1.1.27	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR010963-PA
Reactome: R-HSA-4641263	Regulation of FZD by ubiquitination	3	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000031-PA
MetaCyc: PWY-3462	L-phenylalanine biosynthesis II	1	gnl|laostr_OGSv1.2|LSTR012883-PA
Reactome: R-HSA-749476	RNA Polymerase III Abortive And Retractive Initiation	27	gnl|laostr_OGSv1.2|LSTR011378-PA;gnl|laostr_OGSv1.2|LSTR011500-PA;gnl|laostr_OGSv1.2|LSTR006219-PA;gnl|laostr_OGSv1.2|LSTR008157-PA;gnl|laostr_OGSv1.2|LSTR012878-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR013779-PA;gnl|laostr_OGSv1.2|LSTR007299-PA;gnl|laostr_OGSv1.2|LSTR011030-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR001847-PA;gnl|laostr_OGSv1.2|LSTR012104-PA;gnl|laostr_OGSv1.2|LSTR007257-PA;gnl|laostr_OGSv1.2|LSTR002606-PA;gnl|laostr_OGSv1.2|LSTR010249-PA;gnl|laostr_OGSv1.2|LSTR007149-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR012892-PA;gnl|laostr_OGSv1.2|LSTR012105-PA;gnl|laostr_OGSv1.2|LSTR000586-PA;gnl|laostr_OGSv1.2|LSTR007763-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR007422-PA;gnl|laostr_OGSv1.2|LSTR008968-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011644-PA
Reactome: R-HSA-73980	RNA Polymerase III Transcription Termination	17	gnl|laostr_OGSv1.2|LSTR007149-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR012892-PA;gnl|laostr_OGSv1.2|LSTR007763-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR008968-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR012878-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR008157-PA;gnl|laostr_OGSv1.2|LSTR007299-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR001847-PA;gnl|laostr_OGSv1.2|LSTR002606-PA;gnl|laostr_OGSv1.2|LSTR007257-PA
MetaCyc: PWY-6644	Fluoroacetate and fluorothreonine biosynthesis	1	gnl|laostr_OGSv1.2|LSTR001023-PA
MetaCyc: PWY-6643	Coenzyme M biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
KEGG: 00670+6.3.4.3	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR010109-PA
Reactome: R-HSA-5250971	Toxicity of botulinum toxin type C (BoNT/C)	1	gnl|laostr_OGSv1.2|LSTR000432-PA
Reactome: R-HSA-2206282	MPS IIIB - Sanfilippo syndrome B	2	gnl|laostr_OGSv1.2|LSTR016239-PA;gnl|laostr_OGSv1.2|LSTR002092-PA
MetaCyc: PWY-5082	L-methionine degradation III	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-9645460	Alpha-protein kinase 1 signaling pathway	3	gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
MetaCyc: PWY-6113	Superpathway of mycolate biosynthesis	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA
KEGG: 00051+4.2.1.68	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR002899-PA
KEGG: 00130+2.6.1.5	Ubiquinone and other terpenoid-quinone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002765-PA
KEGG: 00250+2.6.1.19	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR014110-PA
KEGG: 00650+2.3.3.10	Butanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR008121-PA
MetaCyc: PWY-2221	Entner-Doudoroff pathway III (semi-phosphorylative)	12	gnl|laostr_OGSv1.2|LSTR012486-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR012528-PA
KEGG: 00500+2.4.1.25	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR001389-PA
KEGG: 00720+1.5.1.20	Carbon fixation pathways in prokaryotes	1	gnl|laostr_OGSv1.2|LSTR008861-PA
Reactome: R-HSA-9604323	Negative regulation of NOTCH4 signaling	41	gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA
Reactome: R-HSA-1663150	The activation of arylsulfatases	1	gnl|laostr_OGSv1.2|LSTR002253-PA
MetaCyc: PWY-5963	Thio-molybdenum cofactor biosynthesis	1	gnl|laostr_OGSv1.2|LSTR007851-PA
KEGG: 00531+3.2.1.50	Glycosaminoglycan degradation	2	gnl|laostr_OGSv1.2|LSTR002092-PA;gnl|laostr_OGSv1.2|LSTR016239-PA
Reactome: R-HSA-1650814	Collagen biosynthesis and modifying enzymes	8	gnl|laostr_OGSv1.2|LSTR002287-PA;gnl|laostr_OGSv1.2|LSTR000764-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR009176-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR011565-PA;gnl|laostr_OGSv1.2|LSTR010374-PA;gnl|laostr_OGSv1.2|LSTR001042-PA
Reactome: R-HSA-174490	Membrane binding and targetting of GAG proteins	12	gnl|laostr_OGSv1.2|LSTR001086-PA;gnl|laostr_OGSv1.2|LSTR008500-PA;gnl|laostr_OGSv1.2|LSTR016963-PA;gnl|laostr_OGSv1.2|LSTR010498-PA;gnl|laostr_OGSv1.2|LSTR011361-PA;gnl|laostr_OGSv1.2|LSTR005217-PA;gnl|laostr_OGSv1.2|LSTR008094-PA;gnl|laostr_OGSv1.2|LSTR007701-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR017164-PA;gnl|laostr_OGSv1.2|LSTR014434-PA
KEGG: 00630+3.5.1.9	Glyoxylate and dicarboxylate metabolism	1	gnl|laostr_OGSv1.2|LSTR010754-PA
MetaCyc: PWY-7124	Ethylene biosynthesis V (engineered)	3	gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR011033-PA
KEGG: 00630+6.2.1.1	Glyoxylate and dicarboxylate metabolism	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-212436	Generic Transcription Pathway	24	gnl|laostr_OGSv1.2|LSTR003591-PA;gnl|laostr_OGSv1.2|LSTR007474-PA;gnl|laostr_OGSv1.2|LSTR000915-PA;gnl|laostr_OGSv1.2|LSTR008238-PA;gnl|laostr_OGSv1.2|LSTR012204-PA;gnl|laostr_OGSv1.2|LSTR009258-PA;gnl|laostr_OGSv1.2|LSTR011848-PA;gnl|laostr_OGSv1.2|LSTR001903-PA;gnl|laostr_OGSv1.2|LSTR005575-PA;gnl|laostr_OGSv1.2|LSTR003872-PA;gnl|laostr_OGSv1.2|LSTR003314-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR009416-PA;gnl|laostr_OGSv1.2|LSTR009775-PA;gnl|laostr_OGSv1.2|LSTR015852-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR006077-PA;gnl|laostr_OGSv1.2|LSTR006362-PA;gnl|laostr_OGSv1.2|LSTR008455-PA;gnl|laostr_OGSv1.2|LSTR006016-PA;gnl|laostr_OGSv1.2|LSTR016381-PA;gnl|laostr_OGSv1.2|LSTR001060-PA;gnl|laostr_OGSv1.2|LSTR005603-PA;gnl|laostr_OGSv1.2|LSTR009191-PA
Reactome: R-HSA-2559585	Oncogene Induced Senescence	9	gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
Reactome: R-HSA-392170	ADP signalling through P2Y purinoceptor 12	5	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR005306-PA
Reactome: R-HSA-8964026	Chylomicron clearance	4	gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR013703-PA
MetaCyc: PWY-5461	Betanidin degradation	5	gnl|laostr_OGSv1.2|LSTR017610-PA;gnl|laostr_OGSv1.2|LSTR011542-PA;gnl|laostr_OGSv1.2|LSTR006976-PA;gnl|laostr_OGSv1.2|LSTR015126-PA;gnl|laostr_OGSv1.2|LSTR003214-PA
MetaCyc: PWY-6898	Thiamine salvage III	1	gnl|laostr_OGSv1.2|LSTR011549-PA
KEGG: 00240+2.7.4.6	Pyrimidine metabolism	8	gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015721-PA
Reactome: R-HSA-1268020	Mitochondrial protein import	52	gnl|laostr_OGSv1.2|LSTR016748-PA;gnl|laostr_OGSv1.2|LSTR008702-PA;gnl|laostr_OGSv1.2|LSTR008943-PA;gnl|laostr_OGSv1.2|LSTR008812-PA;gnl|laostr_OGSv1.2|LSTR005760-PA;gnl|laostr_OGSv1.2|LSTR000282-PA;gnl|laostr_OGSv1.2|LSTR001357-PA;gnl|laostr_OGSv1.2|LSTR009995-PA;gnl|laostr_OGSv1.2|LSTR017325-PA;gnl|laostr_OGSv1.2|LSTR000626-PA;gnl|laostr_OGSv1.2|LSTR004307-PA;gnl|laostr_OGSv1.2|LSTR012478-PA;gnl|laostr_OGSv1.2|LSTR000297-PA;gnl|laostr_OGSv1.2|LSTR017294-PA;gnl|laostr_OGSv1.2|LSTR015226-PA;gnl|laostr_OGSv1.2|LSTR005362-PA;gnl|laostr_OGSv1.2|LSTR015133-PA;gnl|laostr_OGSv1.2|LSTR005761-PA;gnl|laostr_OGSv1.2|LSTR004427-PA;gnl|laostr_OGSv1.2|LSTR005846-PA;gnl|laostr_OGSv1.2|LSTR004113-PA;gnl|laostr_OGSv1.2|LSTR006454-PA;gnl|laostr_OGSv1.2|LSTR009557-PA;gnl|laostr_OGSv1.2|LSTR005732-PA;gnl|laostr_OGSv1.2|LSTR008819-PA;gnl|laostr_OGSv1.2|LSTR008141-PA;gnl|laostr_OGSv1.2|LSTR001670-PA;gnl|laostr_OGSv1.2|LSTR017160-PA;gnl|laostr_OGSv1.2|LSTR005798-PA;gnl|laostr_OGSv1.2|LSTR015241-PA;gnl|laostr_OGSv1.2|LSTR000513-PA;gnl|laostr_OGSv1.2|LSTR006950-PA;gnl|laostr_OGSv1.2|LSTR017488-PA;gnl|laostr_OGSv1.2|LSTR004780-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR015907-PA;gnl|laostr_OGSv1.2|LSTR012907-PA;gnl|laostr_OGSv1.2|LSTR011305-PA;gnl|laostr_OGSv1.2|LSTR001475-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR016393-PA;gnl|laostr_OGSv1.2|LSTR004750-PA;gnl|laostr_OGSv1.2|LSTR008686-PA;gnl|laostr_OGSv1.2|LSTR002492-PA;gnl|laostr_OGSv1.2|LSTR003800-PA;gnl|laostr_OGSv1.2|LSTR009804-PA;gnl|laostr_OGSv1.2|LSTR000826-PA;gnl|laostr_OGSv1.2|LSTR001313-PA;gnl|laostr_OGSv1.2|LSTR000670-PA;gnl|laostr_OGSv1.2|LSTR012876-PA;gnl|laostr_OGSv1.2|LSTR008498-PA;gnl|laostr_OGSv1.2|LSTR013354-PA
Reactome: R-HSA-2206296	MPS II - Hunter syndrome	1	gnl|laostr_OGSv1.2|LSTR012242-PA
Reactome: R-HSA-5654706	FRS-mediated FGFR3 signaling	2	gnl|laostr_OGSv1.2|LSTR010410-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-3781	Aerobic respiration I (cytochrome c)	3	gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR003514-PA
KEGG: 00250+1.4.1.14	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR014058-PA
Reactome: R-HSA-5083635	Defective B3GALTL causes Peters-plus syndrome (PpS)	16	gnl|laostr_OGSv1.2|LSTR008207-PA;gnl|laostr_OGSv1.2|LSTR001289-PA;gnl|laostr_OGSv1.2|LSTR006867-PA;gnl|laostr_OGSv1.2|LSTR000103-PA;gnl|laostr_OGSv1.2|LSTR013726-PA;gnl|laostr_OGSv1.2|LSTR007825-PA;gnl|laostr_OGSv1.2|LSTR000617-PA;gnl|laostr_OGSv1.2|LSTR013832-PA;gnl|laostr_OGSv1.2|LSTR000579-PA;gnl|laostr_OGSv1.2|LSTR009061-PA;gnl|laostr_OGSv1.2|LSTR009273-PA;gnl|laostr_OGSv1.2|LSTR010108-PA;gnl|laostr_OGSv1.2|LSTR016815-PA;gnl|laostr_OGSv1.2|LSTR003740-PA;gnl|laostr_OGSv1.2|LSTR003739-PA;gnl|laostr_OGSv1.2|LSTR011493-PA
KEGG: 00950+2.6.1.5	Isoquinoline alkaloid biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002765-PA
KEGG: 00020+4.1.1.32	Citrate cycle (TCA cycle)	1	gnl|laostr_OGSv1.2|LSTR005947-PA
KEGG: 00510+2.4.1.117	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR004797-PA
MetaCyc: PWY-7724	Icosapentaenoate biosynthesis III (8-desaturase, mammals)	25	gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR007112-PA
KEGG: 00513+2.4.1.142	Various types of N-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR013289-PA
KEGG: 00240+2.7.1.21	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR015115-PA
Reactome: R-HSA-6783310	Fanconi Anemia Pathway	19	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003769-PA;gnl|laostr_OGSv1.2|LSTR012918-PA;gnl|laostr_OGSv1.2|LSTR000204-PA;gnl|laostr_OGSv1.2|LSTR010260-PA;gnl|laostr_OGSv1.2|LSTR000712-PA;gnl|laostr_OGSv1.2|LSTR004993-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR001773-PA;gnl|laostr_OGSv1.2|LSTR000185-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR010320-PA;gnl|laostr_OGSv1.2|LSTR000315-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001971-PA;gnl|laostr_OGSv1.2|LSTR007906-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR009241-PA
MetaCyc: PWY-3861	Mannitol degradation II	1	gnl|laostr_OGSv1.2|LSTR014530-PA
Reactome: R-HSA-5654733	Negative regulation of FGFR4 signaling	5	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-77111	Synthesis of Ketone Bodies	1	gnl|laostr_OGSv1.2|LSTR007864-PA
KEGG: 00250+3.5.1.1	Alanine, aspartate and glutamate metabolism	2	gnl|laostr_OGSv1.2|LSTR003664-PA;gnl|laostr_OGSv1.2|LSTR008384-PA
Reactome: R-HSA-3785653	Myoclonic epilepsy of Lafora	2	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-5689603	UCH proteinases	61	gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR004361-PA;gnl|laostr_OGSv1.2|LSTR002393-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR002529-PA;gnl|laostr_OGSv1.2|LSTR005194-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR007212-PA;gnl|laostr_OGSv1.2|LSTR009705-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR009654-PA;gnl|laostr_OGSv1.2|LSTR005204-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR005233-PA;gnl|laostr_OGSv1.2|LSTR001380-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR001894-PA;gnl|laostr_OGSv1.2|LSTR007861-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008577-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006030-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR003224-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR017280-PA;gnl|laostr_OGSv1.2|LSTR008578-PA;gnl|laostr_OGSv1.2|LSTR005699-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR007109-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR004552-PA;gnl|laostr_OGSv1.2|LSTR001731-PA
Reactome: R-HSA-5627083	RHO GTPases regulate CFTR trafficking	3	gnl|laostr_OGSv1.2|LSTR011971-PA;gnl|laostr_OGSv1.2|LSTR011965-PA;gnl|laostr_OGSv1.2|LSTR011280-PA
MetaCyc: PWY-6121	5-aminoimidazole ribonucleotide biosynthesis I	6	gnl|laostr_OGSv1.2|LSTR011376-PA;gnl|laostr_OGSv1.2|LSTR015763-PA;gnl|laostr_OGSv1.2|LSTR011067-PA;gnl|laostr_OGSv1.2|LSTR006657-PA;gnl|laostr_OGSv1.2|LSTR013954-PA;gnl|laostr_OGSv1.2|LSTR014869-PA
MetaCyc: PWY-5381	Pyridine nucleotide cycling (plants)	5	gnl|laostr_OGSv1.2|LSTR000593-PA;gnl|laostr_OGSv1.2|LSTR006352-PA;gnl|laostr_OGSv1.2|LSTR004785-PA;gnl|laostr_OGSv1.2|LSTR009167-PA;gnl|laostr_OGSv1.2|LSTR014913-PA
MetaCyc: PWY-6840	Homoglutathione biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011975-PA
Reactome: R-HSA-73614	Pyrimidine salvage	6	gnl|laostr_OGSv1.2|LSTR001099-PA;gnl|laostr_OGSv1.2|LSTR001663-PA;gnl|laostr_OGSv1.2|LSTR009878-PA;gnl|laostr_OGSv1.2|LSTR013809-PA;gnl|laostr_OGSv1.2|LSTR005472-PA;gnl|laostr_OGSv1.2|LSTR015115-PA
MetaCyc: PWY-5686	UMP biosynthesis I	3	gnl|laostr_OGSv1.2|LSTR003617-PA;gnl|laostr_OGSv1.2|LSTR005405-PA;gnl|laostr_OGSv1.2|LSTR007352-PA
Reactome: R-HSA-1236394	Signaling by ERBB4	3	gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR009755-PA;gnl|laostr_OGSv1.2|LSTR005161-PA
Reactome: R-HSA-5358493	Synthesis of diphthamide-EEF2	6	gnl|laostr_OGSv1.2|LSTR014370-PA;gnl|laostr_OGSv1.2|LSTR012817-PA;gnl|laostr_OGSv1.2|LSTR017404-PA;gnl|laostr_OGSv1.2|LSTR006161-PA;gnl|laostr_OGSv1.2|LSTR006374-PA;gnl|laostr_OGSv1.2|LSTR005178-PA
MetaCyc: PWY-7205	CMP phosphorylation	9	gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR016095-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR012436-PA
KEGG: 04070+2.7.1.107	Phosphatidylinositol signaling system	5	gnl|laostr_OGSv1.2|LSTR003294-PA;gnl|laostr_OGSv1.2|LSTR006253-PA;gnl|laostr_OGSv1.2|LSTR006252-PA;gnl|laostr_OGSv1.2|LSTR007968-PA;gnl|laostr_OGSv1.2|LSTR008380-PA
Reactome: R-HSA-74259	Purine catabolism	8	gnl|laostr_OGSv1.2|LSTR010931-PA;gnl|laostr_OGSv1.2|LSTR003225-PA;gnl|laostr_OGSv1.2|LSTR001023-PA;gnl|laostr_OGSv1.2|LSTR005559-PA;gnl|laostr_OGSv1.2|LSTR017169-PA;gnl|laostr_OGSv1.2|LSTR010308-PA;gnl|laostr_OGSv1.2|LSTR006985-PA;gnl|laostr_OGSv1.2|LSTR010307-PA
KEGG: 00983+1.1.1.205	Drug metabolism - other enzymes	1	gnl|laostr_OGSv1.2|LSTR009802-PA
KEGG: 00480+2.5.1.18+1.8.5.1	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR014296-PA
MetaCyc: PWY-6362	1D-myo-inositol hexakisphosphate biosynthesis II (mammalian)	3	gnl|laostr_OGSv1.2|LSTR011954-PA;gnl|laostr_OGSv1.2|LSTR005767-PA;gnl|laostr_OGSv1.2|LSTR013820-PA
Reactome: R-HSA-416482	G alpha (12/13) signalling events	28	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR017568-PA;gnl|laostr_OGSv1.2|LSTR010070-PA;gnl|laostr_OGSv1.2|LSTR007016-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR010277-PA;gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR000147-PA;gnl|laostr_OGSv1.2|LSTR002668-PA;gnl|laostr_OGSv1.2|LSTR014189-PA;gnl|laostr_OGSv1.2|LSTR001492-PA;gnl|laostr_OGSv1.2|LSTR010395-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR014004-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR012742-PA;gnl|laostr_OGSv1.2|LSTR011373-PA;gnl|laostr_OGSv1.2|LSTR008373-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR002667-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR007973-PA;gnl|laostr_OGSv1.2|LSTR006805-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR009981-PA
Reactome: R-HSA-425366	Transport of bile salts and organic acids, metal ions and amine compounds	3	gnl|laostr_OGSv1.2|LSTR013032-PA;gnl|laostr_OGSv1.2|LSTR002472-PA;gnl|laostr_OGSv1.2|LSTR010926-PA
KEGG: 00780+2.6.1.62	Biotin metabolism	1	gnl|laostr_OGSv1.2|LSTR015285-PA
KEGG: 00720+6.3.4.3	Carbon fixation pathways in prokaryotes	1	gnl|laostr_OGSv1.2|LSTR010109-PA
MetaCyc: PWY-7841	Neolacto-series glycosphingolipids biosynthesis	3	gnl|laostr_OGSv1.2|LSTR011573-PA;gnl|laostr_OGSv1.2|LSTR015610-PA;gnl|laostr_OGSv1.2|LSTR003523-PA
Reactome: R-HSA-4090294	SUMOylation of intracellular receptors	4	gnl|laostr_OGSv1.2|LSTR001798-PA;gnl|laostr_OGSv1.2|LSTR007245-PA;gnl|laostr_OGSv1.2|LSTR012508-PA;gnl|laostr_OGSv1.2|LSTR015177-PA
Reactome: R-HSA-2022090	Assembly of collagen fibrils and other multimeric structures	9	gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR002287-PA;gnl|laostr_OGSv1.2|LSTR007300-PA;gnl|laostr_OGSv1.2|LSTR011565-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR013402-PA;gnl|laostr_OGSv1.2|LSTR001042-PA;gnl|laostr_OGSv1.2|LSTR010374-PA;gnl|laostr_OGSv1.2|LSTR015685-PA
KEGG: 00564+2.7.7.41	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR011272-PA
Reactome: R-HSA-3232118	SUMOylation of transcription factors	1	gnl|laostr_OGSv1.2|LSTR007245-PA
MetaCyc: PWY-5538	Pyruvate fermentation to acetate VI	5	gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR010792-PA
MetaCyc: PWY-7587	Oleate biosynthesis III (cyanobacteria)	8	gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR005101-PA
KEGG: 00760+6.3.1.5	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR004785-PA
KEGG: 00053+1.8.5.1	Ascorbate and aldarate metabolism	1	gnl|laostr_OGSv1.2|LSTR014296-PA
KEGG: 00780+1.1.1.100+4.2.1.59+2.3.1.41	Biotin metabolism	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-5668599	RHO GTPases Activate NADPH Oxidases	5	gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR008463-PA;gnl|laostr_OGSv1.2|LSTR001840-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
KEGG: 00240+1.3.5.2	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR005405-PA
MetaCyc: PWY-7849	Urate conversion to allantoin III	2	gnl|laostr_OGSv1.2|LSTR002567-PA;gnl|laostr_OGSv1.2|LSTR002151-PA
MetaCyc: PWY-6672	Cis-genanyl-coa degradation	2	gnl|laostr_OGSv1.2|LSTR004084-PA;gnl|laostr_OGSv1.2|LSTR003310-PA
MetaCyc: PWY-5133	Colupulone and cohumulone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR004084-PA;gnl|laostr_OGSv1.2|LSTR003310-PA
Reactome: R-HSA-156842	Eukaryotic Translation Elongation	4	gnl|laostr_OGSv1.2|LSTR000016-PA;gnl|laostr_OGSv1.2|LSTR010003-PA;gnl|laostr_OGSv1.2|LSTR012283-PA;gnl|laostr_OGSv1.2|LSTR006046-PA
MetaCyc: PWY-6372	1D-myo-inositol hexakisphosphate biosynthesis IV (Dictyostelium)	2	gnl|laostr_OGSv1.2|LSTR013820-PA;gnl|laostr_OGSv1.2|LSTR006356-PA
MetaCyc: PWY-6012-1	Acyl carrier protein activation	1	gnl|laostr_OGSv1.2|LSTR015888-PA
Reactome: R-HSA-5250924	B-WICH complex positively regulates rRNA expression	16	gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR013917-PA;gnl|laostr_OGSv1.2|LSTR001586-PA;gnl|laostr_OGSv1.2|LSTR014954-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR010125-PA;gnl|laostr_OGSv1.2|LSTR002163-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR007930-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011564-PA;gnl|laostr_OGSv1.2|LSTR004903-PA;gnl|laostr_OGSv1.2|LSTR004211-PA
KEGG: 00010+5.4.2.11	Glycolysis / Gluconeogenesis	2	gnl|laostr_OGSv1.2|LSTR002988-PA;gnl|laostr_OGSv1.2|LSTR002987-PA
KEGG: 00280+1.2.4.4	Valine, leucine and isoleucine degradation	1	gnl|laostr_OGSv1.2|LSTR008194-PA
KEGG: 00471+3.5.1.2	D-Glutamine and D-glutamate metabolism	2	gnl|laostr_OGSv1.2|LSTR017175-PA;gnl|laostr_OGSv1.2|LSTR008833-PA
KEGG: 00760+2.7.1.173+2.7.1.22	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR014913-PA
Reactome: R-HSA-5545619	XAV939 inhibits tankyrase, stabilizing AXIN	1	gnl|laostr_OGSv1.2|LSTR010791-PA
KEGG: 00521+2.7.1.1	Streptomycin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR001975-PA;gnl|laostr_OGSv1.2|LSTR001047-PA
Reactome: R-HSA-352230	Amino acid transport across the plasma membrane	3	gnl|laostr_OGSv1.2|LSTR005467-PA;gnl|laostr_OGSv1.2|LSTR008306-PA;gnl|laostr_OGSv1.2|LSTR010088-PA
KEGG: 04150+2.7.11.1	mTOR signaling pathway	64	gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR016805-PA;gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR017655-PA;gnl|laostr_OGSv1.2|LSTR014287-PA;gnl|laostr_OGSv1.2|LSTR017685-PA;gnl|laostr_OGSv1.2|LSTR006149-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR003893-PA;gnl|laostr_OGSv1.2|LSTR006865-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR007448-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR013925-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR004383-PA;gnl|laostr_OGSv1.2|LSTR008886-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR017684-PA;gnl|laostr_OGSv1.2|LSTR013926-PA;gnl|laostr_OGSv1.2|LSTR007824-PA;gnl|laostr_OGSv1.2|LSTR013822-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR000400-PA;gnl|laostr_OGSv1.2|LSTR003411-PA;gnl|laostr_OGSv1.2|LSTR004095-PA;gnl|laostr_OGSv1.2|LSTR008298-PA;gnl|laostr_OGSv1.2|LSTR007449-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR016961-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR007810-PA;gnl|laostr_OGSv1.2|LSTR007451-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR005718-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR001826-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR012874-PA;gnl|laostr_OGSv1.2|LSTR009830-PA;gnl|laostr_OGSv1.2|LSTR014213-PA;gnl|laostr_OGSv1.2|LSTR007931-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR009001-PA;gnl|laostr_OGSv1.2|LSTR016019-PA;gnl|laostr_OGSv1.2|LSTR009000-PA
KEGG: 00790+1.1.1.153	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005070-PA
KEGG: 00790+2.10.1.1	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR007862-PA
Reactome: R-HSA-8866907	Activation of the TFAP2 (AP-2) family of transcription factors	2	gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR011473-PA
KEGG: 00790+2.8.1.12	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009131-PA
KEGG: 00750+1.4.3.5	Vitamin B6 metabolism	2	gnl|laostr_OGSv1.2|LSTR008950-PA;gnl|laostr_OGSv1.2|LSTR003992-PA
MetaCyc: PWY-5177	Glutaryl-coa degradation	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-69183	Processive synthesis on the lagging strand	8	gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR001286-PA;gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR017095-PA
Reactome: R-HSA-5682910	LGI-ADAM interactions	1	gnl|laostr_OGSv1.2|LSTR000432-PA
Reactome: R-HSA-5624958	ARL13B-mediated ciliary trafficking of INPP5E	1	gnl|laostr_OGSv1.2|LSTR008310-PA
Reactome: R-HSA-426496	Post-transcriptional silencing by small RNAs	3	gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR015737-PA
Reactome: R-HSA-111465	Apoptotic cleavage of cellular proteins	3	gnl|laostr_OGSv1.2|LSTR004326-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR002037-PA
MetaCyc: PWY-5078	L-isoleucine degradation II	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-77288	mitochondrial fatty acid beta-oxidation of unsaturated fatty acids	1	gnl|laostr_OGSv1.2|LSTR004871-PA
KEGG: 00281+4.2.1.17	Geraniol degradation	1	gnl|laostr_OGSv1.2|LSTR004871-PA
KEGG: 00380+2.3.1.61	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR007355-PA
Reactome: R-HSA-180746	Nuclear import of Rev protein	29	gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR014940-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR000433-PA
Reactome: R-HSA-5632681	Ligand-receptor interactions	2	gnl|laostr_OGSv1.2|LSTR009358-PA;gnl|laostr_OGSv1.2|LSTR003818-PA
KEGG: 00520+5.4.2.10	Amino sugar and nucleotide sugar metabolism	4	gnl|laostr_OGSv1.2|LSTR004701-PA;gnl|laostr_OGSv1.2|LSTR005272-PA;gnl|laostr_OGSv1.2|LSTR003368-PA;gnl|laostr_OGSv1.2|LSTR014501-PA
Reactome: R-HSA-3000471	Scavenging by Class B Receptors	6	gnl|laostr_OGSv1.2|LSTR013941-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR000852-PA;gnl|laostr_OGSv1.2|LSTR013703-PA
MetaCyc: PWY-5642	2,4-dinitrotoluene degradation	2	gnl|laostr_OGSv1.2|LSTR016084-PA;gnl|laostr_OGSv1.2|LSTR005792-PA
KEGG: 00052+3.5.1.25	Galactose metabolism	1	gnl|laostr_OGSv1.2|LSTR011777-PA
Reactome: R-HSA-500657	Presynaptic function of Kainate receptors	6	gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR009431-PA
KEGG: 00860+1.3.3.4	Porphyrin and chlorophyll metabolism	2	gnl|laostr_OGSv1.2|LSTR003683-PA;gnl|laostr_OGSv1.2|LSTR016144-PA
KEGG: 00660+6.2.1.5	C5-Branched dibasic acid metabolism	5	gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR017448-PA
MetaCyc: PWY-5022	4-aminobutanoate degradation V	1	gnl|laostr_OGSv1.2|LSTR014110-PA
Reactome: R-HSA-525793	Myogenesis	8	gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR000088-PA;gnl|laostr_OGSv1.2|LSTR014870-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR011432-PA;gnl|laostr_OGSv1.2|LSTR001664-PA;gnl|laostr_OGSv1.2|LSTR016390-PA;gnl|laostr_OGSv1.2|LSTR004378-PA
Reactome: R-HSA-4043916	Defective MPI causes MPI-CDG (CDG-1b)	1	gnl|laostr_OGSv1.2|LSTR014530-PA
Reactome: R-HSA-168927	TICAM1, RIP1-mediated IKK complex recruitment	3	gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-9014325	TICAM1,TRAF6-dependent induction of TAK1 complex	3	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004947-PA
KEGG: 00230+3.6.1.9	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR006381-PA
KEGG: 00500+2.4.1.18	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR001407-PA
MetaCyc: PWY-7887	Protein SAMPylation and SAMP-mediated thiolation	2	gnl|laostr_OGSv1.2|LSTR009774-PA;gnl|laostr_OGSv1.2|LSTR009131-PA
KEGG: 00230+3.1.3.5	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR000593-PA
KEGG: 00960+2.6.1.5	Tropane, piperidine and pyridine alkaloid biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002765-PA
Reactome: R-HSA-1475029	Reversible hydration of carbon dioxide	2	gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR009638-PA
KEGG: 00010+2.7.2.3	Glycolysis / Gluconeogenesis	3	gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR009787-PA
KEGG: 00190+7.1.2.2	Oxidative phosphorylation	7	gnl|laostr_OGSv1.2|LSTR012907-PA;gnl|laostr_OGSv1.2|LSTR017442-PA;gnl|laostr_OGSv1.2|LSTR015232-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR006944-PA;gnl|laostr_OGSv1.2|LSTR000670-PA;gnl|laostr_OGSv1.2|LSTR017437-PA
Reactome: R-HSA-727802	Transport of nucleotide sugars	1	gnl|laostr_OGSv1.2|LSTR011054-PA
Reactome: R-HSA-9026519	Activated NTRK2 signals through RAS	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-1299308	Tandem of pore domain in a weak inwardly rectifying K+ channels (TWIK)	1	gnl|laostr_OGSv1.2|LSTR013683-PA
KEGG: 00562+2.7.1.158	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR013820-PA
Reactome: R-HSA-9018519	Estrogen-dependent gene expression	32	gnl|laostr_OGSv1.2|LSTR015762-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR002593-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR003457-PA;gnl|laostr_OGSv1.2|LSTR005595-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR008520-PA;gnl|laostr_OGSv1.2|LSTR002968-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR012997-PA
Reactome: R-HSA-6803207	TP53 Regulates Transcription of Caspase Activators and Caspases	6	gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR007430-PA;gnl|laostr_OGSv1.2|LSTR009450-PA;gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR002541-PA
KEGG: 00450+2.9.1.2	Selenocompound metabolism	2	gnl|laostr_OGSv1.2|LSTR014134-PA;gnl|laostr_OGSv1.2|LSTR011987-PA
Reactome: R-HSA-9613354	Lipophagy	2	gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR000912-PA
Reactome: R-HSA-9637628	Modulation by Mtb of host immune system	2	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
MetaCyc: PWY-7379	Mrna capping II	2	gnl|laostr_OGSv1.2|LSTR009610-PA;gnl|laostr_OGSv1.2|LSTR009611-PA
Reactome: R-HSA-1296052	Ca2+ activated K+ channels	3	gnl|laostr_OGSv1.2|LSTR013299-PA;gnl|laostr_OGSv1.2|LSTR000304-PA;gnl|laostr_OGSv1.2|LSTR014976-PA
Reactome: R-HSA-209543	p75NTR recruits signalling complexes	4	gnl|laostr_OGSv1.2|LSTR005873-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003520-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00350+2.6.1.1	Tyrosine metabolism	2	gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR008513-PA
Reactome: R-HSA-77588	SLBP Dependent Processing of Replication-Dependent Histone Pre-mRNAs	6	gnl|laostr_OGSv1.2|LSTR017433-PA;gnl|laostr_OGSv1.2|LSTR001338-PA;gnl|laostr_OGSv1.2|LSTR017018-PA;gnl|laostr_OGSv1.2|LSTR002044-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR014215-PA
MetaCyc: PWY-7410	Ipsdienol biosynthesis	5	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR000747-PA
Reactome: R-HSA-5655291	Signaling by FGFR4 in disease	1	gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-7221	Guanosine ribonucleotides de novo biosynthesis	16	gnl|laostr_OGSv1.2|LSTR006442-PA;gnl|laostr_OGSv1.2|LSTR003308-PA;gnl|laostr_OGSv1.2|LSTR005623-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR004892-PA;gnl|laostr_OGSv1.2|LSTR000102-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR011956-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR010077-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR009802-PA;gnl|laostr_OGSv1.2|LSTR002066-PA
Reactome: R-HSA-5655862	Translesion synthesis by POLK	18	gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR014193-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR017538-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR010494-PA;gnl|laostr_OGSv1.2|LSTR010495-PA
KEGG: 00240+3.6.1.17	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR000172-PA
KEGG: 00240+3.6.1.9	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR006381-PA
MetaCyc: PWY-6118	Glycerol-3-phosphate shuttle	2	gnl|laostr_OGSv1.2|LSTR009734-PA;gnl|laostr_OGSv1.2|LSTR001220-PA
Reactome: R-HSA-5620922	BBSome-mediated cargo-targeting to cilium	17	gnl|laostr_OGSv1.2|LSTR012667-PA;gnl|laostr_OGSv1.2|LSTR007949-PA;gnl|laostr_OGSv1.2|LSTR017351-PA;gnl|laostr_OGSv1.2|LSTR007713-PA;gnl|laostr_OGSv1.2|LSTR002339-PA;gnl|laostr_OGSv1.2|LSTR012721-PA;gnl|laostr_OGSv1.2|LSTR004534-PA;gnl|laostr_OGSv1.2|LSTR015380-PA;gnl|laostr_OGSv1.2|LSTR001781-PA;gnl|laostr_OGSv1.2|LSTR003483-PA;gnl|laostr_OGSv1.2|LSTR000851-PA;gnl|laostr_OGSv1.2|LSTR011413-PA;gnl|laostr_OGSv1.2|LSTR006283-PA;gnl|laostr_OGSv1.2|LSTR008998-PA;gnl|laostr_OGSv1.2|LSTR011418-PA;gnl|laostr_OGSv1.2|LSTR003634-PA;gnl|laostr_OGSv1.2|LSTR003470-PA
MetaCyc: PWY-7291	Oleate beta-oxidation (isomerase-dependent, yeast)	4	gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
MetaCyc: PWY-6983	Threo-tetrahydrobiopterin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR003984-PA;gnl|laostr_OGSv1.2|LSTR007488-PA
KEGG: 00510+1.3.1.94	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009024-PA
KEGG: 00710+1.2.1.12	Carbon fixation in photosynthetic organisms	3	gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR010042-PA
KEGG: 00520+2.6.1.16	Amino sugar and nucleotide sugar metabolism	2	gnl|laostr_OGSv1.2|LSTR016781-PA;gnl|laostr_OGSv1.2|LSTR000223-PA
Reactome: R-HSA-1442490	Collagen degradation	15	gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR002287-PA;gnl|laostr_OGSv1.2|LSTR007300-PA;gnl|laostr_OGSv1.2|LSTR006310-PA;gnl|laostr_OGSv1.2|LSTR010759-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR011565-PA;gnl|laostr_OGSv1.2|LSTR000364-PA;gnl|laostr_OGSv1.2|LSTR013402-PA;gnl|laostr_OGSv1.2|LSTR000372-PA;gnl|laostr_OGSv1.2|LSTR010374-PA;gnl|laostr_OGSv1.2|LSTR001042-PA;gnl|laostr_OGSv1.2|LSTR014894-PA;gnl|laostr_OGSv1.2|LSTR015685-PA
KEGG: 00640+4.2.1.17	Propanoate metabolism	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-5545483	Defective Mismatch Repair Associated With MLH1	1	gnl|laostr_OGSv1.2|LSTR004585-PA
MetaCyc: PWY-5367	Petroselinate biosynthesis	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-427601	Multifunctional anion exchangers	2	gnl|laostr_OGSv1.2|LSTR003247-PA;gnl|laostr_OGSv1.2|LSTR016791-PA
Reactome: R-HSA-5659996	RPIA deficiency: failed conversion of R5P to RU5P	1	gnl|laostr_OGSv1.2|LSTR004429-PA
MetaCyc: PWY-7187	Pyrimidine deoxyribonucleotides de novo biosynthesis II	11	gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR014066-PA;gnl|laostr_OGSv1.2|LSTR006381-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR006751-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015999-PA
KEGG: 00430+1.13.11.20	Taurine and hypotaurine metabolism	1	gnl|laostr_OGSv1.2|LSTR006659-PA
MetaCyc: PWY-6944	Androstenedione degradation	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
MetaCyc: PWY-6030	Serotonin and melatonin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002065-PA
Reactome: R-HSA-6781823	Formation of TC-NER Pre-Incision Complex	44	gnl|laostr_OGSv1.2|LSTR006359-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR009765-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR003302-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR001499-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR013748-PA;gnl|laostr_OGSv1.2|LSTR008676-PA;gnl|laostr_OGSv1.2|LSTR003813-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR004455-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR000688-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR010220-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR013749-PA;gnl|laostr_OGSv1.2|LSTR003989-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR005075-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR005847-PA;gnl|laostr_OGSv1.2|LSTR007999-PA;gnl|laostr_OGSv1.2|LSTR002563-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR001322-PA;gnl|laostr_OGSv1.2|LSTR014891-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR010544-PA
KEGG: 00051+4.1.2.13	Fructose and mannose metabolism	2	gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR006488-PA
Reactome: R-HSA-877300	Interferon gamma signaling	8	gnl|laostr_OGSv1.2|LSTR010948-PA;gnl|laostr_OGSv1.2|LSTR003373-PA;gnl|laostr_OGSv1.2|LSTR012695-PA;gnl|laostr_OGSv1.2|LSTR012696-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR011067-PA;gnl|laostr_OGSv1.2|LSTR000187-PA;gnl|laostr_OGSv1.2|LSTR008390-PA
KEGG: 00230+3.5.2.17	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR002151-PA
Reactome: R-HSA-1169091	Activation of NF-kappaB in B cells	45	gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR001599-PA
KEGG: 00511+3.2.1.52	Other glycan degradation	11	gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR017489-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR017471-PA
Reactome: R-HSA-68827	CDT1 association with the CDC6:ORC:origin complex	48	gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR004768-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR002423-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR007453-PA
Reactome: R-HSA-212300	PRC2 methylates histones and DNA	6	gnl|laostr_OGSv1.2|LSTR009501-PA;gnl|laostr_OGSv1.2|LSTR017600-PA;gnl|laostr_OGSv1.2|LSTR010703-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR009502-PA;gnl|laostr_OGSv1.2|LSTR002162-PA
Reactome: R-HSA-425986	Sodium/Proton exchangers	5	gnl|laostr_OGSv1.2|LSTR003449-PA;gnl|laostr_OGSv1.2|LSTR000857-PA;gnl|laostr_OGSv1.2|LSTR001015-PA;gnl|laostr_OGSv1.2|LSTR001014-PA;gnl|laostr_OGSv1.2|LSTR010336-PA
MetaCyc: PWY-5497	Purine nucleobases degradation II (anaerobic)	7	gnl|laostr_OGSv1.2|LSTR010931-PA;gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR003225-PA;gnl|laostr_OGSv1.2|LSTR004901-PA;gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR006460-PA
MetaCyc: PWY-1187	Glucosinolate biosynthesis from homomethionine	3	gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR002397-PA
Reactome: R-HSA-190873	Gap junction degradation	6	gnl|laostr_OGSv1.2|LSTR016606-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR004660-PA;gnl|laostr_OGSv1.2|LSTR014067-PA;gnl|laostr_OGSv1.2|LSTR004153-PA;gnl|laostr_OGSv1.2|LSTR008787-PA
KEGG: 00970+6.1.1.19	Aminoacyl-tRNA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009239-PA
Reactome: R-HSA-392851	Prostacyclin signalling through prostacyclin receptor	5	gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR009431-PA
Reactome: R-HSA-5603027	IKBKG deficiency causes anhidrotic ectodermal dysplasia with immunodeficiency (EDA-ID) (via TLR)	1	gnl|laostr_OGSv1.2|LSTR003438-PA
Reactome: R-HSA-2161541	Abacavir metabolism	1	gnl|laostr_OGSv1.2|LSTR000102-PA
Reactome: R-HSA-3000497	Scavenging by Class H Receptors	4	gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004460-PA
KEGG: 00240+6.3.4.2	Pyrimidine metabolism	2	gnl|laostr_OGSv1.2|LSTR015660-PA;gnl|laostr_OGSv1.2|LSTR006977-PA
KEGG: 00982+1.1.1.1	Drug metabolism - cytochrome P450	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
Reactome: R-HSA-2871809	FCERI mediated Ca+2 mobilization	4	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR011249-PA
Reactome: R-HSA-1253288	Downregulation of ERBB4 signaling	2	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00190+3.6.1.1	Oxidative phosphorylation	3	gnl|laostr_OGSv1.2|LSTR000264-PA;gnl|laostr_OGSv1.2|LSTR013355-PA;gnl|laostr_OGSv1.2|LSTR014377-PA
MetaCyc: PWY-7102	Bisabolene biosynthesis (engineered)	6	gnl|laostr_OGSv1.2|LSTR009096-PA;gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA
Reactome: R-HSA-5362517	Signaling by Retinoic Acid	7	gnl|laostr_OGSv1.2|LSTR006644-PA;gnl|laostr_OGSv1.2|LSTR012024-PA;gnl|laostr_OGSv1.2|LSTR006524-PA;gnl|laostr_OGSv1.2|LSTR006559-PA;gnl|laostr_OGSv1.2|LSTR010048-PA;gnl|laostr_OGSv1.2|LSTR000314-PA;gnl|laostr_OGSv1.2|LSTR002534-PA
Reactome: R-HSA-5467340	AXIN missense mutants destabilize the destruction complex	3	gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR005398-PA
Reactome: R-HSA-5626978	TNFR1-mediated ceramide production	1	gnl|laostr_OGSv1.2|LSTR010458-PA
Reactome: R-HSA-72203	Processing of Capped Intron-Containing Pre-mRNA	15	gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR002098-PA;gnl|laostr_OGSv1.2|LSTR001576-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015145-PA
Reactome: R-HSA-199220	Vitamin B5 (pantothenate) metabolism	6	gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR015888-PA;gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR015134-PA;gnl|laostr_OGSv1.2|LSTR017159-PA
Reactome: R-HSA-3214847	HATs acetylate histones	49	gnl|laostr_OGSv1.2|LSTR007874-PA;gnl|laostr_OGSv1.2|LSTR015983-PA;gnl|laostr_OGSv1.2|LSTR012460-PA;gnl|laostr_OGSv1.2|LSTR011265-PA;gnl|laostr_OGSv1.2|LSTR008344-PA;gnl|laostr_OGSv1.2|LSTR012049-PA;gnl|laostr_OGSv1.2|LSTR002158-PA;gnl|laostr_OGSv1.2|LSTR012064-PA;gnl|laostr_OGSv1.2|LSTR002226-PA;gnl|laostr_OGSv1.2|LSTR000209-PA;gnl|laostr_OGSv1.2|LSTR007226-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR013417-PA;gnl|laostr_OGSv1.2|LSTR003050-PA;gnl|laostr_OGSv1.2|LSTR009246-PA;gnl|laostr_OGSv1.2|LSTR004591-PA;gnl|laostr_OGSv1.2|LSTR011266-PA;gnl|laostr_OGSv1.2|LSTR005685-PA;gnl|laostr_OGSv1.2|LSTR006742-PA;gnl|laostr_OGSv1.2|LSTR008217-PA;gnl|laostr_OGSv1.2|LSTR009654-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR001588-PA;gnl|laostr_OGSv1.2|LSTR004039-PA;gnl|laostr_OGSv1.2|LSTR005194-PA;gnl|laostr_OGSv1.2|LSTR002686-PA;gnl|laostr_OGSv1.2|LSTR017451-PA;gnl|laostr_OGSv1.2|LSTR008844-PA;gnl|laostr_OGSv1.2|LSTR002192-PA;gnl|laostr_OGSv1.2|LSTR002812-PA;gnl|laostr_OGSv1.2|LSTR005646-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR013846-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR012304-PA;gnl|laostr_OGSv1.2|LSTR008246-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR015644-PA;gnl|laostr_OGSv1.2|LSTR002068-PA;gnl|laostr_OGSv1.2|LSTR009353-PA;gnl|laostr_OGSv1.2|LSTR014417-PA;gnl|laostr_OGSv1.2|LSTR001701-PA;gnl|laostr_OGSv1.2|LSTR002679-PA;gnl|laostr_OGSv1.2|LSTR015326-PA;gnl|laostr_OGSv1.2|LSTR009946-PA;gnl|laostr_OGSv1.2|LSTR007861-PA;gnl|laostr_OGSv1.2|LSTR013940-PA;gnl|laostr_OGSv1.2|LSTR005110-PA
Reactome: R-HSA-209905	Catecholamine biosynthesis	1	gnl|laostr_OGSv1.2|LSTR013848-PA
Reactome: R-HSA-6782315	tRNA modification in the nucleus and cytosol	27	gnl|laostr_OGSv1.2|LSTR016255-PA;gnl|laostr_OGSv1.2|LSTR004756-PA;gnl|laostr_OGSv1.2|LSTR011992-PA;gnl|laostr_OGSv1.2|LSTR010738-PA;gnl|laostr_OGSv1.2|LSTR005897-PA;gnl|laostr_OGSv1.2|LSTR015228-PA;gnl|laostr_OGSv1.2|LSTR010555-PA;gnl|laostr_OGSv1.2|LSTR007735-PA;gnl|laostr_OGSv1.2|LSTR002359-PA;gnl|laostr_OGSv1.2|LSTR001093-PA;gnl|laostr_OGSv1.2|LSTR004061-PA;gnl|laostr_OGSv1.2|LSTR006949-PA;gnl|laostr_OGSv1.2|LSTR003163-PA;gnl|laostr_OGSv1.2|LSTR008891-PA;gnl|laostr_OGSv1.2|LSTR001320-PA;gnl|laostr_OGSv1.2|LSTR011048-PA;gnl|laostr_OGSv1.2|LSTR001052-PA;gnl|laostr_OGSv1.2|LSTR014463-PA;gnl|laostr_OGSv1.2|LSTR009150-PA;gnl|laostr_OGSv1.2|LSTR014512-PA;gnl|laostr_OGSv1.2|LSTR002733-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR009592-PA;gnl|laostr_OGSv1.2|LSTR002136-PA;gnl|laostr_OGSv1.2|LSTR004399-PA;gnl|laostr_OGSv1.2|LSTR002185-PA;gnl|laostr_OGSv1.2|LSTR014755-PA
KEGG: 00053+1.13.99.1	Ascorbate and aldarate metabolism	1	gnl|laostr_OGSv1.2|LSTR000013-PA
Reactome: R-HSA-3656532	TGFBR1 KD Mutants in Cancer	2	gnl|laostr_OGSv1.2|LSTR002529-PA;gnl|laostr_OGSv1.2|LSTR012377-PA
Reactome: R-HSA-977347	Serine biosynthesis	4	gnl|laostr_OGSv1.2|LSTR003518-PA;gnl|laostr_OGSv1.2|LSTR002623-PA;gnl|laostr_OGSv1.2|LSTR003623-PA;gnl|laostr_OGSv1.2|LSTR005946-PA
Reactome: R-HSA-77310	Beta oxidation of lauroyl-CoA to decanoyl-CoA-CoA	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-68867	Assembly of the pre-replicative complex	15	gnl|laostr_OGSv1.2|LSTR011118-PA;gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR000319-PA;gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR002423-PA;gnl|laostr_OGSv1.2|LSTR001158-PA;gnl|laostr_OGSv1.2|LSTR001345-PA;gnl|laostr_OGSv1.2|LSTR008124-PA;gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR004768-PA;gnl|laostr_OGSv1.2|LSTR011417-PA;gnl|laostr_OGSv1.2|LSTR010796-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR000022-PA;gnl|laostr_OGSv1.2|LSTR007453-PA
Reactome: R-HSA-168271	Transport of Ribonucleoproteins into the Host Nucleus	27	gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA
KEGG: 00270+4.2.1.109	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR007820-PA
MetaCyc: PWY-1269	CMP-3-deoxy-D-manno-octulosonate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005451-PA
Reactome: R-HSA-3928662	EPHB-mediated forward signaling	12	gnl|laostr_OGSv1.2|LSTR004360-PA;gnl|laostr_OGSv1.2|LSTR004146-PA;gnl|laostr_OGSv1.2|LSTR005309-PA;gnl|laostr_OGSv1.2|LSTR008137-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR002371-PA;gnl|laostr_OGSv1.2|LSTR011311-PA;gnl|laostr_OGSv1.2|LSTR006578-PA;gnl|laostr_OGSv1.2|LSTR016058-PA;gnl|laostr_OGSv1.2|LSTR008148-PA;gnl|laostr_OGSv1.2|LSTR010128-PA;gnl|laostr_OGSv1.2|LSTR004378-PA
KEGG: 00270+4.1.1.50	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR008311-PA
Reactome: R-HSA-5218921	VEGFR2 mediated cell proliferation	3	gnl|laostr_OGSv1.2|LSTR006578-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR012029-PA
Reactome: R-HSA-1839117	Signaling by cytosolic FGFR1 fusion mutants	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR012469-PA
KEGG: 00281+4.2.1.17+1.1.1.35	Geraniol degradation	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-3656253	Defective EXT1 causes exostoses 1, TRPS2 and CHDS	5	gnl|laostr_OGSv1.2|LSTR005462-PA;gnl|laostr_OGSv1.2|LSTR015100-PA;gnl|laostr_OGSv1.2|LSTR010511-PA;gnl|laostr_OGSv1.2|LSTR007093-PA;gnl|laostr_OGSv1.2|LSTR012915-PA
KEGG: 00480+6.3.2.3	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR001490-PA
MetaCyc: PWY-5136	Fatty acid beta-oxidation II (plant peroxisome)	8	gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-446199	Synthesis of Dolichyl-phosphate	6	gnl|laostr_OGSv1.2|LSTR002403-PA;gnl|laostr_OGSv1.2|LSTR010716-PA;gnl|laostr_OGSv1.2|LSTR009024-PA;gnl|laostr_OGSv1.2|LSTR002734-PA;gnl|laostr_OGSv1.2|LSTR009245-PA;gnl|laostr_OGSv1.2|LSTR012316-PA
MetaCyc: PWY-7445	Luteolin triglucuronide degradation	5	gnl|laostr_OGSv1.2|LSTR011542-PA;gnl|laostr_OGSv1.2|LSTR017610-PA;gnl|laostr_OGSv1.2|LSTR003214-PA;gnl|laostr_OGSv1.2|LSTR015126-PA;gnl|laostr_OGSv1.2|LSTR006976-PA
Reactome: R-HSA-211733	Regulation of activated PAK-2p34 by proteasome mediated degradation	42	gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA
KEGG: 00073+2.3.1.20	Cutin, suberine and wax biosynthesis	4	gnl|laostr_OGSv1.2|LSTR010017-PA;gnl|laostr_OGSv1.2|LSTR009733-PA;gnl|laostr_OGSv1.2|LSTR005819-PA;gnl|laostr_OGSv1.2|LSTR013808-PA
MetaCyc: PWY-6519	8-amino-7-oxononanoate biosynthesis I	3	gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
KEGG: 00520+2.7.1.59	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR010058-PA
Reactome: R-HSA-1474244	Extracellular matrix organization	2	gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR003999-PA
Reactome: R-HSA-8953750	Transcriptional Regulation by E2F6	14	gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR002996-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR006654-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR010703-PA;gnl|laostr_OGSv1.2|LSTR004526-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR009914-PA;gnl|laostr_OGSv1.2|LSTR002162-PA;gnl|laostr_OGSv1.2|LSTR008245-PA
MetaCyc: PWY-6502	8-oxo-(d)GTP detoxification I	1	gnl|laostr_OGSv1.2|LSTR008757-PA
Reactome: R-HSA-1221632	Meiotic synapsis	10	gnl|laostr_OGSv1.2|LSTR003577-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR008646-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR002968-PA;gnl|laostr_OGSv1.2|LSTR009563-PA;gnl|laostr_OGSv1.2|LSTR002593-PA;gnl|laostr_OGSv1.2|LSTR008600-PA
Reactome: R-HSA-6799198	Complex I biogenesis	38	gnl|laostr_OGSv1.2|LSTR014386-PA;gnl|laostr_OGSv1.2|LSTR004458-PA;gnl|laostr_OGSv1.2|LSTR004814-PA;gnl|laostr_OGSv1.2|LSTR017652-PA;gnl|laostr_OGSv1.2|LSTR010951-PA;gnl|laostr_OGSv1.2|LSTR001688-PA;gnl|laostr_OGSv1.2|LSTR009686-PA;gnl|laostr_OGSv1.2|LSTR008794-PA;gnl|laostr_OGSv1.2|LSTR001700-PA;gnl|laostr_OGSv1.2|LSTR006823-PA;gnl|laostr_OGSv1.2|LSTR010223-PA;gnl|laostr_OGSv1.2|LSTR004893-PA;gnl|laostr_OGSv1.2|LSTR010370-PA;gnl|laostr_OGSv1.2|LSTR012506-PA;gnl|laostr_OGSv1.2|LSTR006082-PA;gnl|laostr_OGSv1.2|LSTR002036-PA;gnl|laostr_OGSv1.2|LSTR000582-PA;gnl|laostr_OGSv1.2|LSTR003833-PA;gnl|laostr_OGSv1.2|LSTR014609-PA;gnl|laostr_OGSv1.2|LSTR007948-PA;gnl|laostr_OGSv1.2|LSTR007261-PA;gnl|laostr_OGSv1.2|LSTR000474-PA;gnl|laostr_OGSv1.2|LSTR011562-PA;gnl|laostr_OGSv1.2|LSTR005236-PA;gnl|laostr_OGSv1.2|LSTR000008-PA;gnl|laostr_OGSv1.2|LSTR007088-PA;gnl|laostr_OGSv1.2|LSTR014847-PA;gnl|laostr_OGSv1.2|LSTR001581-PA;gnl|laostr_OGSv1.2|LSTR012027-PA;gnl|laostr_OGSv1.2|LSTR000624-PA;gnl|laostr_OGSv1.2|LSTR013841-PA;gnl|laostr_OGSv1.2|LSTR003246-PA;gnl|laostr_OGSv1.2|LSTR005563-PA;gnl|laostr_OGSv1.2|LSTR008927-PA;gnl|laostr_OGSv1.2|LSTR013354-PA;gnl|laostr_OGSv1.2|LSTR000825-PA;gnl|laostr_OGSv1.2|LSTR001035-PA;gnl|laostr_OGSv1.2|LSTR010084-PA
KEGG: 00330+1.14.13.39	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR010666-PA
Reactome: R-HSA-916853	Degradation of GABA	2	gnl|laostr_OGSv1.2|LSTR005637-PA;gnl|laostr_OGSv1.2|LSTR014110-PA
Reactome: R-HSA-167826	The fatty acid cycling model	1	gnl|laostr_OGSv1.2|LSTR001212-PA
MetaCyc: PWY-6708	Ubiquinol-8 biosynthesis (prokaryotic)	5	gnl|laostr_OGSv1.2|LSTR000513-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR012166-PA
Reactome: R-HSA-5654695	PI-3K cascade:FGFR2	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-5635838	Activation of SMO	4	gnl|laostr_OGSv1.2|LSTR004534-PA;gnl|laostr_OGSv1.2|LSTR003818-PA;gnl|laostr_OGSv1.2|LSTR009358-PA;gnl|laostr_OGSv1.2|LSTR001992-PA
MetaCyc: PWY-7936	Psilocybin biosynthesis	16	gnl|laostr_OGSv1.2|LSTR002458-PA;gnl|laostr_OGSv1.2|LSTR006784-PA;gnl|laostr_OGSv1.2|LSTR015325-PA;gnl|laostr_OGSv1.2|LSTR011884-PA;gnl|laostr_OGSv1.2|LSTR005277-PA;gnl|laostr_OGSv1.2|LSTR006781-PA;gnl|laostr_OGSv1.2|LSTR016644-PA;gnl|laostr_OGSv1.2|LSTR006780-PA;gnl|laostr_OGSv1.2|LSTR002456-PA;gnl|laostr_OGSv1.2|LSTR017611-PA;gnl|laostr_OGSv1.2|LSTR015533-PA;gnl|laostr_OGSv1.2|LSTR006783-PA;gnl|laostr_OGSv1.2|LSTR004109-PA;gnl|laostr_OGSv1.2|LSTR016926-PA;gnl|laostr_OGSv1.2|LSTR014452-PA;gnl|laostr_OGSv1.2|LSTR002457-PA
Reactome: R-HSA-442660	Na+/Cl- dependent neurotransmitter transporters	1	gnl|laostr_OGSv1.2|LSTR011861-PA
Reactome: R-HSA-6811436	COPI-independent Golgi-to-ER retrograde traffic	39	gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR015886-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR002754-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR004568-PA;gnl|laostr_OGSv1.2|LSTR000006-PA;gnl|laostr_OGSv1.2|LSTR017553-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR007052-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR008107-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR000679-PA;gnl|laostr_OGSv1.2|LSTR001466-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR006214-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR005787-PA
Reactome: R-HSA-5624138	Trafficking of myristoylated proteins to the cilium	1	gnl|laostr_OGSv1.2|LSTR002066-PA
Reactome: R-HSA-8875555	MET activates RAP1 and RAC1	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR011607-PA
Reactome: R-HSA-174430	Telomere C-strand synthesis initiation	6	gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR001286-PA
MetaCyc: PWY-3881	Mannitol biosynthesis	1	gnl|laostr_OGSv1.2|LSTR014530-PA
Reactome: R-HSA-1483115	Hydrolysis of LPC	1	gnl|laostr_OGSv1.2|LSTR004859-PA
KEGG: 00190+7.1.1.8	Oxidative phosphorylation	1	gnl|laostr_OGSv1.2|LSTR003514-PA
Reactome: R-HSA-3295583	TRP channels	11	gnl|laostr_OGSv1.2|LSTR009767-PA;gnl|laostr_OGSv1.2|LSTR014089-PA;gnl|laostr_OGSv1.2|LSTR012995-PA;gnl|laostr_OGSv1.2|LSTR011366-PA;gnl|laostr_OGSv1.2|LSTR003038-PA;gnl|laostr_OGSv1.2|LSTR004041-PA;gnl|laostr_OGSv1.2|LSTR015826-PA;gnl|laostr_OGSv1.2|LSTR013775-PA;gnl|laostr_OGSv1.2|LSTR003036-PA;gnl|laostr_OGSv1.2|LSTR006038-PA;gnl|laostr_OGSv1.2|LSTR003037-PA
KEGG: 00562+1.13.99.1	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR000013-PA
Reactome: R-HSA-210455	Astrocytic Glutamate-Glutamine Uptake And Metabolism	2	gnl|laostr_OGSv1.2|LSTR015841-PA;gnl|laostr_OGSv1.2|LSTR014286-PA
Reactome: R-HSA-168928	DDX58/IFIH1-mediated induction of interferon-alpha/beta	7	gnl|laostr_OGSv1.2|LSTR010477-PA;gnl|laostr_OGSv1.2|LSTR010474-PA;gnl|laostr_OGSv1.2|LSTR016351-PA;gnl|laostr_OGSv1.2|LSTR005838-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010473-PA
KEGG: 00230+3.6.1.15	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR003206-PA
MetaCyc: PWY-6964	Ammonia assimilation cycle II	2	gnl|laostr_OGSv1.2|LSTR015841-PA;gnl|laostr_OGSv1.2|LSTR014286-PA
Reactome: R-HSA-8957275	Post-translational protein phosphorylation	10	gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR011820-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR013674-PA;gnl|laostr_OGSv1.2|LSTR006178-PA;gnl|laostr_OGSv1.2|LSTR000076-PA;gnl|laostr_OGSv1.2|LSTR014091-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR008324-PA
MetaCyc: PWY-7790	UMP biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR003617-PA;gnl|laostr_OGSv1.2|LSTR007352-PA
Reactome: R-HSA-379726	Mitochondrial tRNA aminoacylation	14	gnl|laostr_OGSv1.2|LSTR004030-PA;gnl|laostr_OGSv1.2|LSTR014149-PA;gnl|laostr_OGSv1.2|LSTR017037-PA;gnl|laostr_OGSv1.2|LSTR006817-PA;gnl|laostr_OGSv1.2|LSTR006002-PA;gnl|laostr_OGSv1.2|LSTR017697-PA;gnl|laostr_OGSv1.2|LSTR003298-PA;gnl|laostr_OGSv1.2|LSTR004443-PA;gnl|laostr_OGSv1.2|LSTR002844-PA;gnl|laostr_OGSv1.2|LSTR008268-PA;gnl|laostr_OGSv1.2|LSTR008269-PA;gnl|laostr_OGSv1.2|LSTR009421-PA;gnl|laostr_OGSv1.2|LSTR002753-PA;gnl|laostr_OGSv1.2|LSTR001524-PA
Reactome: R-HSA-1810476	RIP-mediated NFkB activation via ZBP1	3	gnl|laostr_OGSv1.2|LSTR005873-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR013127-PA
Reactome: R-HSA-5628897	TP53 Regulates Metabolic Genes	56	gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR005256-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR006200-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR004398-PA;gnl|laostr_OGSv1.2|LSTR017175-PA;gnl|laostr_OGSv1.2|LSTR010941-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR002401-PA;gnl|laostr_OGSv1.2|LSTR015755-PA;gnl|laostr_OGSv1.2|LSTR001178-PA;gnl|laostr_OGSv1.2|LSTR003263-PA;gnl|laostr_OGSv1.2|LSTR000912-PA;gnl|laostr_OGSv1.2|LSTR015066-PA;gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR006183-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR014000-PA;gnl|laostr_OGSv1.2|LSTR012400-PA;gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR013800-PA;gnl|laostr_OGSv1.2|LSTR006597-PA;gnl|laostr_OGSv1.2|LSTR015261-PA;gnl|laostr_OGSv1.2|LSTR016398-PA;gnl|laostr_OGSv1.2|LSTR001282-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR009426-PA;gnl|laostr_OGSv1.2|LSTR014720-PA;gnl|laostr_OGSv1.2|LSTR004546-PA;gnl|laostr_OGSv1.2|LSTR008833-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR014285-PA;gnl|laostr_OGSv1.2|LSTR010369-PA;gnl|laostr_OGSv1.2|LSTR002175-PA;gnl|laostr_OGSv1.2|LSTR011210-PA;gnl|laostr_OGSv1.2|LSTR004145-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR009346-PA;gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR003582-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR011511-PA;gnl|laostr_OGSv1.2|LSTR017249-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR012072-PA;gnl|laostr_OGSv1.2|LSTR008851-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR014290-PA
Reactome: R-HSA-1362300	Transcription of E2F targets under negative control by p107 (RBL1) and p130 (RBL2) in complex with HDAC1	6	gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR009818-PA;gnl|laostr_OGSv1.2|LSTR004289-PA;gnl|laostr_OGSv1.2|LSTR000650-PA;gnl|laostr_OGSv1.2|LSTR007165-PA
Reactome: R-HSA-5663213	RHO GTPases Activate WASPs and WAVEs	24	gnl|laostr_OGSv1.2|LSTR004146-PA;gnl|laostr_OGSv1.2|LSTR008137-PA;gnl|laostr_OGSv1.2|LSTR005309-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR011311-PA;gnl|laostr_OGSv1.2|LSTR017496-PA;gnl|laostr_OGSv1.2|LSTR012951-PA;gnl|laostr_OGSv1.2|LSTR010128-PA;gnl|laostr_OGSv1.2|LSTR003785-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR008038-PA;gnl|laostr_OGSv1.2|LSTR004360-PA;gnl|laostr_OGSv1.2|LSTR010973-PA;gnl|laostr_OGSv1.2|LSTR011569-PA;gnl|laostr_OGSv1.2|LSTR012734-PA;gnl|laostr_OGSv1.2|LSTR002562-PA;gnl|laostr_OGSv1.2|LSTR008148-PA;gnl|laostr_OGSv1.2|LSTR000567-PA;gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR016058-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR001838-PA
MetaCyc: PWY-7799	Arg/N-end rule pathway (eukaryotic)	8	gnl|laostr_OGSv1.2|LSTR014157-PA;gnl|laostr_OGSv1.2|LSTR005424-PA;gnl|laostr_OGSv1.2|LSTR000140-PA;gnl|laostr_OGSv1.2|LSTR005992-PA;gnl|laostr_OGSv1.2|LSTR015319-PA;gnl|laostr_OGSv1.2|LSTR003784-PA;gnl|laostr_OGSv1.2|LSTR003956-PA;gnl|laostr_OGSv1.2|LSTR007082-PA
Reactome: R-HSA-193692	Regulated proteolysis of p75NTR	5	gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR013239-PA
KEGG: 00562+2.7.1.134+2.7.1.159	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR005767-PA
MetaCyc: PWY-7836	Ganglio-series glycosphingolipids biosynthesis	3	gnl|laostr_OGSv1.2|LSTR015610-PA;gnl|laostr_OGSv1.2|LSTR003523-PA;gnl|laostr_OGSv1.2|LSTR011573-PA
Reactome: R-HSA-2660826	Constitutive Signaling by NOTCH1 t(7;9)(NOTCH1:M1580_K2555) Translocation Mutant	5	gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR009704-PA;gnl|laostr_OGSv1.2|LSTR006310-PA;gnl|laostr_OGSv1.2|LSTR003433-PA;gnl|laostr_OGSv1.2|LSTR008054-PA
Reactome: R-HSA-9610379	HCMV Late Events	40	gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR014434-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR011361-PA;gnl|laostr_OGSv1.2|LSTR008094-PA;gnl|laostr_OGSv1.2|LSTR005217-PA;gnl|laostr_OGSv1.2|LSTR007701-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR008500-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR004802-PA;gnl|laostr_OGSv1.2|LSTR011704-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR007293-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR001086-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR010498-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR017164-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR016963-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA
Reactome: R-HSA-8849469	PTK6 Regulates RTKs and Their Effectors AKT1 and DOK1	2	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
KEGG: 00230+2.7.1.40	Purine metabolism	9	gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR005396-PA
Reactome: R-HSA-429947	Deadenylation of mRNA	17	gnl|laostr_OGSv1.2|LSTR016427-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR010391-PA;gnl|laostr_OGSv1.2|LSTR008843-PA;gnl|laostr_OGSv1.2|LSTR008198-PA;gnl|laostr_OGSv1.2|LSTR011770-PA;gnl|laostr_OGSv1.2|LSTR007263-PA;gnl|laostr_OGSv1.2|LSTR005163-PA;gnl|laostr_OGSv1.2|LSTR016947-PA;gnl|laostr_OGSv1.2|LSTR001884-PA;gnl|laostr_OGSv1.2|LSTR003345-PA;gnl|laostr_OGSv1.2|LSTR012031-PA;gnl|laostr_OGSv1.2|LSTR015453-PA;gnl|laostr_OGSv1.2|LSTR007795-PA;gnl|laostr_OGSv1.2|LSTR007271-PA;gnl|laostr_OGSv1.2|LSTR015347-PA;gnl|laostr_OGSv1.2|LSTR016841-PA
Reactome: R-HSA-4420332	Defective B3GALT6 causes EDSP2 and SEMDJL1	2	gnl|laostr_OGSv1.2|LSTR010511-PA;gnl|laostr_OGSv1.2|LSTR007093-PA
MetaCyc: PWY-5738	GDP-6-deoxy-D-talose biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002086-PA
KEGG: 00230+1.1.1.205	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR009802-PA
KEGG: 00010+5.1.3.15	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR000831-PA
KEGG: 04150+2.7.1.153	mTOR signaling pathway	1	gnl|laostr_OGSv1.2|LSTR007995-PA
KEGG: 00230+2.7.4.3	Purine metabolism	9	gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR000281-PA;gnl|laostr_OGSv1.2|LSTR004519-PA;gnl|laostr_OGSv1.2|LSTR012557-PA;gnl|laostr_OGSv1.2|LSTR009849-PA;gnl|laostr_OGSv1.2|LSTR013702-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR006827-PA;gnl|laostr_OGSv1.2|LSTR000032-PA
Reactome: R-HSA-9027284	Erythropoietin activates RAS	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00240+2.7.4.25	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR016095-PA
Reactome: R-HSA-8964038	LDL clearance	10	gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR012804-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR010321-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR004395-PA;gnl|laostr_OGSv1.2|LSTR015292-PA
KEGG: 00051+3.1.3.11	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR002268-PA
Reactome: R-HSA-5610780	Degradation of GLI1 by the proteasome	45	gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR016583-PA;gnl|laostr_OGSv1.2|LSTR004404-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR011892-PA
Reactome: R-HSA-3928663	EPHA-mediated growth cone collapse	1	gnl|laostr_OGSv1.2|LSTR006148-PA
KEGG: 00627+3.6.1.7	Aminobenzoate degradation	2	gnl|laostr_OGSv1.2|LSTR006177-PA;gnl|laostr_OGSv1.2|LSTR002039-PA
Reactome: R-HSA-1482883	Acyl chain remodeling of DAG and TAG	1	gnl|laostr_OGSv1.2|LSTR010017-PA
MetaCyc: PWY-5874	Heme degradation I	1	gnl|laostr_OGSv1.2|LSTR009744-PA
Reactome: R-HSA-389957	Prefoldin mediated transfer of substrate to CCT/TriC	18	gnl|laostr_OGSv1.2|LSTR002337-PA;gnl|laostr_OGSv1.2|LSTR001983-PA;gnl|laostr_OGSv1.2|LSTR009029-PA;gnl|laostr_OGSv1.2|LSTR004526-PA;gnl|laostr_OGSv1.2|LSTR007713-PA;gnl|laostr_OGSv1.2|LSTR012837-PA;gnl|laostr_OGSv1.2|LSTR002339-PA;gnl|laostr_OGSv1.2|LSTR017351-PA;gnl|laostr_OGSv1.2|LSTR002338-PA;gnl|laostr_OGSv1.2|LSTR012721-PA;gnl|laostr_OGSv1.2|LSTR015380-PA;gnl|laostr_OGSv1.2|LSTR001781-PA;gnl|laostr_OGSv1.2|LSTR003981-PA;gnl|laostr_OGSv1.2|LSTR007513-PA;gnl|laostr_OGSv1.2|LSTR004067-PA;gnl|laostr_OGSv1.2|LSTR005840-PA;gnl|laostr_OGSv1.2|LSTR003483-PA;gnl|laostr_OGSv1.2|LSTR000262-PA
Reactome: R-HSA-8874211	CREB3 factors activate genes	3	gnl|laostr_OGSv1.2|LSTR002438-PA;gnl|laostr_OGSv1.2|LSTR014091-PA;gnl|laostr_OGSv1.2|LSTR003604-PA
Reactome: R-HSA-5693548	Sensing of DNA Double Strand Breaks	5	gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR004280-PA
MetaCyc: PWY-6587	Pyruvate fermentation to ethanol III	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
MetaCyc: PWY-5912	2'-deoxymugineic acid phytosiderophore biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003791-PA
Reactome: R-HSA-264642	Acetylcholine Neurotransmitter Release Cycle	3	gnl|laostr_OGSv1.2|LSTR006801-PA;gnl|laostr_OGSv1.2|LSTR016317-PA;gnl|laostr_OGSv1.2|LSTR006803-PA
Reactome: R-HSA-933541	TRAF6 mediated IRF7 activation	5	gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR017591-PA;gnl|laostr_OGSv1.2|LSTR000632-PA;gnl|laostr_OGSv1.2|LSTR015667-PA;gnl|laostr_OGSv1.2|LSTR000631-PA
Reactome: R-HSA-2160456	Phenylketonuria	1	gnl|laostr_OGSv1.2|LSTR011667-PA
KEGG: 00340+3.5.2.7	Histidine metabolism	2	gnl|laostr_OGSv1.2|LSTR011922-PA;gnl|laostr_OGSv1.2|LSTR013660-PA
Reactome: R-HSA-1482788	Acyl chain remodelling of PC	8	gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR002643-PA
KEGG: 00785+6.3.1.20	Lipoic acid metabolism	1	gnl|laostr_OGSv1.2|LSTR001672-PA
MetaCyc: PWY-6142	Gluconeogenesis II (Methanobacterium thermoautotrophicum)	19	gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR005936-PA;gnl|laostr_OGSv1.2|LSTR006488-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR011278-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR008240-PA;gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR009638-PA;gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR004841-PA
KEGG: 00620+3.6.1.7	Pyruvate metabolism	2	gnl|laostr_OGSv1.2|LSTR002039-PA;gnl|laostr_OGSv1.2|LSTR006177-PA
Reactome: R-HSA-198753	ERK/MAPK targets	2	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
KEGG: 00983+2.4.2.3	Drug metabolism - other enzymes	1	gnl|laostr_OGSv1.2|LSTR009878-PA
KEGG: 00330+1.5.5.2	Arginine and proline metabolism	2	gnl|laostr_OGSv1.2|LSTR012975-PA;gnl|laostr_OGSv1.2|LSTR003498-PA
MetaCyc: PWY-7920	Complex N-linked glycan biosynthesis (plants)	1	gnl|laostr_OGSv1.2|LSTR009127-PA
KEGG: 00790+2.8.1.9	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR007851-PA
KEGG: 00330+1.14.11.2	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR009176-PA
Reactome: R-HSA-5649702	APEX1-Independent Resolution of AP Sites via the Single Nucleotide Replacement Pathway	3	gnl|laostr_OGSv1.2|LSTR002369-PA;gnl|laostr_OGSv1.2|LSTR009667-PA;gnl|laostr_OGSv1.2|LSTR008793-PA
KEGG: 00511+3.2.1.23	Other glycan degradation	5	gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR012507-PA;gnl|laostr_OGSv1.2|LSTR010758-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR005138-PA
KEGG: 00513+2.4.1.257+2.4.1.132	Various types of N-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR012503-PA
KEGG: 00010+1.8.1.4	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR006524-PA
Reactome: R-HSA-5656169	Termination of translesion DNA synthesis	22	gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR014193-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR017282-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001963-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR010241-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR004497-PA
Reactome: R-HSA-9665251	Resistance of ERBB2 KD mutants to lapatinib	1	gnl|laostr_OGSv1.2|LSTR005656-PA
KEGG: 00010+1.2.1.12	Glycolysis / Gluconeogenesis	3	gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR015218-PA
Reactome: R-HSA-427413	NoRC negatively regulates rRNA expression	32	gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR012592-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR013917-PA;gnl|laostr_OGSv1.2|LSTR011564-PA;gnl|laostr_OGSv1.2|LSTR010994-PA;gnl|laostr_OGSv1.2|LSTR009232-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR009502-PA;gnl|laostr_OGSv1.2|LSTR012987-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR010572-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR001586-PA;gnl|laostr_OGSv1.2|LSTR014629-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR004903-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR010125-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR013417-PA
Reactome: R-HSA-432040	Vasopressin regulates renal water homeostasis via Aquaporins	14	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR007487-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA
KEGG: 00590+3.1.1.4	Arachidonic acid metabolism	11	gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR004996-PA
Reactome: R-HSA-3371568	Attenuation phase	2	gnl|laostr_OGSv1.2|LSTR003457-PA;gnl|laostr_OGSv1.2|LSTR007804-PA
Reactome: R-HSA-111457	Release of apoptotic factors from the mitochondria	5	gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR006036-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR001265-PA
Reactome: R-HSA-8866654	E3 ubiquitin ligases ubiquitinate target proteins	27	gnl|laostr_OGSv1.2|LSTR010236-PA;gnl|laostr_OGSv1.2|LSTR002862-PA;gnl|laostr_OGSv1.2|LSTR012722-PA;gnl|laostr_OGSv1.2|LSTR005520-PA;gnl|laostr_OGSv1.2|LSTR008565-PA;gnl|laostr_OGSv1.2|LSTR004479-PA;gnl|laostr_OGSv1.2|LSTR004448-PA;gnl|laostr_OGSv1.2|LSTR005012-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002364-PA;gnl|laostr_OGSv1.2|LSTR012885-PA;gnl|laostr_OGSv1.2|LSTR007720-PA;gnl|laostr_OGSv1.2|LSTR002314-PA;gnl|laostr_OGSv1.2|LSTR017623-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR000496-PA;gnl|laostr_OGSv1.2|LSTR001361-PA;gnl|laostr_OGSv1.2|LSTR014785-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR007721-PA;gnl|laostr_OGSv1.2|LSTR017219-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000606-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR010784-PA;gnl|laostr_OGSv1.2|LSTR000473-PA
Reactome: R-HSA-4549349	Defective ALG2 causes ALG2-CDG (CDG-1i)	2	gnl|laostr_OGSv1.2|LSTR012503-PA;gnl|laostr_OGSv1.2|LSTR013289-PA
Reactome: R-HSA-373752	Netrin-1 signaling	2	gnl|laostr_OGSv1.2|LSTR010568-PA;gnl|laostr_OGSv1.2|LSTR013382-PA
KEGG: 00230+2.7.1.25	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR005145-PA
MetaCyc: PWY-7343	UDP-alpha-D-glucose biosynthesis I	1	gnl|laostr_OGSv1.2|LSTR005429-PA
MetaCyc: PWY-7285	Methylwyosine biosynthesis	3	gnl|laostr_OGSv1.2|LSTR009973-PA;gnl|laostr_OGSv1.2|LSTR001045-PA;gnl|laostr_OGSv1.2|LSTR011743-PA
Reactome: R-HSA-418592	ADP signalling through P2Y purinoceptor 1	6	gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR006285-PA
MetaCyc: PWY-7409	Phospholipid remodeling (phosphatidylethanolamine, yeast)	11	gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004995-PA
Reactome: R-HSA-2151209	Activation of PPARGC1A (PGC-1alpha) by phosphorylation	2	gnl|laostr_OGSv1.2|LSTR000912-PA;gnl|laostr_OGSv1.2|LSTR002840-PA
Reactome: R-HSA-9652282	Drug-mediated inhibition of ERBB2 signaling	1	gnl|laostr_OGSv1.2|LSTR005656-PA
KEGG: 00514+2.4.1.221	Other types of O-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002722-PA
Reactome: R-HSA-176034	Interactions of Tat with host cellular proteins	1	gnl|laostr_OGSv1.2|LSTR003173-PA
Reactome: R-HSA-427975	Proton/oligopeptide cotransporters	7	gnl|laostr_OGSv1.2|LSTR009259-PA;gnl|laostr_OGSv1.2|LSTR004486-PA;gnl|laostr_OGSv1.2|LSTR014419-PA;gnl|laostr_OGSv1.2|LSTR014420-PA;gnl|laostr_OGSv1.2|LSTR016537-PA;gnl|laostr_OGSv1.2|LSTR002052-PA;gnl|laostr_OGSv1.2|LSTR004487-PA
Reactome: R-HSA-948021	Transport to the Golgi and subsequent modification	1	gnl|laostr_OGSv1.2|LSTR010093-PA
MetaCyc: PWY-7546	Diphthamide biosynthesis II (eukaryotes)	4	gnl|laostr_OGSv1.2|LSTR017404-PA;gnl|laostr_OGSv1.2|LSTR006161-PA;gnl|laostr_OGSv1.2|LSTR005178-PA;gnl|laostr_OGSv1.2|LSTR012817-PA
KEGG: 00710+5.3.1.6	Carbon fixation in photosynthetic organisms	1	gnl|laostr_OGSv1.2|LSTR004429-PA
Reactome: R-HSA-4641265	Repression of WNT target genes	4	gnl|laostr_OGSv1.2|LSTR008470-PA;gnl|laostr_OGSv1.2|LSTR012402-PA;gnl|laostr_OGSv1.2|LSTR013968-PA;gnl|laostr_OGSv1.2|LSTR013300-PA
Reactome: R-HSA-2467813	Separation of Sister Chromatids	128	gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR012194-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR007789-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR001366-PA;gnl|laostr_OGSv1.2|LSTR002597-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR002619-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR001705-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR006429-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009918-PA;gnl|laostr_OGSv1.2|LSTR001724-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR003086-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR007423-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001021-PA;gnl|laostr_OGSv1.2|LSTR001438-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR012032-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000590-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR006680-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR007551-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR000122-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR002968-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR008718-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR007036-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR004190-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR001534-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR005990-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR002593-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR004704-PA;gnl|laostr_OGSv1.2|LSTR014131-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR010578-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012193-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR017509-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR003303-PA;gnl|laostr_OGSv1.2|LSTR004938-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR003307-PA;gnl|laostr_OGSv1.2|LSTR014487-PA
Reactome: R-HSA-3642279	TGFBR2 MSI Frameshift Mutants in Cancer	1	gnl|laostr_OGSv1.2|LSTR002529-PA
KEGG: 00480+3.4.11.2	Glutathione metabolism	8	gnl|laostr_OGSv1.2|LSTR008728-PA;gnl|laostr_OGSv1.2|LSTR010379-PA;gnl|laostr_OGSv1.2|LSTR002940-PA;gnl|laostr_OGSv1.2|LSTR008740-PA;gnl|laostr_OGSv1.2|LSTR008640-PA;gnl|laostr_OGSv1.2|LSTR003287-PA;gnl|laostr_OGSv1.2|LSTR014683-PA;gnl|laostr_OGSv1.2|LSTR008741-PA
MetaCyc: PWY-7394	Urate conversion to allantoin II	2	gnl|laostr_OGSv1.2|LSTR002567-PA;gnl|laostr_OGSv1.2|LSTR002151-PA
Reactome: R-HSA-2243919	Crosslinking of collagen fibrils	4	gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR000764-PA;gnl|laostr_OGSv1.2|LSTR005505-PA
Reactome: R-HSA-3645790	TGFBR2 Kinase Domain Mutants in Cancer	1	gnl|laostr_OGSv1.2|LSTR002529-PA
Reactome: R-HSA-8854050	FBXL7 down-regulates AURKA during mitotic entry and in early mitosis	42	gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA
Reactome: R-HSA-198933	Immunoregulatory interactions between a Lymphoid and a non-Lymphoid cell	1	gnl|laostr_OGSv1.2|LSTR001848-PA
Reactome: R-HSA-5602636	IKBKB deficiency causes SCID	1	gnl|laostr_OGSv1.2|LSTR003438-PA
KEGG: 00983+2.4.2.4	Drug metabolism - other enzymes	1	gnl|laostr_OGSv1.2|LSTR013809-PA
Reactome: R-HSA-181430	Norepinephrine Neurotransmitter Release Cycle	3	gnl|laostr_OGSv1.2|LSTR006801-PA;gnl|laostr_OGSv1.2|LSTR016317-PA;gnl|laostr_OGSv1.2|LSTR006803-PA
Reactome: R-HSA-8876493	InlA-mediated entry of Listeria monocytogenes into host cells	2	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-165181	Inhibition of TSC complex formation by PKB	2	gnl|laostr_OGSv1.2|LSTR010941-PA;gnl|laostr_OGSv1.2|LSTR009346-PA
Reactome: R-HSA-113507	E2F-enabled inhibition of pre-replication complex formation	5	gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR004768-PA;gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR002423-PA
Reactome: R-HSA-2032785	YAP1- and WWTR1 (TAZ)-stimulated gene expression	1	gnl|laostr_OGSv1.2|LSTR014070-PA
Reactome: R-HSA-933542	TRAF6 mediated NF-kB activation	2	gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR013127-PA
KEGG: 00230+1.17.1.4	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR010931-PA
Reactome: R-HSA-8939236	RUNX1 regulates transcription of genes involved in differentiation of HSCs	48	gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA
Reactome: R-HSA-392517	Rap1 signalling	2	gnl|laostr_OGSv1.2|LSTR013853-PA;gnl|laostr_OGSv1.2|LSTR012822-PA
KEGG: 00450+2.7.9.3	Selenocompound metabolism	2	gnl|laostr_OGSv1.2|LSTR015327-PA;gnl|laostr_OGSv1.2|LSTR005562-PA
KEGG: 00190+1.3.5.1	Oxidative phosphorylation	2	gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR001594-PA
MetaCyc: PWY-5147	Oleate biosynthesis I (plants)	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA
Reactome: R-HSA-1236978	Cross-presentation of soluble exogenous antigens (endosomes)	39	gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA
MetaCyc: PWY-6823	Molybdenum cofactor biosynthesis	3	gnl|laostr_OGSv1.2|LSTR002436-PA;gnl|laostr_OGSv1.2|LSTR007862-PA;gnl|laostr_OGSv1.2|LSTR009131-PA
KEGG: 00860+2.5.1.61	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR011700-PA
MetaCyc: PWY-5386	Methylglyoxal degradation I	2	gnl|laostr_OGSv1.2|LSTR011696-PA;gnl|laostr_OGSv1.2|LSTR003252-PA
MetaCyc: PWY-6277	Superpathway of 5-aminoimidazole ribonucleotide biosynthesis	6	gnl|laostr_OGSv1.2|LSTR013954-PA;gnl|laostr_OGSv1.2|LSTR014869-PA;gnl|laostr_OGSv1.2|LSTR015763-PA;gnl|laostr_OGSv1.2|LSTR011376-PA;gnl|laostr_OGSv1.2|LSTR011067-PA;gnl|laostr_OGSv1.2|LSTR006657-PA
Reactome: R-HSA-8948216	Collagen chain trimerization	6	gnl|laostr_OGSv1.2|LSTR002287-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR011565-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR001042-PA;gnl|laostr_OGSv1.2|LSTR010374-PA
Reactome: R-HSA-1445148	Translocation of SLC2A4 (GLUT4) to the plasma membrane	42	gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR004337-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR002247-PA;gnl|laostr_OGSv1.2|LSTR016941-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR017540-PA;gnl|laostr_OGSv1.2|LSTR004751-PA;gnl|laostr_OGSv1.2|LSTR001260-PA;gnl|laostr_OGSv1.2|LSTR010129-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR013204-PA;gnl|laostr_OGSv1.2|LSTR014726-PA;gnl|laostr_OGSv1.2|LSTR007573-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR000912-PA;gnl|laostr_OGSv1.2|LSTR010218-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR016940-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR010908-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR004071-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR004546-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR003582-PA;gnl|laostr_OGSv1.2|LSTR004145-PA;gnl|laostr_OGSv1.2|LSTR017249-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR017469-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR005475-PA
MetaCyc: PWY-7277	Sphingolipid biosynthesis (mammals)	1	gnl|laostr_OGSv1.2|LSTR010199-PA
KEGG: 00562+3.1.3.66	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR002067-PA
KEGG: 00520+2.4.1.16	Amino sugar and nucleotide sugar metabolism	2	gnl|laostr_OGSv1.2|LSTR008805-PA;gnl|laostr_OGSv1.2|LSTR008804-PA
MetaCyc: PWY-8052	2-arachidonoylglycerol biosynthesis	5	gnl|laostr_OGSv1.2|LSTR009967-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR011249-PA
MetaCyc: PWY-922	Mevalonate pathway I	6	gnl|laostr_OGSv1.2|LSTR008121-PA;gnl|laostr_OGSv1.2|LSTR012316-PA;gnl|laostr_OGSv1.2|LSTR009812-PA;gnl|laostr_OGSv1.2|LSTR003737-PA;gnl|laostr_OGSv1.2|LSTR011749-PA;gnl|laostr_OGSv1.2|LSTR009096-PA
Reactome: R-HSA-167827	The proton buffering model	1	gnl|laostr_OGSv1.2|LSTR001212-PA
Reactome: R-HSA-420499	Class C/3 (Metabotropic glutamate/pheromone receptors)	11	gnl|laostr_OGSv1.2|LSTR015735-PA;gnl|laostr_OGSv1.2|LSTR007458-PA;gnl|laostr_OGSv1.2|LSTR014403-PA;gnl|laostr_OGSv1.2|LSTR012298-PA;gnl|laostr_OGSv1.2|LSTR015532-PA;gnl|laostr_OGSv1.2|LSTR012300-PA;gnl|laostr_OGSv1.2|LSTR004882-PA;gnl|laostr_OGSv1.2|LSTR013344-PA;gnl|laostr_OGSv1.2|LSTR006780-PA;gnl|laostr_OGSv1.2|LSTR007459-PA;gnl|laostr_OGSv1.2|LSTR012299-PA
Reactome: R-HSA-5654719	SHC-mediated cascade:FGFR4	1	gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-3385	Choline biosynthesis I	2	gnl|laostr_OGSv1.2|LSTR006031-PA;gnl|laostr_OGSv1.2|LSTR000429-PA
Reactome: R-HSA-114508	Effects of PIP2 hydrolysis	7	gnl|laostr_OGSv1.2|LSTR006253-PA;gnl|laostr_OGSv1.2|LSTR001258-PA;gnl|laostr_OGSv1.2|LSTR003294-PA;gnl|laostr_OGSv1.2|LSTR006252-PA;gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR007968-PA;gnl|laostr_OGSv1.2|LSTR008380-PA
Reactome: R-HSA-69166	Removal of the Flap Intermediate	13	gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR001286-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR005850-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR004401-PA
Reactome: R-HSA-189451	Heme biosynthesis	13	gnl|laostr_OGSv1.2|LSTR008091-PA;gnl|laostr_OGSv1.2|LSTR003683-PA;gnl|laostr_OGSv1.2|LSTR004122-PA;gnl|laostr_OGSv1.2|LSTR011700-PA;gnl|laostr_OGSv1.2|LSTR002328-PA;gnl|laostr_OGSv1.2|LSTR001923-PA;gnl|laostr_OGSv1.2|LSTR011752-PA;gnl|laostr_OGSv1.2|LSTR006455-PA;gnl|laostr_OGSv1.2|LSTR002598-PA;gnl|laostr_OGSv1.2|LSTR016493-PA;gnl|laostr_OGSv1.2|LSTR016552-PA;gnl|laostr_OGSv1.2|LSTR007372-PA;gnl|laostr_OGSv1.2|LSTR016144-PA
MetaCyc: PWY-6920	6-gingerol analog biosynthesis (engineered)	4	gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
Reactome: R-HSA-8949664	Processing of SMDT1	14	gnl|laostr_OGSv1.2|LSTR016055-PA;gnl|laostr_OGSv1.2|LSTR000350-PA;gnl|laostr_OGSv1.2|LSTR005093-PA;gnl|laostr_OGSv1.2|LSTR001750-PA;gnl|laostr_OGSv1.2|LSTR011386-PA;gnl|laostr_OGSv1.2|LSTR014331-PA;gnl|laostr_OGSv1.2|LSTR017160-PA;gnl|laostr_OGSv1.2|LSTR003859-PA;gnl|laostr_OGSv1.2|LSTR001022-PA;gnl|laostr_OGSv1.2|LSTR014472-PA;gnl|laostr_OGSv1.2|LSTR010019-PA;gnl|laostr_OGSv1.2|LSTR002324-PA;gnl|laostr_OGSv1.2|LSTR015907-PA;gnl|laostr_OGSv1.2|LSTR010399-PA
Reactome: R-HSA-211728	Regulation of PAK-2p34 activity by PS-GAP/RHG10	1	gnl|laostr_OGSv1.2|LSTR007984-PA
KEGG: 00010+3.1.3.9	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR004156-PA
Reactome: R-HSA-983695	Antigen activates B Cell Receptor (BCR) leading to generation of second messengers	2	gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00195+7.1.2.2	Photosynthesis	7	gnl|laostr_OGSv1.2|LSTR012907-PA;gnl|laostr_OGSv1.2|LSTR015232-PA;gnl|laostr_OGSv1.2|LSTR017442-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR006944-PA;gnl|laostr_OGSv1.2|LSTR017437-PA;gnl|laostr_OGSv1.2|LSTR000670-PA
KEGG: 00010+3.1.3.11	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR002268-PA
Reactome: R-HSA-918233	TRAF3-dependent IRF activation pathway	5	gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR017591-PA;gnl|laostr_OGSv1.2|LSTR000632-PA;gnl|laostr_OGSv1.2|LSTR015667-PA;gnl|laostr_OGSv1.2|LSTR000631-PA
Reactome: R-HSA-2219530	Constitutive Signaling by Aberrant PI3K in Cancer	5	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR014465-PA
Reactome: R-HSA-4755609	Defective DHDDS causes retinitis pigmentosa 59	2	gnl|laostr_OGSv1.2|LSTR002403-PA;gnl|laostr_OGSv1.2|LSTR009245-PA
Reactome: R-HSA-6814848	Glycerophospholipid catabolism	1	gnl|laostr_OGSv1.2|LSTR009957-PA
Reactome: R-HSA-1369062	ABC transporters in lipid homeostasis	29	gnl|laostr_OGSv1.2|LSTR001182-PA;gnl|laostr_OGSv1.2|LSTR013356-PA;gnl|laostr_OGSv1.2|LSTR007328-PA;gnl|laostr_OGSv1.2|LSTR014040-PA;gnl|laostr_OGSv1.2|LSTR011180-PA;gnl|laostr_OGSv1.2|LSTR013335-PA;gnl|laostr_OGSv1.2|LSTR002267-PA;gnl|laostr_OGSv1.2|LSTR011023-PA;gnl|laostr_OGSv1.2|LSTR013948-PA;gnl|laostr_OGSv1.2|LSTR000836-PA;gnl|laostr_OGSv1.2|LSTR014529-PA;gnl|laostr_OGSv1.2|LSTR001070-PA;gnl|laostr_OGSv1.2|LSTR000844-PA;gnl|laostr_OGSv1.2|LSTR005027-PA;gnl|laostr_OGSv1.2|LSTR003894-PA;gnl|laostr_OGSv1.2|LSTR002917-PA;gnl|laostr_OGSv1.2|LSTR004977-PA;gnl|laostr_OGSv1.2|LSTR001179-PA;gnl|laostr_OGSv1.2|LSTR008722-PA;gnl|laostr_OGSv1.2|LSTR008904-PA;gnl|laostr_OGSv1.2|LSTR007198-PA;gnl|laostr_OGSv1.2|LSTR014942-PA;gnl|laostr_OGSv1.2|LSTR001170-PA;gnl|laostr_OGSv1.2|LSTR016778-PA;gnl|laostr_OGSv1.2|LSTR000843-PA;gnl|laostr_OGSv1.2|LSTR010415-PA;gnl|laostr_OGSv1.2|LSTR016164-PA;gnl|laostr_OGSv1.2|LSTR001180-PA;gnl|laostr_OGSv1.2|LSTR012790-PA
KEGG: 00720+1.1.1.37	Carbon fixation pathways in prokaryotes	5	gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR015604-PA
Reactome: R-HSA-349425	Autodegradation of the E3 ubiquitin ligase COP1	43	gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR010787-PA;gnl|laostr_OGSv1.2|LSTR012307-PA
KEGG: 00051+2.7.1.105+3.1.3.46	Fructose and mannose metabolism	2	gnl|laostr_OGSv1.2|LSTR012301-PA;gnl|laostr_OGSv1.2|LSTR001749-PA
Reactome: R-HSA-6807062	Cholesterol biosynthesis via lathosterol	1	gnl|laostr_OGSv1.2|LSTR002732-PA
Reactome: R-HSA-1250347	SHC1 events in ERBB4 signaling	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR006951-PA
KEGG: 00030+1.1.1.49	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR007019-PA
Reactome: R-HSA-937042	IRAK2 mediated activation of TAK1 complex	3	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004947-PA
KEGG: 00230+6.3.5.3	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR006657-PA
Reactome: R-HSA-167242	Abortive elongation of HIV-1 transcript in the absence of Tat	20	gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA
Reactome: R-HSA-72649	Translation initiation complex formation	52	gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR017466-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR001103-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR002577-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR000254-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR005690-PA;gnl|laostr_OGSv1.2|LSTR013138-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR004047-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR010642-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR002612-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR006029-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR011207-PA;gnl|laostr_OGSv1.2|LSTR013430-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR010641-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR003867-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR013935-PA
Reactome: R-HSA-6804758	Regulation of TP53 Activity through Acetylation	5	gnl|laostr_OGSv1.2|LSTR011265-PA;gnl|laostr_OGSv1.2|LSTR005110-PA;gnl|laostr_OGSv1.2|LSTR007369-PA;gnl|laostr_OGSv1.2|LSTR000288-PA;gnl|laostr_OGSv1.2|LSTR011722-PA
Reactome: R-HSA-5689896	Ovarian tumor domain proteases	8	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR004214-PA;gnl|laostr_OGSv1.2|LSTR009345-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR002177-PA;gnl|laostr_OGSv1.2|LSTR012855-PA
MetaCyc: PWY-4361	S-methyl-5-thio-alpha-D-ribose 1-phosphate degradation I	8	gnl|laostr_OGSv1.2|LSTR005561-PA;gnl|laostr_OGSv1.2|LSTR003208-PA;gnl|laostr_OGSv1.2|LSTR008683-PA;gnl|laostr_OGSv1.2|LSTR007820-PA;gnl|laostr_OGSv1.2|LSTR005005-PA;gnl|laostr_OGSv1.2|LSTR004876-PA;gnl|laostr_OGSv1.2|LSTR017402-PA;gnl|laostr_OGSv1.2|LSTR001978-PA
KEGG: 00970+6.1.1.21	Aminoacyl-tRNA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR014517-PA
KEGG: 00620+6.2.1.1	Pyruvate metabolism	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-202427	Phosphorylation of CD3 and TCR zeta chains	3	gnl|laostr_OGSv1.2|LSTR011220-PA;gnl|laostr_OGSv1.2|LSTR006691-PA;gnl|laostr_OGSv1.2|LSTR009570-PA
KEGG: 00564+2.7.8.5	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR001738-PA
Reactome: R-HSA-1362277	Transcription of E2F targets under negative control by DREAM complex	10	gnl|laostr_OGSv1.2|LSTR002996-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR009818-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR007165-PA;gnl|laostr_OGSv1.2|LSTR004289-PA;gnl|laostr_OGSv1.2|LSTR000650-PA;gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR008245-PA
Reactome: R-HSA-9033500	TYSND1 cleaves peroxisomal proteins	2	gnl|laostr_OGSv1.2|LSTR003268-PA;gnl|laostr_OGSv1.2|LSTR009687-PA
MetaCyc: PWY-7180	2-deoxy-alpha-D-ribose 1-phosphate degradation	1	gnl|laostr_OGSv1.2|LSTR006927-PA
KEGG: 00603+3.2.1.52	Glycosphingolipid biosynthesis - globo and isoglobo series	11	gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR017489-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR017471-PA
Reactome: R-HSA-3214858	RMTs methylate histone arginines	18	gnl|laostr_OGSv1.2|LSTR002307-PA;gnl|laostr_OGSv1.2|LSTR007697-PA;gnl|laostr_OGSv1.2|LSTR015088-PA;gnl|laostr_OGSv1.2|LSTR011232-PA;gnl|laostr_OGSv1.2|LSTR008658-PA;gnl|laostr_OGSv1.2|LSTR010105-PA;gnl|laostr_OGSv1.2|LSTR006790-PA;gnl|laostr_OGSv1.2|LSTR011336-PA;gnl|laostr_OGSv1.2|LSTR010628-PA;gnl|laostr_OGSv1.2|LSTR016309-PA;gnl|laostr_OGSv1.2|LSTR013412-PA;gnl|laostr_OGSv1.2|LSTR009659-PA;gnl|laostr_OGSv1.2|LSTR013098-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR015417-PA;gnl|laostr_OGSv1.2|LSTR000121-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR015471-PA
MetaCyc: PWY-5994	Palmitate biosynthesis (animals and fungi, cytoplasm)	3	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA
Reactome: R-HSA-2142753	Arachidonic acid metabolism	1	gnl|laostr_OGSv1.2|LSTR005572-PA
KEGG: 00062+2.3.1.199	Fatty acid elongation	23	gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA
Reactome: R-HSA-1660499	Synthesis of PIPs at the plasma membrane	14	gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR007022-PA;gnl|laostr_OGSv1.2|LSTR001559-PA;gnl|laostr_OGSv1.2|LSTR013816-PA;gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR000533-PA;gnl|laostr_OGSv1.2|LSTR001288-PA;gnl|laostr_OGSv1.2|LSTR001717-PA;gnl|laostr_OGSv1.2|LSTR007995-PA;gnl|laostr_OGSv1.2|LSTR002067-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR008463-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR004751-PA
KEGG: 00513+2.4.1.143	Various types of N-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009127-PA
MetaCyc: PWY-5740	GDP-L-colitose biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002086-PA
Reactome: R-HSA-5358752	T41 mutants of beta-catenin aren't phosphorylated	3	gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR005398-PA
Reactome: R-HSA-5694530	Cargo concentration in the ER	7	gnl|laostr_OGSv1.2|LSTR001287-PA;gnl|laostr_OGSv1.2|LSTR003403-PA;gnl|laostr_OGSv1.2|LSTR016719-PA;gnl|laostr_OGSv1.2|LSTR000200-PA;gnl|laostr_OGSv1.2|LSTR006330-PA;gnl|laostr_OGSv1.2|LSTR001064-PA;gnl|laostr_OGSv1.2|LSTR010093-PA
MetaCyc: PWY-5074	Mevalonate degradation	2	gnl|laostr_OGSv1.2|LSTR007864-PA;gnl|laostr_OGSv1.2|LSTR007863-PA
Reactome: R-HSA-201681	TCF dependent signaling in response to WNT	11	gnl|laostr_OGSv1.2|LSTR001186-PA;gnl|laostr_OGSv1.2|LSTR008475-PA;gnl|laostr_OGSv1.2|LSTR010791-PA;gnl|laostr_OGSv1.2|LSTR000475-PA;gnl|laostr_OGSv1.2|LSTR008671-PA;gnl|laostr_OGSv1.2|LSTR012168-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR008389-PA;gnl|laostr_OGSv1.2|LSTR016418-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000476-PA
KEGG: 00350+1.14.16.2	Tyrosine metabolism	1	gnl|laostr_OGSv1.2|LSTR013848-PA
MetaCyc: PWY-7573	GDP-mycosamine biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002086-PA
Reactome: R-HSA-196299	Beta-catenin phosphorylation cascade	4	gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR003844-PA
Reactome: R-HSA-8936459	RUNX1 regulates genes involved in megakaryocyte differentiation and platelet function	16	gnl|laostr_OGSv1.2|LSTR015850-PA;gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR005619-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR012987-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR003209-PA;gnl|laostr_OGSv1.2|LSTR012592-PA;gnl|laostr_OGSv1.2|LSTR007018-PA;gnl|laostr_OGSv1.2|LSTR002796-PA;gnl|laostr_OGSv1.2|LSTR002478-PA;gnl|laostr_OGSv1.2|LSTR005837-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR002228-PA;gnl|laostr_OGSv1.2|LSTR000544-PA
Reactome: R-HSA-69273	Cyclin A/B1/B2 associated events during G2/M transition	11	gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR001702-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR001283-PA;gnl|laostr_OGSv1.2|LSTR015053-PA;gnl|laostr_OGSv1.2|LSTR013416-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR012388-PA
Reactome: R-HSA-5693579	Homologous DNA Pairing and Strand Exchange	26	gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR009914-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR012533-PA;gnl|laostr_OGSv1.2|LSTR010940-PA;gnl|laostr_OGSv1.2|LSTR008929-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR000896-PA;gnl|laostr_OGSv1.2|LSTR010496-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR009945-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR015831-PA;gnl|laostr_OGSv1.2|LSTR000895-PA
Reactome: R-HSA-6803211	TP53 Regulates Transcription of Death Receptors and Ligands	3	gnl|laostr_OGSv1.2|LSTR009450-PA;gnl|laostr_OGSv1.2|LSTR002541-PA;gnl|laostr_OGSv1.2|LSTR007430-PA
Reactome: R-HSA-5676934	Protein repair	2	gnl|laostr_OGSv1.2|LSTR012647-PA;gnl|laostr_OGSv1.2|LSTR012154-PA
MetaCyc: PWY-7119	Ceramide and sphingolipid recycling and degradation (yeast)	1	gnl|laostr_OGSv1.2|LSTR005526-PA
MetaCyc: PWY-5663	Erythro-tetrahydrobiopterin biosynthesis I	2	gnl|laostr_OGSv1.2|LSTR007488-PA;gnl|laostr_OGSv1.2|LSTR003984-PA
Reactome: R-HSA-975144	IRAK1 recruits IKK complex upon TLR7/8 or 9 stimulation	4	gnl|laostr_OGSv1.2|LSTR008053-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
MetaCyc: PWY-8013	UDP-N-acetyl-D-galactosamine biosynthesis III	4	gnl|laostr_OGSv1.2|LSTR000223-PA;gnl|laostr_OGSv1.2|LSTR016781-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
Reactome: R-HSA-2024096	HS-GAG degradation	12	gnl|laostr_OGSv1.2|LSTR016239-PA;gnl|laostr_OGSv1.2|LSTR001238-PA;gnl|laostr_OGSv1.2|LSTR002092-PA;gnl|laostr_OGSv1.2|LSTR010758-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR010511-PA;gnl|laostr_OGSv1.2|LSTR008863-PA;gnl|laostr_OGSv1.2|LSTR003644-PA;gnl|laostr_OGSv1.2|LSTR012242-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR008436-PA;gnl|laostr_OGSv1.2|LSTR007093-PA
MetaCyc: PWY-6606	Guanosine nucleotides degradation II	3	gnl|laostr_OGSv1.2|LSTR003225-PA;gnl|laostr_OGSv1.2|LSTR010931-PA;gnl|laostr_OGSv1.2|LSTR000593-PA
KEGG: 00760+2.7.7.18	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR006352-PA
KEGG: 00600+3.5.1.23	Sphingolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR005526-PA
Reactome: R-HSA-446210	Synthesis of UDP-N-acetyl-glucosamine	6	gnl|laostr_OGSv1.2|LSTR000223-PA;gnl|laostr_OGSv1.2|LSTR014641-PA;gnl|laostr_OGSv1.2|LSTR016781-PA;gnl|laostr_OGSv1.2|LSTR010058-PA;gnl|laostr_OGSv1.2|LSTR005272-PA;gnl|laostr_OGSv1.2|LSTR011777-PA
Reactome: R-HSA-193648	NRAGE signals death through JNK	20	gnl|laostr_OGSv1.2|LSTR017568-PA;gnl|laostr_OGSv1.2|LSTR007016-PA;gnl|laostr_OGSv1.2|LSTR010070-PA;gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR010277-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR000147-PA;gnl|laostr_OGSv1.2|LSTR002668-PA;gnl|laostr_OGSv1.2|LSTR014189-PA;gnl|laostr_OGSv1.2|LSTR010395-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR012742-PA;gnl|laostr_OGSv1.2|LSTR011373-PA;gnl|laostr_OGSv1.2|LSTR010342-PA;gnl|laostr_OGSv1.2|LSTR008373-PA;gnl|laostr_OGSv1.2|LSTR002667-PA;gnl|laostr_OGSv1.2|LSTR007973-PA;gnl|laostr_OGSv1.2|LSTR006805-PA;gnl|laostr_OGSv1.2|LSTR005168-PA
MetaCyc: PWY-5966-1	Fatty acid biosynthesis initiation (animals and fungi, cytoplasm)	4	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-75105	Fatty acyl-CoA biosynthesis	16	gnl|laostr_OGSv1.2|LSTR007869-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005085-PA;gnl|laostr_OGSv1.2|LSTR017159-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR010064-PA;gnl|laostr_OGSv1.2|LSTR005589-PA;gnl|laostr_OGSv1.2|LSTR006531-PA;gnl|laostr_OGSv1.2|LSTR010016-PA;gnl|laostr_OGSv1.2|LSTR014965-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR015134-PA;gnl|laostr_OGSv1.2|LSTR010065-PA;gnl|laostr_OGSv1.2|LSTR010066-PA;gnl|laostr_OGSv1.2|LSTR014964-PA
Reactome: R-HSA-8940973	RUNX2 regulates osteoblast differentiation	5	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR015908-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR007912-PA
Reactome: R-HSA-432720	Lysosome Vesicle Biogenesis	7	gnl|laostr_OGSv1.2|LSTR008553-PA;gnl|laostr_OGSv1.2|LSTR008869-PA;gnl|laostr_OGSv1.2|LSTR008698-PA;gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR007689-PA;gnl|laostr_OGSv1.2|LSTR016606-PA;gnl|laostr_OGSv1.2|LSTR014067-PA
Reactome: R-HSA-9033241	Peroxisomal protein import	24	gnl|laostr_OGSv1.2|LSTR007483-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR009687-PA;gnl|laostr_OGSv1.2|LSTR000606-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006232-PA;gnl|laostr_OGSv1.2|LSTR003334-PA;gnl|laostr_OGSv1.2|LSTR010784-PA;gnl|laostr_OGSv1.2|LSTR000894-PA;gnl|laostr_OGSv1.2|LSTR002314-PA;gnl|laostr_OGSv1.2|LSTR017623-PA;gnl|laostr_OGSv1.2|LSTR005410-PA;gnl|laostr_OGSv1.2|LSTR007864-PA;gnl|laostr_OGSv1.2|LSTR014785-PA;gnl|laostr_OGSv1.2|LSTR000496-PA;gnl|laostr_OGSv1.2|LSTR007847-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR016159-PA;gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR005012-PA;gnl|laostr_OGSv1.2|LSTR008131-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003268-PA;gnl|laostr_OGSv1.2|LSTR012722-PA
Reactome: R-HSA-176408	Regulation of APC/C activators between G1/S and early anaphase	9	gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR003133-PA
MetaCyc: PWY-5049	Rosmarinic acid biosynthesis II	1	gnl|laostr_OGSv1.2|LSTR013848-PA
KEGG: 00770+3.6.1.9	Pantothenate and CoA biosynthesis	1	gnl|laostr_OGSv1.2|LSTR006381-PA
MetaCyc: PWY-6908	Thiamine diphosphate biosynthesis IV (eukaryotes)	1	gnl|laostr_OGSv1.2|LSTR011549-PA
KEGG: 00240+4.1.1.23	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR007352-PA
Reactome: R-HSA-9607240	FLT3 Signaling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-2022377	Metabolism of Angiotensinogen to Angiotensins	5	gnl|laostr_OGSv1.2|LSTR009872-PA;gnl|laostr_OGSv1.2|LSTR016996-PA;gnl|laostr_OGSv1.2|LSTR006294-PA;gnl|laostr_OGSv1.2|LSTR010367-PA;gnl|laostr_OGSv1.2|LSTR008753-PA
Reactome: R-HSA-168638	NOD1/2 Signaling Pathway	5	gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR010581-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
MetaCyc: PWY-7226	Guanosine deoxyribonucleotides de novo biosynthesis I	12	gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR017065-PA
KEGG: 00710+5.1.3.1	Carbon fixation in photosynthetic organisms	1	gnl|laostr_OGSv1.2|LSTR006317-PA
Reactome: R-HSA-2586552	Signaling by Leptin	1	gnl|laostr_OGSv1.2|LSTR015313-PA
KEGG: 00240+2.4.2.4	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR013809-PA
Reactome: R-HSA-9620244	Long-term potentiation	3	gnl|laostr_OGSv1.2|LSTR002371-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR005542-PA
Reactome: R-HSA-8939242	RUNX1 regulates transcription of genes involved in differentiation of keratinocytes	1	gnl|laostr_OGSv1.2|LSTR007964-PA
KEGG: 00020+1.1.1.37	Citrate cycle (TCA cycle)	5	gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR015604-PA
KEGG: 05170+2.7.11.1	Human immunodeficiency virus 1 infection	64	gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR014213-PA;gnl|laostr_OGSv1.2|LSTR007931-PA;gnl|laostr_OGSv1.2|LSTR009001-PA;gnl|laostr_OGSv1.2|LSTR016019-PA;gnl|laostr_OGSv1.2|LSTR009000-PA;gnl|laostr_OGSv1.2|LSTR005718-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR012874-PA;gnl|laostr_OGSv1.2|LSTR009830-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR001826-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR016961-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR008298-PA;gnl|laostr_OGSv1.2|LSTR007449-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR007810-PA;gnl|laostr_OGSv1.2|LSTR007451-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR000400-PA;gnl|laostr_OGSv1.2|LSTR013822-PA;gnl|laostr_OGSv1.2|LSTR007824-PA;gnl|laostr_OGSv1.2|LSTR004095-PA;gnl|laostr_OGSv1.2|LSTR003411-PA;gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR017684-PA;gnl|laostr_OGSv1.2|LSTR013926-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR007448-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR004383-PA;gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR008886-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR013925-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR003893-PA;gnl|laostr_OGSv1.2|LSTR006865-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR016805-PA;gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR017685-PA;gnl|laostr_OGSv1.2|LSTR006149-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR017655-PA;gnl|laostr_OGSv1.2|LSTR014287-PA
Reactome: R-HSA-3772470	Negative regulation of TCF-dependent signaling by WNT ligand antagonists	1	gnl|laostr_OGSv1.2|LSTR012168-PA
Reactome: R-HSA-434316	Fatty Acids bound to GPR40 (FFAR1) regulate insulin secretion	2	gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR006285-PA
Reactome: R-HSA-445355	Smooth Muscle Contraction	9	gnl|laostr_OGSv1.2|LSTR011168-PA;gnl|laostr_OGSv1.2|LSTR003055-PA;gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR005352-PA;gnl|laostr_OGSv1.2|LSTR011155-PA;gnl|laostr_OGSv1.2|LSTR009381-PA;gnl|laostr_OGSv1.2|LSTR015879-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR007984-PA
Reactome: R-HSA-380095	Tachykinin receptors bind tachykinins	2	gnl|laostr_OGSv1.2|LSTR011669-PA;gnl|laostr_OGSv1.2|LSTR004962-PA
Reactome: R-HSA-5389840	Mitochondrial translation elongation	70	gnl|laostr_OGSv1.2|LSTR011421-PA;gnl|laostr_OGSv1.2|LSTR015662-PA;gnl|laostr_OGSv1.2|LSTR015167-PA;gnl|laostr_OGSv1.2|LSTR012935-PA;gnl|laostr_OGSv1.2|LSTR009417-PA;gnl|laostr_OGSv1.2|LSTR002702-PA;gnl|laostr_OGSv1.2|LSTR011113-PA;gnl|laostr_OGSv1.2|LSTR000408-PA;gnl|laostr_OGSv1.2|LSTR013401-PA;gnl|laostr_OGSv1.2|LSTR002476-PA;gnl|laostr_OGSv1.2|LSTR002365-PA;gnl|laostr_OGSv1.2|LSTR001049-PA;gnl|laostr_OGSv1.2|LSTR010584-PA;gnl|laostr_OGSv1.2|LSTR006411-PA;gnl|laostr_OGSv1.2|LSTR005789-PA;gnl|laostr_OGSv1.2|LSTR015569-PA;gnl|laostr_OGSv1.2|LSTR005182-PA;gnl|laostr_OGSv1.2|LSTR000931-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR011141-PA;gnl|laostr_OGSv1.2|LSTR004868-PA;gnl|laostr_OGSv1.2|LSTR010479-PA;gnl|laostr_OGSv1.2|LSTR015368-PA;gnl|laostr_OGSv1.2|LSTR001363-PA;gnl|laostr_OGSv1.2|LSTR009132-PA;gnl|laostr_OGSv1.2|LSTR008070-PA;gnl|laostr_OGSv1.2|LSTR014986-PA;gnl|laostr_OGSv1.2|LSTR007427-PA;gnl|laostr_OGSv1.2|LSTR000149-PA;gnl|laostr_OGSv1.2|LSTR008457-PA;gnl|laostr_OGSv1.2|LSTR010655-PA;gnl|laostr_OGSv1.2|LSTR004456-PA;gnl|laostr_OGSv1.2|LSTR000459-PA;gnl|laostr_OGSv1.2|LSTR011051-PA;gnl|laostr_OGSv1.2|LSTR005672-PA;gnl|laostr_OGSv1.2|LSTR003240-PA;gnl|laostr_OGSv1.2|LSTR002997-PA;gnl|laostr_OGSv1.2|LSTR005348-PA;gnl|laostr_OGSv1.2|LSTR002509-PA;gnl|laostr_OGSv1.2|LSTR005349-PA;gnl|laostr_OGSv1.2|LSTR010751-PA;gnl|laostr_OGSv1.2|LSTR010565-PA;gnl|laostr_OGSv1.2|LSTR008467-PA;gnl|laostr_OGSv1.2|LSTR011416-PA;gnl|laostr_OGSv1.2|LSTR004902-PA;gnl|laostr_OGSv1.2|LSTR003820-PA;gnl|laostr_OGSv1.2|LSTR006368-PA;gnl|laostr_OGSv1.2|LSTR006075-PA;gnl|laostr_OGSv1.2|LSTR006130-PA;gnl|laostr_OGSv1.2|LSTR015661-PA;gnl|laostr_OGSv1.2|LSTR004307-PA;gnl|laostr_OGSv1.2|LSTR006407-PA;gnl|laostr_OGSv1.2|LSTR008654-PA;gnl|laostr_OGSv1.2|LSTR005870-PA;gnl|laostr_OGSv1.2|LSTR002673-PA;gnl|laostr_OGSv1.2|LSTR006093-PA;gnl|laostr_OGSv1.2|LSTR014060-PA;gnl|laostr_OGSv1.2|LSTR004970-PA;gnl|laostr_OGSv1.2|LSTR004569-PA;gnl|laostr_OGSv1.2|LSTR002697-PA;gnl|laostr_OGSv1.2|LSTR002680-PA;gnl|laostr_OGSv1.2|LSTR012896-PA;gnl|laostr_OGSv1.2|LSTR010326-PA;gnl|laostr_OGSv1.2|LSTR017348-PA;gnl|laostr_OGSv1.2|LSTR013167-PA;gnl|laostr_OGSv1.2|LSTR005431-PA;gnl|laostr_OGSv1.2|LSTR013260-PA;gnl|laostr_OGSv1.2|LSTR008824-PA;gnl|laostr_OGSv1.2|LSTR003117-PA;gnl|laostr_OGSv1.2|LSTR007426-PA
Reactome: R-HSA-9615710	Late endosomal microautophagy	13	gnl|laostr_OGSv1.2|LSTR014434-PA;gnl|laostr_OGSv1.2|LSTR017164-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007701-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005320-PA;gnl|laostr_OGSv1.2|LSTR011361-PA;gnl|laostr_OGSv1.2|LSTR005217-PA;gnl|laostr_OGSv1.2|LSTR008094-PA;gnl|laostr_OGSv1.2|LSTR010498-PA;gnl|laostr_OGSv1.2|LSTR008500-PA;gnl|laostr_OGSv1.2|LSTR001086-PA;gnl|laostr_OGSv1.2|LSTR016963-PA
KEGG: 05235+3.1.3.16	PD-L1 expression and PD-1 checkpoint pathway in cancer	35	gnl|laostr_OGSv1.2|LSTR011117-PA;gnl|laostr_OGSv1.2|LSTR006055-PA;gnl|laostr_OGSv1.2|LSTR009023-PA;gnl|laostr_OGSv1.2|LSTR009668-PA;gnl|laostr_OGSv1.2|LSTR004264-PA;gnl|laostr_OGSv1.2|LSTR002350-PA;gnl|laostr_OGSv1.2|LSTR012148-PA;gnl|laostr_OGSv1.2|LSTR012942-PA;gnl|laostr_OGSv1.2|LSTR005629-PA;gnl|laostr_OGSv1.2|LSTR002992-PA;gnl|laostr_OGSv1.2|LSTR011834-PA;gnl|laostr_OGSv1.2|LSTR011214-PA;gnl|laostr_OGSv1.2|LSTR009439-PA;gnl|laostr_OGSv1.2|LSTR008933-PA;gnl|laostr_OGSv1.2|LSTR016511-PA;gnl|laostr_OGSv1.2|LSTR005830-PA;gnl|laostr_OGSv1.2|LSTR015289-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR005845-PA;gnl|laostr_OGSv1.2|LSTR010335-PA;gnl|laostr_OGSv1.2|LSTR013093-PA;gnl|laostr_OGSv1.2|LSTR000902-PA;gnl|laostr_OGSv1.2|LSTR004493-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR010679-PA;gnl|laostr_OGSv1.2|LSTR010075-PA;gnl|laostr_OGSv1.2|LSTR002808-PA;gnl|laostr_OGSv1.2|LSTR009210-PA;gnl|laostr_OGSv1.2|LSTR001948-PA;gnl|laostr_OGSv1.2|LSTR005545-PA;gnl|laostr_OGSv1.2|LSTR011043-PA;gnl|laostr_OGSv1.2|LSTR006874-PA;gnl|laostr_OGSv1.2|LSTR010706-PA;gnl|laostr_OGSv1.2|LSTR003325-PA;gnl|laostr_OGSv1.2|LSTR010596-PA
Reactome: R-HSA-901042	Calnexin/calreticulin cycle	1	gnl|laostr_OGSv1.2|LSTR000076-PA
Reactome: R-HSA-428359	Insulin-like Growth Factor-2 mRNA Binding Proteins (IGF2BPs/IMPs/VICKZs) bind RNA	1	gnl|laostr_OGSv1.2|LSTR007797-PA
MetaCyc: PWY-6619	Adenine and adenosine salvage VI	2	gnl|laostr_OGSv1.2|LSTR010312-PA;gnl|laostr_OGSv1.2|LSTR000299-PA
Reactome: R-HSA-68877	Mitotic Prometaphase	71	gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR007551-PA;gnl|laostr_OGSv1.2|LSTR002597-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR012194-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR007789-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR002619-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR000122-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR001705-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR004190-PA;gnl|laostr_OGSv1.2|LSTR003086-PA;gnl|laostr_OGSv1.2|LSTR001534-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR006429-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR008718-PA;gnl|laostr_OGSv1.2|LSTR007036-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR010578-PA;gnl|laostr_OGSv1.2|LSTR012193-PA;gnl|laostr_OGSv1.2|LSTR001021-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR014131-PA;gnl|laostr_OGSv1.2|LSTR007423-PA;gnl|laostr_OGSv1.2|LSTR004704-PA;gnl|laostr_OGSv1.2|LSTR005990-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR017509-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR012032-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR001438-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR003307-PA;gnl|laostr_OGSv1.2|LSTR004938-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000590-PA
KEGG: 00520+5.4.2.8	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR012404-PA
MetaCyc: PWY-7255	Ergothioneine biosynthesis I (bacteria)	1	gnl|laostr_OGSv1.2|LSTR011975-PA
Reactome: R-HSA-2214320	Anchoring fibril formation	3	gnl|laostr_OGSv1.2|LSTR000764-PA;gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR003999-PA
KEGG: 00270+2.6.1.5	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR002765-PA
Reactome: R-HSA-3359473	Defective MMADHC causes methylmalonic aciduria and homocystinuria type cblD	1	gnl|laostr_OGSv1.2|LSTR005347-PA
Reactome: R-HSA-8853334	Signaling by FGFR3 fusions in cancer	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-112412	SOS-mediated signalling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-5856	Ubiquinol-9 biosynthesis (prokaryotic)	5	gnl|laostr_OGSv1.2|LSTR000513-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR012166-PA;gnl|laostr_OGSv1.2|LSTR015194-PA
KEGG: 00052+2.7.1.11	Galactose metabolism	3	gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR017208-PA
MetaCyc: PWY-5079	L-phenylalanine degradation III	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
Reactome: R-HSA-390648	Muscarinic acetylcholine receptors	1	gnl|laostr_OGSv1.2|LSTR010486-PA
KEGG: 00562+2.7.8.11	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR001803-PA
MetaCyc: PWY-7766	Heme b biosynthesis IV (Gram-positive bacteria)	1	gnl|laostr_OGSv1.2|LSTR002598-PA
Reactome: R-HSA-975110	TRAF6 mediated IRF7 activation in TLR7/8 or 9 signaling	3	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005873-PA
Reactome: R-HSA-933543	NF-kB activation through FADD/RIP-1 pathway mediated by caspase-8 and -10	1	gnl|laostr_OGSv1.2|LSTR003438-PA
MetaCyc: PWY-7337	10-cis-heptadecenoyl-CoA degradation (yeast)	4	gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
Reactome: R-HSA-6804756	Regulation of TP53 Activity through Phosphorylation	47	gnl|laostr_OGSv1.2|LSTR007217-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010660-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR005543-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR000912-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR001840-PA;gnl|laostr_OGSv1.2|LSTR012539-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR008186-PA
Reactome: R-HSA-4341670	Defective NEU1 causes sialidosis	4	gnl|laostr_OGSv1.2|LSTR002771-PA;gnl|laostr_OGSv1.2|LSTR015974-PA;gnl|laostr_OGSv1.2|LSTR002692-PA;gnl|laostr_OGSv1.2|LSTR007757-PA
MetaCyc: PWY-6854	Ethylene biosynthesis III (microbes)	6	gnl|laostr_OGSv1.2|LSTR006443-PA;gnl|laostr_OGSv1.2|LSTR004640-PA;gnl|laostr_OGSv1.2|LSTR012351-PA;gnl|laostr_OGSv1.2|LSTR007159-PA;gnl|laostr_OGSv1.2|LSTR012900-PA;gnl|laostr_OGSv1.2|LSTR007161-PA
Reactome: R-HSA-912631	Regulation of signaling by CBL	7	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR011607-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00604+3.2.1.23	Glycosphingolipid biosynthesis - ganglio series	5	gnl|laostr_OGSv1.2|LSTR010758-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR012507-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR005138-PA
KEGG: 00480+4.3.2.7	Glutathione metabolism	3	gnl|laostr_OGSv1.2|LSTR014339-PA;gnl|laostr_OGSv1.2|LSTR004115-PA;gnl|laostr_OGSv1.2|LSTR009700-PA
Reactome: R-HSA-6802948	Signaling by high-kinase activity BRAF mutants	5	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR015042-PA
Reactome: R-HSA-9630222	Defective NTHL1 substrate binding	1	gnl|laostr_OGSv1.2|LSTR003190-PA
KEGG: 00010+1.1.1.27	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR010963-PA
KEGG: 00254+6.4.1.2	Aflatoxin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005641-PA
KEGG: 00240+2.7.1.48	Pyrimidine metabolism	2	gnl|laostr_OGSv1.2|LSTR001099-PA;gnl|laostr_OGSv1.2|LSTR005472-PA
Reactome: R-HSA-8939211	ESR-mediated signaling	4	gnl|laostr_OGSv1.2|LSTR009023-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR003457-PA
KEGG: 00860+1.14.14.18	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR009744-PA
Reactome: R-HSA-418597	G alpha (z) signalling events	13	gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR001258-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR010689-PA;gnl|laostr_OGSv1.2|LSTR009431-PA
Reactome: R-HSA-4724289	Defective ALG6 causes ALG6-CDG (CDG-1c)	2	gnl|laostr_OGSv1.2|LSTR014423-PA;gnl|laostr_OGSv1.2|LSTR005743-PA
Reactome: R-HSA-3134973	LRR FLII-interacting protein 1 (LRRFIP1) activates type I IFN production	1	gnl|laostr_OGSv1.2|LSTR007804-PA
KEGG: 00515+2.4.1.109	Mannose type O-glycan biosynthesis	10	gnl|laostr_OGSv1.2|LSTR008009-PA;gnl|laostr_OGSv1.2|LSTR003492-PA;gnl|laostr_OGSv1.2|LSTR011837-PA;gnl|laostr_OGSv1.2|LSTR003019-PA;gnl|laostr_OGSv1.2|LSTR003544-PA;gnl|laostr_OGSv1.2|LSTR017598-PA;gnl|laostr_OGSv1.2|LSTR002313-PA;gnl|laostr_OGSv1.2|LSTR014872-PA;gnl|laostr_OGSv1.2|LSTR005038-PA;gnl|laostr_OGSv1.2|LSTR013873-PA
Reactome: R-HSA-6802953	RAS signaling downstream of NF1 loss-of-function variants	1	gnl|laostr_OGSv1.2|LSTR002652-PA
MetaCyc: PWY-6348	Phosphate acquisition	9	gnl|laostr_OGSv1.2|LSTR013905-PA;gnl|laostr_OGSv1.2|LSTR005341-PA;gnl|laostr_OGSv1.2|LSTR000921-PA;gnl|laostr_OGSv1.2|LSTR002453-PA;gnl|laostr_OGSv1.2|LSTR013897-PA;gnl|laostr_OGSv1.2|LSTR008546-PA;gnl|laostr_OGSv1.2|LSTR013898-PA;gnl|laostr_OGSv1.2|LSTR008544-PA;gnl|laostr_OGSv1.2|LSTR012498-PA
Reactome: R-HSA-167152	Formation of HIV elongation complex in the absence of HIV Tat	41	gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR009992-PA
KEGG: 00564+2.7.8.11	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR001803-PA
Reactome: R-HSA-264876	Insulin processing	11	gnl|laostr_OGSv1.2|LSTR002247-PA;gnl|laostr_OGSv1.2|LSTR016941-PA;gnl|laostr_OGSv1.2|LSTR004337-PA;gnl|laostr_OGSv1.2|LSTR010908-PA;gnl|laostr_OGSv1.2|LSTR017469-PA;gnl|laostr_OGSv1.2|LSTR007573-PA;gnl|laostr_OGSv1.2|LSTR014726-PA;gnl|laostr_OGSv1.2|LSTR017540-PA;gnl|laostr_OGSv1.2|LSTR005475-PA;gnl|laostr_OGSv1.2|LSTR016940-PA;gnl|laostr_OGSv1.2|LSTR001260-PA
Reactome: R-HSA-210990	PECAM1 interactions	1	gnl|laostr_OGSv1.2|LSTR004024-PA
Reactome: R-HSA-72695	Formation of the ternary complex, and subsequently, the 43S complex	51	gnl|laostr_OGSv1.2|LSTR011207-PA;gnl|laostr_OGSv1.2|LSTR013430-PA;gnl|laostr_OGSv1.2|LSTR006029-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR010641-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR003867-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR004047-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR010642-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR002612-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR005690-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR013138-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR017466-PA;gnl|laostr_OGSv1.2|LSTR001103-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR002577-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR000254-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA
KEGG: 00670+2.1.2.1	One carbon pool by folate	2	gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR002605-PA
Reactome: R-HSA-75893	TNF signaling	1	gnl|laostr_OGSv1.2|LSTR004641-PA
Reactome: R-HSA-2871796	FCERI mediated MAPK activation	9	gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR008273-PA;gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR001509-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR012903-PA
Reactome: R-HSA-192823	Viral mRNA Translation	81	gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA
KEGG: 00561+2.3.1.15	Glycerolipid metabolism	2	gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR008362-PA
Reactome: R-HSA-8983711	OAS antiviral response	2	gnl|laostr_OGSv1.2|LSTR011869-PA;gnl|laostr_OGSv1.2|LSTR011868-PA
Reactome: R-HSA-1295596	Spry regulation of FGF signaling	5	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
MetaCyc: PWY-7805	(aminomethyl)phosphonate degradation	4	gnl|laostr_OGSv1.2|LSTR000802-PA;gnl|laostr_OGSv1.2|LSTR013355-PA;gnl|laostr_OGSv1.2|LSTR000264-PA;gnl|laostr_OGSv1.2|LSTR014377-PA
Reactome: R-HSA-141430	Inactivation of APC/C via direct inhibition of the APC/C complex	9	gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR003133-PA
KEGG: 00062+4.2.1.134	Fatty acid elongation	2	gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA
KEGG: 00071+4.2.1.17+1.1.1.211	Fatty acid degradation	1	gnl|laostr_OGSv1.2|LSTR004871-PA
KEGG: 05163+2.7.1.153	Human cytomegalovirus infection	1	gnl|laostr_OGSv1.2|LSTR007995-PA
KEGG: 00520+2.7.1.1	Amino sugar and nucleotide sugar metabolism	2	gnl|laostr_OGSv1.2|LSTR001047-PA;gnl|laostr_OGSv1.2|LSTR001975-PA
Reactome: R-HSA-8964011	HDL clearance	1	gnl|laostr_OGSv1.2|LSTR005050-PA
MetaCyc: PWY-7734	Quinoxaline-2-carboxylate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR010754-PA
Reactome: R-HSA-8853659	RET signaling	6	gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR011521-PA
MetaCyc: PWY-8051	Anandamide biosynthesis I	20	gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR012490-PA
Reactome: R-HSA-388844	Receptor-type tyrosine-protein phosphatases	5	gnl|laostr_OGSv1.2|LSTR006141-PA;gnl|laostr_OGSv1.2|LSTR006802-PA;gnl|laostr_OGSv1.2|LSTR006801-PA;gnl|laostr_OGSv1.2|LSTR016317-PA;gnl|laostr_OGSv1.2|LSTR006803-PA
Reactome: R-HSA-381042	PERK regulates gene expression	2	gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR005471-PA
Reactome: R-HSA-9013508	NOTCH3 Intracellular Domain Regulates Transcription	5	gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR007804-PA
MetaCyc: PWY-7118	Chitin degradation to ethanol	4	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00051+5.3.1.1	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR008240-PA
KEGG: 00230+4.1.1.97	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR002567-PA
KEGG: 05163+2.7.11.1	Human cytomegalovirus infection	64	gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR004383-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR008886-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR013925-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR007448-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR013926-PA;gnl|laostr_OGSv1.2|LSTR017684-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR006149-PA;gnl|laostr_OGSv1.2|LSTR017685-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR014287-PA;gnl|laostr_OGSv1.2|LSTR017655-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR016805-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR003893-PA;gnl|laostr_OGSv1.2|LSTR006865-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR012874-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR009830-PA;gnl|laostr_OGSv1.2|LSTR001826-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR005718-PA;gnl|laostr_OGSv1.2|LSTR009001-PA;gnl|laostr_OGSv1.2|LSTR016019-PA;gnl|laostr_OGSv1.2|LSTR009000-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR014213-PA;gnl|laostr_OGSv1.2|LSTR007931-PA;gnl|laostr_OGSv1.2|LSTR004095-PA;gnl|laostr_OGSv1.2|LSTR003411-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR000400-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR013822-PA;gnl|laostr_OGSv1.2|LSTR007824-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR007451-PA;gnl|laostr_OGSv1.2|LSTR007810-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR016961-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR008298-PA;gnl|laostr_OGSv1.2|LSTR007449-PA
Reactome: R-HSA-1236382	Constitutive Signaling by Ligand-Responsive EGFR Cancer Variants	4	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005656-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-5609977	Defective GALE can cause Epimerase-deficiency galactosemia (EDG)	2	gnl|laostr_OGSv1.2|LSTR001909-PA;gnl|laostr_OGSv1.2|LSTR011466-PA
Reactome: R-HSA-8951430	RUNX3 regulates WNT signaling	1	gnl|laostr_OGSv1.2|LSTR012402-PA
KEGG: 00680+2.1.2.1	Methane metabolism	2	gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR002605-PA
Reactome: R-HSA-5467333	APC truncation mutants are not K63 polyubiquitinated	1	gnl|laostr_OGSv1.2|LSTR005398-PA
KEGG: 00270+1.1.1.37	Cysteine and methionine metabolism	5	gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR004176-PA
MetaCyc: PWY-6733	Sporopollenin precursors biosynthesis	22	gnl|laostr_OGSv1.2|LSTR003148-PA;gnl|laostr_OGSv1.2|LSTR001666-PA;gnl|laostr_OGSv1.2|LSTR006305-PA;gnl|laostr_OGSv1.2|LSTR010846-PA;gnl|laostr_OGSv1.2|LSTR014283-PA;gnl|laostr_OGSv1.2|LSTR013166-PA;gnl|laostr_OGSv1.2|LSTR017667-PA;gnl|laostr_OGSv1.2|LSTR013396-PA;gnl|laostr_OGSv1.2|LSTR003493-PA;gnl|laostr_OGSv1.2|LSTR016204-PA;gnl|laostr_OGSv1.2|LSTR002872-PA;gnl|laostr_OGSv1.2|LSTR006719-PA;gnl|laostr_OGSv1.2|LSTR014703-PA;gnl|laostr_OGSv1.2|LSTR013397-PA;gnl|laostr_OGSv1.2|LSTR007794-PA;gnl|laostr_OGSv1.2|LSTR007030-PA;gnl|laostr_OGSv1.2|LSTR014673-PA;gnl|laostr_OGSv1.2|LSTR006655-PA;gnl|laostr_OGSv1.2|LSTR003295-PA;gnl|laostr_OGSv1.2|LSTR008234-PA;gnl|laostr_OGSv1.2|LSTR001317-PA;gnl|laostr_OGSv1.2|LSTR010433-PA
KEGG: 00860+4.2.1.75	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR006455-PA
KEGG: 00230+2.7.6.1	Purine metabolism	4	gnl|laostr_OGSv1.2|LSTR016676-PA;gnl|laostr_OGSv1.2|LSTR009982-PA;gnl|laostr_OGSv1.2|LSTR002078-PA;gnl|laostr_OGSv1.2|LSTR002080-PA
Reactome: R-HSA-5654726	Negative regulation of FGFR1 signaling	6	gnl|laostr_OGSv1.2|LSTR001728-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
MetaCyc: PWY-3961	Phosphopantothenate biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR001928-PA;gnl|laostr_OGSv1.2|LSTR005953-PA
MetaCyc: PWY-7606	Docosahexaenoate biosynthesis III (6-desaturase, mammals)	10	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA
Reactome: R-HSA-975871	MyD88 cascade initiated on plasma membrane	2	gnl|laostr_OGSv1.2|LSTR003246-PA;gnl|laostr_OGSv1.2|LSTR005873-PA
Reactome: R-HSA-422356	Regulation of insulin secretion	2	gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR012029-PA
KEGG: 00561+3.1.1.3	Glycerolipid metabolism	4	gnl|laostr_OGSv1.2|LSTR004052-PA;gnl|laostr_OGSv1.2|LSTR010541-PA;gnl|laostr_OGSv1.2|LSTR010053-PA;gnl|laostr_OGSv1.2|LSTR010049-PA
Reactome: R-HSA-111957	Cam-PDE 1 activation	2	gnl|laostr_OGSv1.2|LSTR002759-PA;gnl|laostr_OGSv1.2|LSTR014647-PA
Reactome: R-HSA-9614399	Regulation of localization of FOXO transcription factors	2	gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR007465-PA
KEGG: 00901+2.7.1.222	Indole alkaloid biosynthesis	16	gnl|laostr_OGSv1.2|LSTR002458-PA;gnl|laostr_OGSv1.2|LSTR006784-PA;gnl|laostr_OGSv1.2|LSTR015325-PA;gnl|laostr_OGSv1.2|LSTR005277-PA;gnl|laostr_OGSv1.2|LSTR011884-PA;gnl|laostr_OGSv1.2|LSTR006781-PA;gnl|laostr_OGSv1.2|LSTR016644-PA;gnl|laostr_OGSv1.2|LSTR006780-PA;gnl|laostr_OGSv1.2|LSTR002456-PA;gnl|laostr_OGSv1.2|LSTR015533-PA;gnl|laostr_OGSv1.2|LSTR006783-PA;gnl|laostr_OGSv1.2|LSTR017611-PA;gnl|laostr_OGSv1.2|LSTR016926-PA;gnl|laostr_OGSv1.2|LSTR014452-PA;gnl|laostr_OGSv1.2|LSTR004109-PA;gnl|laostr_OGSv1.2|LSTR002457-PA
Reactome: R-HSA-6781827	Transcription-Coupled Nucleotide Excision Repair (TC-NER)	34	gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR008676-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR003302-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001499-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR010544-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR001322-PA;gnl|laostr_OGSv1.2|LSTR014891-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR007999-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR005075-PA;gnl|laostr_OGSv1.2|LSTR003989-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR014371-PA
MetaCyc: PWY-7838	Globo-series glycosphingolipids biosynthesis	3	gnl|laostr_OGSv1.2|LSTR003523-PA;gnl|laostr_OGSv1.2|LSTR015610-PA;gnl|laostr_OGSv1.2|LSTR011573-PA
Reactome: R-HSA-5357956	TNFR1-induced NFkappaB signaling pathway	8	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR007922-PA;gnl|laostr_OGSv1.2|LSTR002706-PA;gnl|laostr_OGSv1.2|LSTR004754-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR003336-PA;gnl|laostr_OGSv1.2|LSTR004947-PA
Reactome: R-HSA-196108	Pregnenolone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR013691-PA;gnl|laostr_OGSv1.2|LSTR012207-PA
Reactome: R-HSA-389977	Post-chaperonin tubulin folding pathway	16	gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR005868-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR005354-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR011389-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR009622-PA
MetaCyc: PWY-6361	1D-myo-inositol hexakisphosphate biosynthesis I (from Ins(1,4,5)P3)	1	gnl|laostr_OGSv1.2|LSTR013820-PA
Reactome: R-HSA-5083630	Defective LFNG causes SCDO3	1	gnl|laostr_OGSv1.2|LSTR011771-PA
Reactome: R-HSA-176974	Unwinding of DNA	14	gnl|laostr_OGSv1.2|LSTR013794-PA;gnl|laostr_OGSv1.2|LSTR008096-PA;gnl|laostr_OGSv1.2|LSTR008124-PA;gnl|laostr_OGSv1.2|LSTR001345-PA;gnl|laostr_OGSv1.2|LSTR011417-PA;gnl|laostr_OGSv1.2|LSTR004839-PA;gnl|laostr_OGSv1.2|LSTR000319-PA;gnl|laostr_OGSv1.2|LSTR011118-PA;gnl|laostr_OGSv1.2|LSTR001158-PA;gnl|laostr_OGSv1.2|LSTR000382-PA;gnl|laostr_OGSv1.2|LSTR016974-PA;gnl|laostr_OGSv1.2|LSTR000022-PA;gnl|laostr_OGSv1.2|LSTR010796-PA;gnl|laostr_OGSv1.2|LSTR000622-PA
KEGG: 00280+1.8.1.4	Valine, leucine and isoleucine degradation	1	gnl|laostr_OGSv1.2|LSTR006524-PA
MetaCyc: PWY-7340	9-cis, 11-trans-octadecadienoyl-CoA degradation (isomerase-dependent, yeast)	4	gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA
Reactome: R-HSA-5654704	SHC-mediated cascade:FGFR3	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-211945	Phase I - Functionalization of compounds	2	gnl|laostr_OGSv1.2|LSTR011044-PA;gnl|laostr_OGSv1.2|LSTR002344-PA
Reactome: R-HSA-9630221	Defective NTHL1 substrate processing	1	gnl|laostr_OGSv1.2|LSTR003190-PA
KEGG: 00592+3.1.1.4	alpha-Linolenic acid metabolism	11	gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR000702-PA
MetaCyc: PWY-5871	Ubiquinol-9 biosynthesis (eukaryotic)	5	gnl|laostr_OGSv1.2|LSTR012166-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR000513-PA
MetaCyc: PWY-7141	(3S)-linalool biosynthesis	5	gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR015723-PA
MetaCyc: PWY-7857	Adlupulone and adhumulone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-5602498	MyD88 deficiency (TLR2/4)	1	gnl|laostr_OGSv1.2|LSTR005873-PA
Reactome: R-HSA-8854214	TBC/RABGAPs	5	gnl|laostr_OGSv1.2|LSTR012538-PA;gnl|laostr_OGSv1.2|LSTR009346-PA;gnl|laostr_OGSv1.2|LSTR003816-PA;gnl|laostr_OGSv1.2|LSTR010192-PA;gnl|laostr_OGSv1.2|LSTR010941-PA
Reactome: R-HSA-4717374	Defective DPM1 causes DPM1-CDG (CDG-1e)	1	gnl|laostr_OGSv1.2|LSTR006621-PA
KEGG: 00910+1.4.1.14	Nitrogen metabolism	1	gnl|laostr_OGSv1.2|LSTR014058-PA
Reactome: R-HSA-112382	Formation of RNA Pol II elongation complex	51	gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR000425-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR012885-PA;gnl|laostr_OGSv1.2|LSTR007720-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR007882-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR002364-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR004448-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007721-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR008327-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR002862-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR008565-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA
Reactome: R-HSA-5578999	Defective GCLC causes Hemolytic anemia due to gamma-glutamylcysteine synthetase deficiency (HAGGSD)	2	gnl|laostr_OGSv1.2|LSTR011975-PA;gnl|laostr_OGSv1.2|LSTR008307-PA
KEGG: 00720+6.4.1.2	Carbon fixation pathways in prokaryotes	1	gnl|laostr_OGSv1.2|LSTR005641-PA
Reactome: R-HSA-6803204	TP53 Regulates Transcription of Genes Involved in Cytochrome C Release	5	gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR011737-PA;gnl|laostr_OGSv1.2|LSTR007430-PA;gnl|laostr_OGSv1.2|LSTR009450-PA;gnl|laostr_OGSv1.2|LSTR002541-PA
MetaCyc: PWY-6963	Ammonia assimilation cycle I	3	gnl|laostr_OGSv1.2|LSTR015841-PA;gnl|laostr_OGSv1.2|LSTR014286-PA;gnl|laostr_OGSv1.2|LSTR014058-PA
MetaCyc: PWY-8086	(S)-lactate fermentation to propanoate, acetate and hydrogen	10	gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR010963-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR011278-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR015210-PA
KEGG: 00020+6.2.1.4	Citrate cycle (TCA cycle)	1	gnl|laostr_OGSv1.2|LSTR006708-PA
Reactome: R-HSA-6785470	tRNA processing in the mitochondrion	4	gnl|laostr_OGSv1.2|LSTR009120-PA;gnl|laostr_OGSv1.2|LSTR008632-PA;gnl|laostr_OGSv1.2|LSTR009973-PA;gnl|laostr_OGSv1.2|LSTR003145-PA
Reactome: R-HSA-5625740	RHO GTPases activate PKNs	6	gnl|laostr_OGSv1.2|LSTR003582-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR001780-PA;gnl|laostr_OGSv1.2|LSTR004145-PA;gnl|laostr_OGSv1.2|LSTR017249-PA;gnl|laostr_OGSv1.2|LSTR004546-PA
MetaCyc: PWY-6679	Jadomycin biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005641-PA
Reactome: R-HSA-4419969	Depolymerisation of the Nuclear Lamina	3	gnl|laostr_OGSv1.2|LSTR013983-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR002169-PA
KEGG: 00640+1.2.1.27	Propanoate metabolism	2	gnl|laostr_OGSv1.2|LSTR016084-PA;gnl|laostr_OGSv1.2|LSTR005792-PA
Reactome: R-HSA-6804760	Regulation of TP53 Activity through Methylation	8	gnl|laostr_OGSv1.2|LSTR012403-PA;gnl|laostr_OGSv1.2|LSTR015088-PA;gnl|laostr_OGSv1.2|LSTR013098-PA;gnl|laostr_OGSv1.2|LSTR000710-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010105-PA
MetaCyc: PWY-5653	NAD biosynthesis from 2-amino-3-carboxymuconate semialdehyde	2	gnl|laostr_OGSv1.2|LSTR006352-PA;gnl|laostr_OGSv1.2|LSTR004785-PA
Reactome: R-HSA-9028731	Activated NTRK2 signals through FRS2 and FRS3	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR010410-PA
MetaCyc: PWY-6969	TCA cycle V (2-oxoglutarate:ferredoxin oxidoreductase)	17	gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR017448-PA
Reactome: R-HSA-5654712	FRS-mediated FGFR4 signaling	2	gnl|laostr_OGSv1.2|LSTR010410-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-7901	Glucosinolate biosynthesis from tyrosine	3	gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR002398-PA
Reactome: R-HSA-5467337	APC truncation mutants have impaired AXIN binding	3	gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR001953-PA
Reactome: R-HSA-5578998	Defective OPLAH causes 5-oxoprolinase deficiency (OPLAHD)	1	gnl|laostr_OGSv1.2|LSTR012518-PA
MetaCyc: PWY-6802	Salidroside biosynthesis	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
MetaCyc: PWY-7182	Linalool biosynthesis I	5	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR000747-PA
KEGG: 00562+3.1.4.11	Inositol phosphate metabolism	4	gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR009967-PA;gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR003141-PA
Reactome: R-HSA-937072	TRAF6-mediated induction of TAK1 complex within TLR4 complex	4	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR007945-PA
Reactome: R-HSA-8939247	RUNX1 regulates transcription of genes involved in interleukin signaling	1	gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-5099900	WNT5A-dependent internalization of FZD4	7	gnl|laostr_OGSv1.2|LSTR010689-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR014067-PA;gnl|laostr_OGSv1.2|LSTR016606-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR000031-PA
Reactome: R-HSA-5675221	Negative regulation of MAPK pathway	10	gnl|laostr_OGSv1.2|LSTR009023-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR015998-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR004264-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR003631-PA
Reactome: R-HSA-5610787	Hedgehog 'off' state	20	gnl|laostr_OGSv1.2|LSTR006862-PA;gnl|laostr_OGSv1.2|LSTR008403-PA;gnl|laostr_OGSv1.2|LSTR009956-PA;gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR016583-PA;gnl|laostr_OGSv1.2|LSTR004404-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR013312-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR016214-PA;gnl|laostr_OGSv1.2|LSTR007487-PA;gnl|laostr_OGSv1.2|LSTR004534-PA;gnl|laostr_OGSv1.2|LSTR008095-PA;gnl|laostr_OGSv1.2|LSTR002846-PA;gnl|laostr_OGSv1.2|LSTR015760-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR002108-PA;gnl|laostr_OGSv1.2|LSTR015466-PA
Reactome: R-HSA-69052	Switching of origins to a post-replicative state	7	gnl|laostr_OGSv1.2|LSTR008124-PA;gnl|laostr_OGSv1.2|LSTR000022-PA;gnl|laostr_OGSv1.2|LSTR011417-PA;gnl|laostr_OGSv1.2|LSTR011118-PA;gnl|laostr_OGSv1.2|LSTR010796-PA;gnl|laostr_OGSv1.2|LSTR000319-PA;gnl|laostr_OGSv1.2|LSTR001158-PA
KEGG: 00330+2.6.1.1	Arginine and proline metabolism	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
Reactome: R-HSA-167160	RNA Pol II CTD phosphorylation and interaction with CE during HIV infection	26	gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR009828-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR006826-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR009992-PA
Reactome: R-HSA-5358749	S37 mutants of beta-catenin aren't phosphorylated	3	gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR001966-PA
Reactome: R-HSA-1855231	Synthesis of IPs in the ER lumen	2	gnl|laostr_OGSv1.2|LSTR005377-PA;gnl|laostr_OGSv1.2|LSTR010687-PA
KEGG: 00330+2.6.1.13	Arginine and proline metabolism	2	gnl|laostr_OGSv1.2|LSTR003945-PA;gnl|laostr_OGSv1.2|LSTR003906-PA
Reactome: R-HSA-159230	Transport of the SLBP Dependant Mature mRNA	30	gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002044-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA
MetaCyc: PWY-5132	Lupulone and humulone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR004084-PA;gnl|laostr_OGSv1.2|LSTR003310-PA
KEGG: 04151+2.7.11.1	PI3K-Akt signaling pathway	64	gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR013926-PA;gnl|laostr_OGSv1.2|LSTR017684-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR007448-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR013925-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR008886-PA;gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR004383-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR006865-PA;gnl|laostr_OGSv1.2|LSTR003893-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR016805-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR014287-PA;gnl|laostr_OGSv1.2|LSTR017655-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR017685-PA;gnl|laostr_OGSv1.2|LSTR006149-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR007931-PA;gnl|laostr_OGSv1.2|LSTR014213-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR016019-PA;gnl|laostr_OGSv1.2|LSTR009000-PA;gnl|laostr_OGSv1.2|LSTR009001-PA;gnl|laostr_OGSv1.2|LSTR005718-PA;gnl|laostr_OGSv1.2|LSTR001826-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR009830-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR012874-PA;gnl|laostr_OGSv1.2|LSTR007449-PA;gnl|laostr_OGSv1.2|LSTR008298-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR016961-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR007451-PA;gnl|laostr_OGSv1.2|LSTR007810-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR013822-PA;gnl|laostr_OGSv1.2|LSTR007824-PA;gnl|laostr_OGSv1.2|LSTR000400-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR003411-PA;gnl|laostr_OGSv1.2|LSTR004095-PA
KEGG: 00260+2.1.2.1	Glycine, serine and threonine metabolism	2	gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR002605-PA
Reactome: R-HSA-880009	Interconversion of 2-oxoglutarate and 2-hydroxyglutarate	1	gnl|laostr_OGSv1.2|LSTR011843-PA
Reactome: R-HSA-2022928	HS-GAG biosynthesis	13	gnl|laostr_OGSv1.2|LSTR014082-PA;gnl|laostr_OGSv1.2|LSTR012915-PA;gnl|laostr_OGSv1.2|LSTR009430-PA;gnl|laostr_OGSv1.2|LSTR016411-PA;gnl|laostr_OGSv1.2|LSTR015100-PA;gnl|laostr_OGSv1.2|LSTR010511-PA;gnl|laostr_OGSv1.2|LSTR014745-PA;gnl|laostr_OGSv1.2|LSTR009218-PA;gnl|laostr_OGSv1.2|LSTR007093-PA;gnl|laostr_OGSv1.2|LSTR010704-PA;gnl|laostr_OGSv1.2|LSTR005462-PA;gnl|laostr_OGSv1.2|LSTR002533-PA;gnl|laostr_OGSv1.2|LSTR002901-PA
Reactome: R-HSA-381676	Glucagon-like Peptide-1 (GLP1) regulates insulin secretion	9	gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR007487-PA;gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR005306-PA
MetaCyc: PWY-5189	Tetrapyrrole biosynthesis II (from glycine)	5	gnl|laostr_OGSv1.2|LSTR006455-PA;gnl|laostr_OGSv1.2|LSTR016552-PA;gnl|laostr_OGSv1.2|LSTR011700-PA;gnl|laostr_OGSv1.2|LSTR002328-PA;gnl|laostr_OGSv1.2|LSTR008091-PA
KEGG: 00680+3.1.2.12	Methane metabolism	1	gnl|laostr_OGSv1.2|LSTR005944-PA
Reactome: R-HSA-111459	Activation of caspases through apoptosome-mediated cleavage	6	gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR005959-PA
Reactome: R-HSA-512988	Interleukin-3, Interleukin-5 and GM-CSF signaling	5	gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR004024-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-376176	Signaling by ROBO receptors	2	gnl|laostr_OGSv1.2|LSTR011307-PA;gnl|laostr_OGSv1.2|LSTR002849-PA
Reactome: R-HSA-418217	G beta:gamma signalling through PLC beta	6	gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR005306-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR001119-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR009431-PA
KEGG: 00903+4.2.1.17	Limonene and pinene degradation	4	gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-74749	Signal attenuation	3	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
Reactome: R-HSA-9013507	NOTCH3 Activation and Transmission of Signal to the Nucleus	12	gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR009704-PA;gnl|laostr_OGSv1.2|LSTR004767-PA;gnl|laostr_OGSv1.2|LSTR008054-PA;gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR003433-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR012238-PA
Reactome: R-HSA-162710	Synthesis of glycosylphosphatidylinositol (GPI)	17	gnl|laostr_OGSv1.2|LSTR010583-PA;gnl|laostr_OGSv1.2|LSTR005381-PA;gnl|laostr_OGSv1.2|LSTR016878-PA;gnl|laostr_OGSv1.2|LSTR011286-PA;gnl|laostr_OGSv1.2|LSTR000358-PA;gnl|laostr_OGSv1.2|LSTR008798-PA;gnl|laostr_OGSv1.2|LSTR013121-PA;gnl|laostr_OGSv1.2|LSTR008814-PA;gnl|laostr_OGSv1.2|LSTR002599-PA;gnl|laostr_OGSv1.2|LSTR010164-PA;gnl|laostr_OGSv1.2|LSTR015187-PA;gnl|laostr_OGSv1.2|LSTR000339-PA;gnl|laostr_OGSv1.2|LSTR009645-PA;gnl|laostr_OGSv1.2|LSTR003346-PA;gnl|laostr_OGSv1.2|LSTR009348-PA;gnl|laostr_OGSv1.2|LSTR016600-PA;gnl|laostr_OGSv1.2|LSTR009420-PA
MetaCyc: PWY-6627	Salinosporamide A biosynthesis	2	gnl|laostr_OGSv1.2|LSTR001023-PA;gnl|laostr_OGSv1.2|LSTR012883-PA
MetaCyc: PWY-6938	NADH repair	2	gnl|laostr_OGSv1.2|LSTR000173-PA;gnl|laostr_OGSv1.2|LSTR001274-PA
KEGG: 00332+1.2.1.41+2.7.2.11	Carbapenem biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002932-PA
Reactome: R-HSA-446193	Biosynthesis of the N-glycan precursor (dolichol lipid-linked oligosaccharide, LLO) and transfer to a nascent protein	14	gnl|laostr_OGSv1.2|LSTR002919-PA;gnl|laostr_OGSv1.2|LSTR013289-PA;gnl|laostr_OGSv1.2|LSTR012503-PA;gnl|laostr_OGSv1.2|LSTR002110-PA;gnl|laostr_OGSv1.2|LSTR003648-PA;gnl|laostr_OGSv1.2|LSTR011047-PA;gnl|laostr_OGSv1.2|LSTR003444-PA;gnl|laostr_OGSv1.2|LSTR005743-PA;gnl|laostr_OGSv1.2|LSTR009484-PA;gnl|laostr_OGSv1.2|LSTR008291-PA;gnl|laostr_OGSv1.2|LSTR014423-PA;gnl|laostr_OGSv1.2|LSTR000913-PA;gnl|laostr_OGSv1.2|LSTR002174-PA;gnl|laostr_OGSv1.2|LSTR017150-PA
KEGG: 00230+2.7.1.20	Purine metabolism	2	gnl|laostr_OGSv1.2|LSTR010312-PA;gnl|laostr_OGSv1.2|LSTR000299-PA
Reactome: R-HSA-389960	Formation of tubulin folding intermediates by CCT/TriC	24	gnl|laostr_OGSv1.2|LSTR002338-PA;gnl|laostr_OGSv1.2|LSTR017351-PA;gnl|laostr_OGSv1.2|LSTR007713-PA;gnl|laostr_OGSv1.2|LSTR002339-PA;gnl|laostr_OGSv1.2|LSTR012721-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR003981-PA;gnl|laostr_OGSv1.2|LSTR015380-PA;gnl|laostr_OGSv1.2|LSTR001781-PA;gnl|laostr_OGSv1.2|LSTR003483-PA;gnl|laostr_OGSv1.2|LSTR000262-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR009029-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA
KEGG: 00010+2.7.1.1	Glycolysis / Gluconeogenesis	2	gnl|laostr_OGSv1.2|LSTR001975-PA;gnl|laostr_OGSv1.2|LSTR001047-PA
Reactome: R-HSA-442742	CREB1 phosphorylation through NMDA receptor-mediated activation of RAS signaling	1	gnl|laostr_OGSv1.2|LSTR004095-PA
MetaCyc: PWY-7852	6-hydroxymethyl-dihydropterin diphosphate biosynthesis IV (Plasmodium)	1	gnl|laostr_OGSv1.2|LSTR003984-PA
Reactome: R-HSA-77387	Insulin receptor recycling	23	gnl|laostr_OGSv1.2|LSTR005279-PA;gnl|laostr_OGSv1.2|LSTR011352-PA;gnl|laostr_OGSv1.2|LSTR010610-PA;gnl|laostr_OGSv1.2|LSTR005108-PA;gnl|laostr_OGSv1.2|LSTR008523-PA;gnl|laostr_OGSv1.2|LSTR010389-PA;gnl|laostr_OGSv1.2|LSTR006944-PA;gnl|laostr_OGSv1.2|LSTR013908-PA;gnl|laostr_OGSv1.2|LSTR010440-PA;gnl|laostr_OGSv1.2|LSTR003189-PA;gnl|laostr_OGSv1.2|LSTR001230-PA;gnl|laostr_OGSv1.2|LSTR002578-PA;gnl|laostr_OGSv1.2|LSTR007898-PA;gnl|laostr_OGSv1.2|LSTR004559-PA;gnl|laostr_OGSv1.2|LSTR016875-PA;gnl|laostr_OGSv1.2|LSTR010377-PA;gnl|laostr_OGSv1.2|LSTR008199-PA;gnl|laostr_OGSv1.2|LSTR009602-PA;gnl|laostr_OGSv1.2|LSTR017360-PA;gnl|laostr_OGSv1.2|LSTR008021-PA;gnl|laostr_OGSv1.2|LSTR015904-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR009149-PA
Reactome: R-HSA-2871837	FCERI mediated NF-kB activation	46	gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA
Reactome: R-HSA-9018676	Biosynthesis of D-series resolvins	1	gnl|laostr_OGSv1.2|LSTR009632-PA
MetaCyc: PWY-6936	Seleno-amino acid biosynthesis (plants)	3	gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR002397-PA
Reactome: R-HSA-180910	Vpr-mediated nuclear import of PICs	27	gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR000581-PA
Reactome: R-HSA-2424491	DAP12 signaling	2	gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-901032	ER Quality Control Compartment (ERQC)	9	gnl|laostr_OGSv1.2|LSTR002249-PA;gnl|laostr_OGSv1.2|LSTR002248-PA;gnl|laostr_OGSv1.2|LSTR017344-PA;gnl|laostr_OGSv1.2|LSTR010879-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010878-PA;gnl|laostr_OGSv1.2|LSTR015704-PA;gnl|laostr_OGSv1.2|LSTR009020-PA
KEGG: 00480+1.1.1.42	Glutathione metabolism	2	gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR008345-PA
KEGG: 00564+2.3.1.51	Glycerophospholipid metabolism	6	gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR011431-PA
KEGG: 00730+3.1.3.1	Thiamine metabolism	7	gnl|laostr_OGSv1.2|LSTR017475-PA;gnl|laostr_OGSv1.2|LSTR004652-PA;gnl|laostr_OGSv1.2|LSTR003289-PA;gnl|laostr_OGSv1.2|LSTR016165-PA;gnl|laostr_OGSv1.2|LSTR006324-PA;gnl|laostr_OGSv1.2|LSTR005522-PA;gnl|laostr_OGSv1.2|LSTR010652-PA
Reactome: R-HSA-3270619	IRF3-mediated induction of type I IFN	5	gnl|laostr_OGSv1.2|LSTR011015-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR013646-PA;gnl|laostr_OGSv1.2|LSTR004276-PA
Reactome: R-HSA-110362	POLB-Dependent Long Patch Base Excision Repair	5	gnl|laostr_OGSv1.2|LSTR012103-PA;gnl|laostr_OGSv1.2|LSTR007983-PA;gnl|laostr_OGSv1.2|LSTR000337-PA;gnl|laostr_OGSv1.2|LSTR005850-PA;gnl|laostr_OGSv1.2|LSTR017521-PA
KEGG: 00564+1.1.1.8	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR009734-PA
Reactome: R-HSA-9018896	Biosynthesis of E-series 18(S)-resolvins	1	gnl|laostr_OGSv1.2|LSTR009632-PA
Reactome: R-HSA-179409	APC-Cdc20 mediated degradation of Nek2A	11	gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR008915-PA
Reactome: R-HSA-174411	Polymerase switching on the C-strand of the telomere	16	gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR001286-PA;gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR006042-PA
Reactome: R-HSA-2393930	Phosphate bond hydrolysis by NUDT proteins	3	gnl|laostr_OGSv1.2|LSTR002409-PA;gnl|laostr_OGSv1.2|LSTR008757-PA;gnl|laostr_OGSv1.2|LSTR003365-PA
Reactome: R-HSA-2426168	Activation of gene expression by SREBF (SREBP)	18	gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR013090-PA;gnl|laostr_OGSv1.2|LSTR012316-PA;gnl|laostr_OGSv1.2|LSTR003737-PA;gnl|laostr_OGSv1.2|LSTR009812-PA;gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR015134-PA;gnl|laostr_OGSv1.2|LSTR002090-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR009277-PA;gnl|laostr_OGSv1.2|LSTR011749-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR017159-PA
MetaCyc: PWY-5142	Acyl-[acyl-carrier protein] thioesterase pathway	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
KEGG: 00020+2.3.1.61	Citrate cycle (TCA cycle)	1	gnl|laostr_OGSv1.2|LSTR007355-PA
KEGG: 00970+6.1.1.3	Aminoacyl-tRNA biosynthesis	6	gnl|laostr_OGSv1.2|LSTR012225-PA;gnl|laostr_OGSv1.2|LSTR000169-PA;gnl|laostr_OGSv1.2|LSTR003186-PA;gnl|laostr_OGSv1.2|LSTR005684-PA;gnl|laostr_OGSv1.2|LSTR015262-PA;gnl|laostr_OGSv1.2|LSTR001469-PA
Reactome: R-HSA-4570571	Defective RFT1 causes RFT1-CDG (CDG-1n)	1	gnl|laostr_OGSv1.2|LSTR002174-PA
KEGG: 00020+1.8.1.4	Citrate cycle (TCA cycle)	1	gnl|laostr_OGSv1.2|LSTR006524-PA
KEGG: 00450+2.7.7.4	Selenocompound metabolism	1	gnl|laostr_OGSv1.2|LSTR005145-PA
KEGG: 00760+2.3.1.286	Nicotinate and nicotinamide metabolism	6	gnl|laostr_OGSv1.2|LSTR002004-PA;gnl|laostr_OGSv1.2|LSTR002564-PA;gnl|laostr_OGSv1.2|LSTR012136-PA;gnl|laostr_OGSv1.2|LSTR012657-PA;gnl|laostr_OGSv1.2|LSTR015358-PA;gnl|laostr_OGSv1.2|LSTR009123-PA
Reactome: R-HSA-9018681	Biosynthesis of protectins	1	gnl|laostr_OGSv1.2|LSTR009632-PA
MetaCyc: PWY-3461	L-tyrosine biosynthesis II	1	gnl|laostr_OGSv1.2|LSTR012883-PA
KEGG: 00230+6.3.2.6	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR011377-PA
KEGG: 00562+5.5.1.4	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR006356-PA
Reactome: R-HSA-446205	Synthesis of GDP-mannose	5	gnl|laostr_OGSv1.2|LSTR012404-PA;gnl|laostr_OGSv1.2|LSTR005915-PA;gnl|laostr_OGSv1.2|LSTR003443-PA;gnl|laostr_OGSv1.2|LSTR001281-PA;gnl|laostr_OGSv1.2|LSTR014530-PA
Reactome: R-HSA-5617833	Cilium Assembly	22	gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR003880-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR003892-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR000329-PA
MetaCyc: PWY-6978	Plastoquinol-9 biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR000513-PA;gnl|laostr_OGSv1.2|LSTR015194-PA
Reactome: R-HSA-419037	NCAM1 interactions	3	gnl|laostr_OGSv1.2|LSTR004000-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR008504-PA
KEGG: 00520+5.4.2.3	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR005272-PA
Reactome: R-HSA-167590	Nef Mediated CD4 Down-regulation	5	gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR016875-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR004559-PA
KEGG: 00561+2.3.1.20	Glycerolipid metabolism	4	gnl|laostr_OGSv1.2|LSTR010017-PA;gnl|laostr_OGSv1.2|LSTR005819-PA;gnl|laostr_OGSv1.2|LSTR009733-PA;gnl|laostr_OGSv1.2|LSTR013808-PA
Reactome: R-HSA-9634600	Regulation of glycolysis by fructose 2,6-bisphosphate metabolism	3	gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR001749-PA;gnl|laostr_OGSv1.2|LSTR012301-PA
MetaCyc: PWY-181	Photorespiration 	2	gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR013383-PA
Reactome: R-HSA-5083628	Defective POMGNT1 causes MDDGA3, MDDGB3 and MDDGC3	1	gnl|laostr_OGSv1.2|LSTR000803-PA
MetaCyc: PWY-4041	Gamma-glutamyl cycle	8	gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR010672-PA;gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR007236-PA;gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR001419-PA
KEGG: 00220+6.3.1.2	Arginine biosynthesis	2	gnl|laostr_OGSv1.2|LSTR015841-PA;gnl|laostr_OGSv1.2|LSTR014286-PA
KEGG: 00010+4.1.1.32	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR005947-PA
MetaCyc: PWY-7290	Escherichia coli serotype O86 O-antigen biosynthesis	1	gnl|laostr_OGSv1.2|LSTR016196-PA
Reactome: R-HSA-70370	Galactose catabolism	5	gnl|laostr_OGSv1.2|LSTR001909-PA;gnl|laostr_OGSv1.2|LSTR000448-PA;gnl|laostr_OGSv1.2|LSTR016936-PA;gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR016463-PA
Reactome: R-HSA-912526	Interleukin receptor SHC signaling	4	gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR014466-PA
KEGG: 00230+6.3.4.4	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR002970-PA
Reactome: R-HSA-140342	Apoptosis induced DNA fragmentation	1	gnl|laostr_OGSv1.2|LSTR004077-PA
KEGG: 00010+6.2.1.1	Glycolysis / Gluconeogenesis	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-74217	Purine salvage	10	gnl|laostr_OGSv1.2|LSTR009903-PA;gnl|laostr_OGSv1.2|LSTR017034-PA;gnl|laostr_OGSv1.2|LSTR007670-PA;gnl|laostr_OGSv1.2|LSTR006541-PA;gnl|laostr_OGSv1.2|LSTR000802-PA;gnl|laostr_OGSv1.2|LSTR012626-PA;gnl|laostr_OGSv1.2|LSTR001023-PA;gnl|laostr_OGSv1.2|LSTR016467-PA;gnl|laostr_OGSv1.2|LSTR000299-PA;gnl|laostr_OGSv1.2|LSTR010312-PA
Reactome: R-HSA-71288	Creatine metabolism	1	gnl|laostr_OGSv1.2|LSTR005308-PA
Reactome: R-HSA-163615	PKA activation	9	gnl|laostr_OGSv1.2|LSTR012076-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR015466-PA;gnl|laostr_OGSv1.2|LSTR008136-PA;gnl|laostr_OGSv1.2|LSTR005022-PA;gnl|laostr_OGSv1.2|LSTR011371-PA;gnl|laostr_OGSv1.2|LSTR007487-PA;gnl|laostr_OGSv1.2|LSTR016214-PA
Reactome: R-HSA-4549356	Defective DPAGT1 causes DPAGT1-CDG (CDG-1j) and CMSTA2	1	gnl|laostr_OGSv1.2|LSTR000913-PA
Reactome: R-HSA-9613829	Chaperone Mediated Autophagy	3	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR005320-PA
Reactome: R-HSA-1483101	Synthesis of PS	1	gnl|laostr_OGSv1.2|LSTR003982-PA
Reactome: R-HSA-8939246	RUNX1 regulates transcription of genes involved in differentiation of myeloid cells	1	gnl|laostr_OGSv1.2|LSTR007964-PA
MetaCyc: PWY-7181	Pyrimidine deoxyribonucleosides degradation	2	gnl|laostr_OGSv1.2|LSTR001663-PA;gnl|laostr_OGSv1.2|LSTR013809-PA
Reactome: R-HSA-156827	L13a-mediated translational silencing of Ceruloplasmin expression	97	gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR004047-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR002612-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR011207-PA;gnl|laostr_OGSv1.2|LSTR006029-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR003867-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR017466-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR000254-PA;gnl|laostr_OGSv1.2|LSTR002577-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR010642-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR013430-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR010641-PA;gnl|laostr_OGSv1.2|LSTR001103-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR013138-PA;gnl|laostr_OGSv1.2|LSTR005690-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR003448-PA
Reactome: R-HSA-9029558	NR1H2 & NR1H3 regulate gene expression linked to lipogenesis	5	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR015134-PA;gnl|laostr_OGSv1.2|LSTR017159-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA
KEGG: 00250+1.2.1.88	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR001734-PA
KEGG: 00564+3.1.1.4	Glycerophospholipid metabolism	7	gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR010363-PA
Reactome: R-HSA-1538133	G0 and Early G1	6	gnl|laostr_OGSv1.2|LSTR004289-PA;gnl|laostr_OGSv1.2|LSTR000650-PA;gnl|laostr_OGSv1.2|LSTR007165-PA;gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR009818-PA
Reactome: R-HSA-8854691	Interleukin-20 family signaling	2	gnl|laostr_OGSv1.2|LSTR002914-PA;gnl|laostr_OGSv1.2|LSTR000289-PA
Reactome: R-HSA-3371497	HSP90 chaperone cycle for steroid hormone receptors (SHR)	35	gnl|laostr_OGSv1.2|LSTR001466-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR005787-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR003457-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR000006-PA;gnl|laostr_OGSv1.2|LSTR004568-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR007052-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR015886-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR002754-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR003687-PA
Reactome: R-HSA-167044	Signalling to RAS	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00562+3.1.3.25	Inositol phosphate metabolism	2	gnl|laostr_OGSv1.2|LSTR006740-PA;gnl|laostr_OGSv1.2|LSTR013361-PA
Reactome: R-HSA-76061	RNA Polymerase III Transcription Initiation From Type 1 Promoter	24	gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR007149-PA;gnl|laostr_OGSv1.2|LSTR010249-PA;gnl|laostr_OGSv1.2|LSTR007763-PA;gnl|laostr_OGSv1.2|LSTR000586-PA;gnl|laostr_OGSv1.2|LSTR012892-PA;gnl|laostr_OGSv1.2|LSTR012105-PA;gnl|laostr_OGSv1.2|LSTR008968-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR007422-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR011378-PA;gnl|laostr_OGSv1.2|LSTR013779-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR012878-PA;gnl|laostr_OGSv1.2|LSTR011030-PA;gnl|laostr_OGSv1.2|LSTR007299-PA;gnl|laostr_OGSv1.2|LSTR002606-PA;gnl|laostr_OGSv1.2|LSTR007257-PA;gnl|laostr_OGSv1.2|LSTR001847-PA;gnl|laostr_OGSv1.2|LSTR012104-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA
Reactome: R-HSA-9627069	Regulation of the apoptosome activity	11	gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR007820-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR003431-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR006036-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
MetaCyc: PWY-6611	Adenine and adenosine salvage V	1	gnl|laostr_OGSv1.2|LSTR001023-PA
Reactome: R-HSA-1655829	Regulation of cholesterol biosynthesis by SREBP (SREBF)	13	gnl|laostr_OGSv1.2|LSTR003403-PA;gnl|laostr_OGSv1.2|LSTR016719-PA;gnl|laostr_OGSv1.2|LSTR014940-PA;gnl|laostr_OGSv1.2|LSTR014091-PA;gnl|laostr_OGSv1.2|LSTR002438-PA;gnl|laostr_OGSv1.2|LSTR015491-PA;gnl|laostr_OGSv1.2|LSTR011484-PA;gnl|laostr_OGSv1.2|LSTR000200-PA;gnl|laostr_OGSv1.2|LSTR001287-PA;gnl|laostr_OGSv1.2|LSTR015778-PA;gnl|laostr_OGSv1.2|LSTR014382-PA;gnl|laostr_OGSv1.2|LSTR000433-PA;gnl|laostr_OGSv1.2|LSTR017354-PA
KEGG: 00720+1.5.1.5+3.5.4.9	Carbon fixation pathways in prokaryotes	2	gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR004901-PA
KEGG: 00380+1.13.11.11	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR007713-PA
KEGG: 04070+2.7.1.158	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR013820-PA
Reactome: R-HSA-9665246	Resistance of ERBB2 KD mutants to neratinib	1	gnl|laostr_OGSv1.2|LSTR005656-PA
Reactome: R-HSA-6804114	TP53 Regulates Transcription of Genes Involved in G2 Cell Cycle Arrest	6	gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR000650-PA
Reactome: R-HSA-426048	Arachidonate production from DAG	3	gnl|laostr_OGSv1.2|LSTR010686-PA;gnl|laostr_OGSv1.2|LSTR011451-PA;gnl|laostr_OGSv1.2|LSTR004872-PA
MetaCyc: PWY-8106	Queuosine biosynthesis III (queuosine salvage)	2	gnl|laostr_OGSv1.2|LSTR002185-PA;gnl|laostr_OGSv1.2|LSTR002733-PA
Reactome: R-HSA-5619063	Defective SLC29A3 causes histiocytosis-lymphadenopathy plus syndrome (HLAS)	1	gnl|laostr_OGSv1.2|LSTR000860-PA
Reactome: R-HSA-156581	Methylation	4	gnl|laostr_OGSv1.2|LSTR012355-PA;gnl|laostr_OGSv1.2|LSTR005295-PA;gnl|laostr_OGSv1.2|LSTR007735-PA;gnl|laostr_OGSv1.2|LSTR003791-PA
MetaCyc: PWY-5530	Sorbitol biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR012486-PA;gnl|laostr_OGSv1.2|LSTR012528-PA
Reactome: R-HSA-877312	Regulation of IFNG signaling	2	gnl|laostr_OGSv1.2|LSTR004024-PA;gnl|laostr_OGSv1.2|LSTR011246-PA
MetaCyc: PWY-7922	Protein O-mannosylation II (mammals, core M1 and core M2)	11	gnl|laostr_OGSv1.2|LSTR017598-PA;gnl|laostr_OGSv1.2|LSTR002313-PA;gnl|laostr_OGSv1.2|LSTR008009-PA;gnl|laostr_OGSv1.2|LSTR006621-PA;gnl|laostr_OGSv1.2|LSTR003492-PA;gnl|laostr_OGSv1.2|LSTR011837-PA;gnl|laostr_OGSv1.2|LSTR003544-PA;gnl|laostr_OGSv1.2|LSTR003019-PA;gnl|laostr_OGSv1.2|LSTR005038-PA;gnl|laostr_OGSv1.2|LSTR013873-PA;gnl|laostr_OGSv1.2|LSTR014872-PA
MetaCyc: PWY-7328	Superpathway of UDP-glucose-derived O-antigen building blocks biosynthesis	2	gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR001909-PA
MetaCyc: PWY-8053	Anandamide biosynthesis II	20	gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR002643-PA
Reactome: R-HSA-3065676	SUMO is conjugated to E1 (UBA2:SAE1)	1	gnl|laostr_OGSv1.2|LSTR001094-PA
Reactome: R-HSA-8963889	Assembly of active LPL and LIPC lipase complexes	3	gnl|laostr_OGSv1.2|LSTR002438-PA;gnl|laostr_OGSv1.2|LSTR014091-PA;gnl|laostr_OGSv1.2|LSTR009624-PA
Reactome: R-HSA-8854518	AURKA Activation by TPX2	19	gnl|laostr_OGSv1.2|LSTR013391-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR006782-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR001765-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR004315-PA;gnl|laostr_OGSv1.2|LSTR002923-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR004789-PA;gnl|laostr_OGSv1.2|LSTR009495-PA;gnl|laostr_OGSv1.2|LSTR013124-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR004837-PA;gnl|laostr_OGSv1.2|LSTR005516-PA;gnl|laostr_OGSv1.2|LSTR008573-PA;gnl|laostr_OGSv1.2|LSTR000576-PA
Reactome: R-HSA-174084	Autodegradation of Cdh1 by Cdh1:APC/C	49	gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR012884-PA
Reactome: R-HSA-3359463	Defective CUBN causes hereditary megaloblastic anemia 1	1	gnl|laostr_OGSv1.2|LSTR005050-PA
KEGG: 00020+4.2.1.2	Citrate cycle (TCA cycle)	3	gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR015210-PA
Reactome: R-HSA-170968	Frs2-mediated activation	2	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
Reactome: R-HSA-5632927	Defective Mismatch Repair Associated With MSH3	1	gnl|laostr_OGSv1.2|LSTR015192-PA
KEGG: 00240+1.17.4.1	Pyrimidine metabolism	4	gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR008853-PA
KEGG: 00290+4.2.1.33	Valine, leucine and isoleucine biosynthesis	6	gnl|laostr_OGSv1.2|LSTR011993-PA;gnl|laostr_OGSv1.2|LSTR011244-PA;gnl|laostr_OGSv1.2|LSTR016188-PA;gnl|laostr_OGSv1.2|LSTR016816-PA;gnl|laostr_OGSv1.2|LSTR015133-PA;gnl|laostr_OGSv1.2|LSTR009995-PA
MetaCyc: PWY-7888	Trna-uridine 2-thiolation (cytoplasmic)	1	gnl|laostr_OGSv1.2|LSTR016255-PA
KEGG: 00600+3.2.1.23	Sphingolipid metabolism	5	gnl|laostr_OGSv1.2|LSTR005138-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR012507-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR010758-PA
KEGG: 00900+2.5.1.87	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002403-PA
Reactome: R-HSA-201688	WNT mediated activation of DVL	3	gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR000475-PA;gnl|laostr_OGSv1.2|LSTR000476-PA
Reactome: R-HSA-167162	RNA Polymerase II HIV Promoter Escape	34	gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR014371-PA
Reactome: R-HSA-450321	JNK (c-Jun kinases) phosphorylation and activation mediated by activated human TAK1	5	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001509-PA;gnl|laostr_OGSv1.2|LSTR008273-PA;gnl|laostr_OGSv1.2|LSTR004947-PA
Reactome: R-HSA-6791055	TALDO1 deficiency: failed conversion of SH7P, GA3P to Fru(6)P, E4P	1	gnl|laostr_OGSv1.2|LSTR013810-PA
Reactome: R-HSA-6791461	RPIA deficiency: failed conversion of RU5P to R5P	1	gnl|laostr_OGSv1.2|LSTR004429-PA
Reactome: R-HSA-9615017	FOXO-mediated transcription of oxidative stress, metabolic and neuronal genes	4	gnl|laostr_OGSv1.2|LSTR003334-PA;gnl|laostr_OGSv1.2|LSTR012351-PA;gnl|laostr_OGSv1.2|LSTR012987-PA;gnl|laostr_OGSv1.2|LSTR007465-PA
KEGG: 00072+2.3.3.10	Synthesis and degradation of ketone bodies	1	gnl|laostr_OGSv1.2|LSTR008121-PA
KEGG: 00030+5.3.1.9	Pentose phosphate pathway	2	gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR006469-PA
Reactome: R-HSA-165054	Rev-mediated nuclear export of HIV RNA	32	gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR000433-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR014940-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR011374-PA
Reactome: R-HSA-1222556	ROS and RNS production in phagocytes	24	gnl|laostr_OGSv1.2|LSTR008021-PA;gnl|laostr_OGSv1.2|LSTR017360-PA;gnl|laostr_OGSv1.2|LSTR009602-PA;gnl|laostr_OGSv1.2|LSTR008199-PA;gnl|laostr_OGSv1.2|LSTR010377-PA;gnl|laostr_OGSv1.2|LSTR009149-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR015904-PA;gnl|laostr_OGSv1.2|LSTR003189-PA;gnl|laostr_OGSv1.2|LSTR013908-PA;gnl|laostr_OGSv1.2|LSTR010440-PA;gnl|laostr_OGSv1.2|LSTR010666-PA;gnl|laostr_OGSv1.2|LSTR010389-PA;gnl|laostr_OGSv1.2|LSTR006944-PA;gnl|laostr_OGSv1.2|LSTR008523-PA;gnl|laostr_OGSv1.2|LSTR005279-PA;gnl|laostr_OGSv1.2|LSTR011352-PA;gnl|laostr_OGSv1.2|LSTR010610-PA;gnl|laostr_OGSv1.2|LSTR005108-PA;gnl|laostr_OGSv1.2|LSTR016875-PA;gnl|laostr_OGSv1.2|LSTR002578-PA;gnl|laostr_OGSv1.2|LSTR007898-PA;gnl|laostr_OGSv1.2|LSTR004559-PA;gnl|laostr_OGSv1.2|LSTR001230-PA
KEGG: 00030+2.7.1.15	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR011597-PA
Reactome: R-HSA-9634638	Estrogen-dependent nuclear events downstream of ESR-membrane signaling	6	gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR011432-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR011722-PA
Reactome: R-HSA-1660661	Sphingolipid de novo biosynthesis	10	gnl|laostr_OGSv1.2|LSTR011247-PA;gnl|laostr_OGSv1.2|LSTR013796-PA;gnl|laostr_OGSv1.2|LSTR003957-PA;gnl|laostr_OGSv1.2|LSTR009902-PA;gnl|laostr_OGSv1.2|LSTR003120-PA;gnl|laostr_OGSv1.2|LSTR010423-PA;gnl|laostr_OGSv1.2|LSTR009633-PA;gnl|laostr_OGSv1.2|LSTR001729-PA;gnl|laostr_OGSv1.2|LSTR015687-PA;gnl|laostr_OGSv1.2|LSTR013450-PA
KEGG: 00401+2.6.1.1	Novobiocin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
KEGG: 00480+4.3.2.9	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR007236-PA
Reactome: R-HSA-2160916	Hyaluronan uptake and degradation	11	gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR013124-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR010758-PA;gnl|laostr_OGSv1.2|LSTR001238-PA
MetaCyc: PWY-6892	Thiazole biosynthesis I (facultative anaerobic bacteria)	1	gnl|laostr_OGSv1.2|LSTR009529-PA
Reactome: R-HSA-419771	Opsins	3	gnl|laostr_OGSv1.2|LSTR009676-PA;gnl|laostr_OGSv1.2|LSTR013635-PA;gnl|laostr_OGSv1.2|LSTR010420-PA
MetaCyc: PWY-7892	Trna-uridine 2-thiolation and selenation (bacteria)	1	gnl|laostr_OGSv1.2|LSTR009774-PA
Reactome: R-HSA-1368082	RORA activates gene expression	6	gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR006492-PA
KEGG: 04070+2.7.4.24+2.7.4.21	Phosphatidylinositol signaling system	3	gnl|laostr_OGSv1.2|LSTR007612-PA;gnl|laostr_OGSv1.2|LSTR007611-PA;gnl|laostr_OGSv1.2|LSTR009653-PA
KEGG: 00510+2.4.1.258	N-Glycan biosynthesis	2	gnl|laostr_OGSv1.2|LSTR017150-PA;gnl|laostr_OGSv1.2|LSTR011047-PA
MetaCyc: PWY-1042	Glycolysis IV (plant cytosol)	22	gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR008240-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR009787-PA;gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR006488-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR017208-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR007798-PA
KEGG: 00010+5.3.1.9	Glycolysis / Gluconeogenesis	2	gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
KEGG: 00900+2.7.7.60	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR006319-PA
KEGG: 00473+5.1.1.1	D-Alanine metabolism	1	gnl|laostr_OGSv1.2|LSTR008469-PA
KEGG: 00860+1.3.3.3	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR004122-PA
KEGG: 00250+6.3.5.5	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR003617-PA
KEGG: 00565+3.1.3.4	Ether lipid metabolism	1	gnl|laostr_OGSv1.2|LSTR004565-PA
MetaCyc: PWY-7158	L-phenylalanine degradation V	3	gnl|laostr_OGSv1.2|LSTR009904-PA;gnl|laostr_OGSv1.2|LSTR009906-PA;gnl|laostr_OGSv1.2|LSTR011667-PA
Reactome: R-HSA-3301854	Nuclear Pore Complex (NPC) Disassembly	27	gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR000581-PA
Reactome: R-HSA-6814122	Cooperation of PDCL (PhLP1) and TRiC/CCT in G-protein beta folding	22	gnl|laostr_OGSv1.2|LSTR009029-PA;gnl|laostr_OGSv1.2|LSTR002449-PA;gnl|laostr_OGSv1.2|LSTR014895-PA;gnl|laostr_OGSv1.2|LSTR000096-PA;gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR007468-PA;gnl|laostr_OGSv1.2|LSTR009431-PA;gnl|laostr_OGSv1.2|LSTR000262-PA;gnl|laostr_OGSv1.2|LSTR003483-PA;gnl|laostr_OGSv1.2|LSTR001781-PA;gnl|laostr_OGSv1.2|LSTR015380-PA;gnl|laostr_OGSv1.2|LSTR001507-PA;gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR003981-PA;gnl|laostr_OGSv1.2|LSTR002433-PA;gnl|laostr_OGSv1.2|LSTR012721-PA;gnl|laostr_OGSv1.2|LSTR004154-PA;gnl|laostr_OGSv1.2|LSTR002339-PA;gnl|laostr_OGSv1.2|LSTR007713-PA;gnl|laostr_OGSv1.2|LSTR002338-PA;gnl|laostr_OGSv1.2|LSTR017351-PA;gnl|laostr_OGSv1.2|LSTR005306-PA
Reactome: R-HSA-4085001	Sialic acid metabolism	7	gnl|laostr_OGSv1.2|LSTR005451-PA;gnl|laostr_OGSv1.2|LSTR002771-PA;gnl|laostr_OGSv1.2|LSTR015974-PA;gnl|laostr_OGSv1.2|LSTR007408-PA;gnl|laostr_OGSv1.2|LSTR007757-PA;gnl|laostr_OGSv1.2|LSTR002692-PA;gnl|laostr_OGSv1.2|LSTR012644-PA
Reactome: R-HSA-70221	Glycogen breakdown (glycogenolysis)	5	gnl|laostr_OGSv1.2|LSTR012435-PA;gnl|laostr_OGSv1.2|LSTR011510-PA;gnl|laostr_OGSv1.2|LSTR001061-PA;gnl|laostr_OGSv1.2|LSTR012258-PA;gnl|laostr_OGSv1.2|LSTR001389-PA
Reactome: R-HSA-139915	Activation of PUMA and translocation to mitochondria	4	gnl|laostr_OGSv1.2|LSTR007430-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR002541-PA;gnl|laostr_OGSv1.2|LSTR009450-PA
KEGG: 00250+6.3.4.4	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR002970-PA
MetaCyc: PWY-8004	Entner-Doudoroff pathway I	20	gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR001896-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR009787-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR002987-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR002988-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR007019-PA
Reactome: R-HSA-428543	Inactivation of CDC42 and RAC1	1	gnl|laostr_OGSv1.2|LSTR004378-PA
KEGG: 00720+4.2.1.3	Carbon fixation pathways in prokaryotes	6	gnl|laostr_OGSv1.2|LSTR016816-PA;gnl|laostr_OGSv1.2|LSTR015133-PA;gnl|laostr_OGSv1.2|LSTR009995-PA;gnl|laostr_OGSv1.2|LSTR011993-PA;gnl|laostr_OGSv1.2|LSTR011244-PA;gnl|laostr_OGSv1.2|LSTR016188-PA
KEGG: 00750+2.7.1.35	Vitamin B6 metabolism	1	gnl|laostr_OGSv1.2|LSTR003439-PA
Reactome: R-HSA-5693571	Nonhomologous End-Joining (NHEJ)	20	gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR000247-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR011015-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR004276-PA;gnl|laostr_OGSv1.2|LSTR002561-PA;gnl|laostr_OGSv1.2|LSTR013646-PA;gnl|laostr_OGSv1.2|LSTR000193-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR007401-PA;gnl|laostr_OGSv1.2|LSTR006412-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR000369-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR004967-PA
KEGG: 00053+3.1.1.17	Ascorbate and aldarate metabolism	2	gnl|laostr_OGSv1.2|LSTR012486-PA;gnl|laostr_OGSv1.2|LSTR012528-PA
KEGG: 00130+2.5.1.39	Ubiquinone and other terpenoid-quinone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR000513-PA
MetaCyc: PWY-7727	Docosahexaenoate biosynthesis IV (4-desaturase, mammals)	2	gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR002886-PA
Reactome: R-HSA-611105	Respiratory electron transport	65	gnl|laostr_OGSv1.2|LSTR001035-PA;gnl|laostr_OGSv1.2|LSTR000825-PA;gnl|laostr_OGSv1.2|LSTR010084-PA;gnl|laostr_OGSv1.2|LSTR011640-PA;gnl|laostr_OGSv1.2|LSTR011210-PA;gnl|laostr_OGSv1.2|LSTR013354-PA;gnl|laostr_OGSv1.2|LSTR013074-PA;gnl|laostr_OGSv1.2|LSTR013841-PA;gnl|laostr_OGSv1.2|LSTR005563-PA;gnl|laostr_OGSv1.2|LSTR015881-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR005236-PA;gnl|laostr_OGSv1.2|LSTR015261-PA;gnl|laostr_OGSv1.2|LSTR007088-PA;gnl|laostr_OGSv1.2|LSTR002799-PA;gnl|laostr_OGSv1.2|LSTR000582-PA;gnl|laostr_OGSv1.2|LSTR003833-PA;gnl|laostr_OGSv1.2|LSTR014000-PA;gnl|laostr_OGSv1.2|LSTR014609-PA;gnl|laostr_OGSv1.2|LSTR006908-PA;gnl|laostr_OGSv1.2|LSTR007261-PA;gnl|laostr_OGSv1.2|LSTR010370-PA;gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR006183-PA;gnl|laostr_OGSv1.2|LSTR003263-PA;gnl|laostr_OGSv1.2|LSTR015755-PA;gnl|laostr_OGSv1.2|LSTR017024-PA;gnl|laostr_OGSv1.2|LSTR003580-PA;gnl|laostr_OGSv1.2|LSTR014386-PA;gnl|laostr_OGSv1.2|LSTR010951-PA;gnl|laostr_OGSv1.2|LSTR009686-PA;gnl|laostr_OGSv1.2|LSTR001688-PA;gnl|laostr_OGSv1.2|LSTR007283-PA;gnl|laostr_OGSv1.2|LSTR002246-PA;gnl|laostr_OGSv1.2|LSTR012072-PA;gnl|laostr_OGSv1.2|LSTR014575-PA;gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR014847-PA;gnl|laostr_OGSv1.2|LSTR001581-PA;gnl|laostr_OGSv1.2|LSTR012027-PA;gnl|laostr_OGSv1.2|LSTR000624-PA;gnl|laostr_OGSv1.2|LSTR008927-PA;gnl|laostr_OGSv1.2|LSTR014285-PA;gnl|laostr_OGSv1.2|LSTR010369-PA;gnl|laostr_OGSv1.2|LSTR009426-PA;gnl|laostr_OGSv1.2|LSTR000008-PA;gnl|laostr_OGSv1.2|LSTR014720-PA;gnl|laostr_OGSv1.2|LSTR009976-PA;gnl|laostr_OGSv1.2|LSTR010302-PA;gnl|laostr_OGSv1.2|LSTR013800-PA;gnl|laostr_OGSv1.2|LSTR000474-PA;gnl|laostr_OGSv1.2|LSTR002401-PA;gnl|laostr_OGSv1.2|LSTR012527-PA;gnl|laostr_OGSv1.2|LSTR015066-PA;gnl|laostr_OGSv1.2|LSTR001178-PA;gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR006823-PA;gnl|laostr_OGSv1.2|LSTR010223-PA;gnl|laostr_OGSv1.2|LSTR004893-PA;gnl|laostr_OGSv1.2|LSTR004398-PA;gnl|laostr_OGSv1.2|LSTR004458-PA;gnl|laostr_OGSv1.2|LSTR004814-PA;gnl|laostr_OGSv1.2|LSTR017652-PA;gnl|laostr_OGSv1.2|LSTR011333-PA
Reactome: R-HSA-5205685	Pink/Parkin Mediated Mitophagy	11	gnl|laostr_OGSv1.2|LSTR001589-PA;gnl|laostr_OGSv1.2|LSTR014602-PA;gnl|laostr_OGSv1.2|LSTR008169-PA;gnl|laostr_OGSv1.2|LSTR013871-PA;gnl|laostr_OGSv1.2|LSTR001357-PA;gnl|laostr_OGSv1.2|LSTR016853-PA;gnl|laostr_OGSv1.2|LSTR005732-PA;gnl|laostr_OGSv1.2|LSTR003520-PA;gnl|laostr_OGSv1.2|LSTR009724-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
Reactome: R-HSA-6784531	tRNA processing in the nucleus	52	gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR008913-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR013804-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR007156-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR012487-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR000500-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR001951-PA;gnl|laostr_OGSv1.2|LSTR012056-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR001314-PA;gnl|laostr_OGSv1.2|LSTR006838-PA;gnl|laostr_OGSv1.2|LSTR014940-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR004604-PA;gnl|laostr_OGSv1.2|LSTR012344-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR009170-PA;gnl|laostr_OGSv1.2|LSTR007406-PA;gnl|laostr_OGSv1.2|LSTR009120-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR014236-PA;gnl|laostr_OGSv1.2|LSTR004852-PA;gnl|laostr_OGSv1.2|LSTR001373-PA;gnl|laostr_OGSv1.2|LSTR003624-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR000433-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009896-PA;gnl|laostr_OGSv1.2|LSTR006312-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR016547-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR004556-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR008632-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA
Reactome: R-HSA-937039	IRAK1 recruits IKK complex	4	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR008053-PA;gnl|laostr_OGSv1.2|LSTR003438-PA
Reactome: R-HSA-187577	SCF(Skp2)-mediated degradation of p27/p21	41	gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
Reactome: R-HSA-71262	Carnitine synthesis	4	gnl|laostr_OGSv1.2|LSTR004336-PA;gnl|laostr_OGSv1.2|LSTR006930-PA;gnl|laostr_OGSv1.2|LSTR002410-PA;gnl|laostr_OGSv1.2|LSTR006137-PA
Reactome: R-HSA-5250958	Toxicity of botulinum toxin type B (BoNT/B)	1	gnl|laostr_OGSv1.2|LSTR005888-PA
KEGG: 00362+4.2.1.17	Benzoate degradation	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-674695	RNA Polymerase II Pre-transcription Events	62	gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR008327-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR007721-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR008565-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR002862-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR000425-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR012885-PA;gnl|laostr_OGSv1.2|LSTR007720-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR004448-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR002364-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR007882-PA
KEGG: 00520+3.5.1.25	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR011777-PA
KEGG: 00020+1.1.1.42	Citrate cycle (TCA cycle)	2	gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR010006-PA
Reactome: R-HSA-69205	G1/S-Specific Transcription	16	gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR011327-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR009818-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR013794-PA;gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR007453-PA;gnl|laostr_OGSv1.2|LSTR014066-PA;gnl|laostr_OGSv1.2|LSTR000650-PA;gnl|laostr_OGSv1.2|LSTR007165-PA;gnl|laostr_OGSv1.2|LSTR004289-PA;gnl|laostr_OGSv1.2|LSTR015115-PA
Reactome: R-HSA-69541	Stabilization of p53	3	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00052+3.2.1.23	Galactose metabolism	5	gnl|laostr_OGSv1.2|LSTR010758-PA;gnl|laostr_OGSv1.2|LSTR012507-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR005138-PA;gnl|laostr_OGSv1.2|LSTR014018-PA
Reactome: R-HSA-2046105	Linoleic acid (LA) metabolism	1	gnl|laostr_OGSv1.2|LSTR003894-PA
Reactome: R-HSA-192456	Digestion of dietary lipid	4	gnl|laostr_OGSv1.2|LSTR010049-PA;gnl|laostr_OGSv1.2|LSTR004052-PA;gnl|laostr_OGSv1.2|LSTR010541-PA;gnl|laostr_OGSv1.2|LSTR010053-PA
MetaCyc: PWY-7746	Mycobacterial sulfolipid biosynthesis	3	gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
Reactome: R-HSA-165159	mTOR signalling	15	gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR002175-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR008851-PA;gnl|laostr_OGSv1.2|LSTR014448-PA;gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR011511-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR016398-PA;gnl|laostr_OGSv1.2|LSTR001282-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR005256-PA;gnl|laostr_OGSv1.2|LSTR006597-PA
Reactome: R-HSA-5223345	Miscellaneous transport and binding events	4	gnl|laostr_OGSv1.2|LSTR014299-PA;gnl|laostr_OGSv1.2|LSTR009485-PA;gnl|laostr_OGSv1.2|LSTR014300-PA;gnl|laostr_OGSv1.2|LSTR008786-PA
MetaCyc: PWY-6369	Inositol diphosphates biosynthesis	4	gnl|laostr_OGSv1.2|LSTR007611-PA;gnl|laostr_OGSv1.2|LSTR007612-PA;gnl|laostr_OGSv1.2|LSTR013820-PA;gnl|laostr_OGSv1.2|LSTR009653-PA
Reactome: R-HSA-114604	GPVI-mediated activation cascade	7	gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR004024-PA
MetaCyc: PWY-8041	Ultra-long-chain fatty acid biosynthesis	25	gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR007112-PA
KEGG: 00520+2.7.1.6	Amino sugar and nucleotide sugar metabolism	5	gnl|laostr_OGSv1.2|LSTR007737-PA;gnl|laostr_OGSv1.2|LSTR003151-PA;gnl|laostr_OGSv1.2|LSTR007455-PA;gnl|laostr_OGSv1.2|LSTR015487-PA;gnl|laostr_OGSv1.2|LSTR007454-PA
Reactome: R-HSA-9634285	Constitutive Signaling by Overexpressed ERBB2	2	gnl|laostr_OGSv1.2|LSTR005656-PA;gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-77350	Beta oxidation of hexanoyl-CoA to butanoyl-CoA	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-1483226	Synthesis of PI	1	gnl|laostr_OGSv1.2|LSTR001803-PA
KEGG: 00670+1.5.1.3	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR011327-PA
KEGG: 00534+2.4.1.224+2.4.1.225	Glycosaminoglycan biosynthesis - heparan sulfate / heparin	3	gnl|laostr_OGSv1.2|LSTR012915-PA;gnl|laostr_OGSv1.2|LSTR005462-PA;gnl|laostr_OGSv1.2|LSTR015100-PA
Reactome: R-HSA-2980766	Nuclear Envelope Breakdown	1	gnl|laostr_OGSv1.2|LSTR002169-PA
MetaCyc: PWY-6133	(S)-reticuline biosynthesis II	1	gnl|laostr_OGSv1.2|LSTR013848-PA
MetaCyc: PWY-4321	L-glutamate degradation IV	1	gnl|laostr_OGSv1.2|LSTR014110-PA
Reactome: R-HSA-9636467	Blockage of phagosome acidification	2	gnl|laostr_OGSv1.2|LSTR004559-PA;gnl|laostr_OGSv1.2|LSTR016875-PA
Reactome: R-HSA-8849932	Synaptic adhesion-like molecules	6	gnl|laostr_OGSv1.2|LSTR005542-PA;gnl|laostr_OGSv1.2|LSTR010270-PA;gnl|laostr_OGSv1.2|LSTR002371-PA;gnl|laostr_OGSv1.2|LSTR017590-PA;gnl|laostr_OGSv1.2|LSTR012218-PA;gnl|laostr_OGSv1.2|LSTR001885-PA
MetaCyc: PWY-8099	Tetrahydropteridine recycling	2	gnl|laostr_OGSv1.2|LSTR009906-PA;gnl|laostr_OGSv1.2|LSTR009904-PA
Reactome: R-HSA-917937	Iron uptake and transport	10	gnl|laostr_OGSv1.2|LSTR008577-PA;gnl|laostr_OGSv1.2|LSTR009744-PA;gnl|laostr_OGSv1.2|LSTR016816-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR011244-PA;gnl|laostr_OGSv1.2|LSTR011993-PA;gnl|laostr_OGSv1.2|LSTR016188-PA;gnl|laostr_OGSv1.2|LSTR008578-PA
Reactome: R-HSA-180024	DARPP-32 events	6	gnl|laostr_OGSv1.2|LSTR004251-PA;gnl|laostr_OGSv1.2|LSTR007487-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR010596-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR004252-PA
Reactome: R-HSA-5693565	Recruitment and ATM-mediated phosphorylation of repair and signaling proteins at DNA double strand breaks	18	gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR000369-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR006412-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007401-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR007636-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR007912-PA;gnl|laostr_OGSv1.2|LSTR009023-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR015908-PA
Reactome: R-HSA-70350	Fructose catabolism	7	gnl|laostr_OGSv1.2|LSTR010477-PA;gnl|laostr_OGSv1.2|LSTR005095-PA;gnl|laostr_OGSv1.2|LSTR010473-PA;gnl|laostr_OGSv1.2|LSTR005838-PA;gnl|laostr_OGSv1.2|LSTR010474-PA;gnl|laostr_OGSv1.2|LSTR016351-PA;gnl|laostr_OGSv1.2|LSTR000263-PA
KEGG: 04660+3.1.3.16	T cell receptor signaling pathway	35	gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR005845-PA;gnl|laostr_OGSv1.2|LSTR009439-PA;gnl|laostr_OGSv1.2|LSTR005830-PA;gnl|laostr_OGSv1.2|LSTR016511-PA;gnl|laostr_OGSv1.2|LSTR008933-PA;gnl|laostr_OGSv1.2|LSTR015289-PA;gnl|laostr_OGSv1.2|LSTR005629-PA;gnl|laostr_OGSv1.2|LSTR012942-PA;gnl|laostr_OGSv1.2|LSTR002992-PA;gnl|laostr_OGSv1.2|LSTR011834-PA;gnl|laostr_OGSv1.2|LSTR011214-PA;gnl|laostr_OGSv1.2|LSTR011117-PA;gnl|laostr_OGSv1.2|LSTR009023-PA;gnl|laostr_OGSv1.2|LSTR009668-PA;gnl|laostr_OGSv1.2|LSTR006055-PA;gnl|laostr_OGSv1.2|LSTR004264-PA;gnl|laostr_OGSv1.2|LSTR012148-PA;gnl|laostr_OGSv1.2|LSTR002350-PA;gnl|laostr_OGSv1.2|LSTR011043-PA;gnl|laostr_OGSv1.2|LSTR006874-PA;gnl|laostr_OGSv1.2|LSTR003325-PA;gnl|laostr_OGSv1.2|LSTR010706-PA;gnl|laostr_OGSv1.2|LSTR010596-PA;gnl|laostr_OGSv1.2|LSTR002808-PA;gnl|laostr_OGSv1.2|LSTR009210-PA;gnl|laostr_OGSv1.2|LSTR001948-PA;gnl|laostr_OGSv1.2|LSTR005545-PA;gnl|laostr_OGSv1.2|LSTR010075-PA;gnl|laostr_OGSv1.2|LSTR010679-PA;gnl|laostr_OGSv1.2|LSTR010335-PA;gnl|laostr_OGSv1.2|LSTR013093-PA;gnl|laostr_OGSv1.2|LSTR000902-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR004493-PA
MetaCyc: PWY-7115	C4 photosynthetic carbon assimilation cycle, NAD-ME type	10	gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR009638-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR005936-PA
KEGG: 00230+1.17.4.1	Purine metabolism	4	gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR017065-PA
Reactome: R-HSA-606279	Deposition of new CENPA-containing nucleosomes at the centromere	8	gnl|laostr_OGSv1.2|LSTR004704-PA;gnl|laostr_OGSv1.2|LSTR005255-PA;gnl|laostr_OGSv1.2|LSTR007861-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR000122-PA;gnl|laostr_OGSv1.2|LSTR005254-PA;gnl|laostr_OGSv1.2|LSTR003769-PA;gnl|laostr_OGSv1.2|LSTR001261-PA
Reactome: R-HSA-381340	Transcriptional regulation of white adipocyte differentiation	39	gnl|laostr_OGSv1.2|LSTR012268-PA;gnl|laostr_OGSv1.2|LSTR003591-PA;gnl|laostr_OGSv1.2|LSTR007474-PA;gnl|laostr_OGSv1.2|LSTR012204-PA;gnl|laostr_OGSv1.2|LSTR011848-PA;gnl|laostr_OGSv1.2|LSTR009258-PA;gnl|laostr_OGSv1.2|LSTR001903-PA;gnl|laostr_OGSv1.2|LSTR014017-PA;gnl|laostr_OGSv1.2|LSTR008520-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR009416-PA;gnl|laostr_OGSv1.2|LSTR009775-PA;gnl|laostr_OGSv1.2|LSTR015852-PA;gnl|laostr_OGSv1.2|LSTR006362-PA;gnl|laostr_OGSv1.2|LSTR003931-PA;gnl|laostr_OGSv1.2|LSTR011125-PA;gnl|laostr_OGSv1.2|LSTR009847-PA;gnl|laostr_OGSv1.2|LSTR013285-PA;gnl|laostr_OGSv1.2|LSTR000407-PA;gnl|laostr_OGSv1.2|LSTR005603-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR001806-PA;gnl|laostr_OGSv1.2|LSTR001060-PA;gnl|laostr_OGSv1.2|LSTR010651-PA;gnl|laostr_OGSv1.2|LSTR008238-PA;gnl|laostr_OGSv1.2|LSTR000915-PA;gnl|laostr_OGSv1.2|LSTR015762-PA;gnl|laostr_OGSv1.2|LSTR011424-PA;gnl|laostr_OGSv1.2|LSTR005575-PA;gnl|laostr_OGSv1.2|LSTR011769-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR003872-PA;gnl|laostr_OGSv1.2|LSTR003314-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR006077-PA;gnl|laostr_OGSv1.2|LSTR009191-PA;gnl|laostr_OGSv1.2|LSTR016381-PA;gnl|laostr_OGSv1.2|LSTR000973-PA
Reactome: R-HSA-8849175	Threonine catabolism	2	gnl|laostr_OGSv1.2|LSTR008290-PA;gnl|laostr_OGSv1.2|LSTR012817-PA
KEGG: 00900+2.7.4.2	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009812-PA
Reactome: R-HSA-6782861	Synthesis of wybutosine at G37 of tRNA(Phe)	4	gnl|laostr_OGSv1.2|LSTR009121-PA;gnl|laostr_OGSv1.2|LSTR016246-PA;gnl|laostr_OGSv1.2|LSTR001045-PA;gnl|laostr_OGSv1.2|LSTR011743-PA
KEGG: 00970+6.1.1.10	Aminoacyl-tRNA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR004798-PA;gnl|laostr_OGSv1.2|LSTR006215-PA
KEGG: 00460+2.3.2.2	Cyanoamino acid metabolism	7	gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR010672-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR009133-PA
Reactome: R-HSA-381426	Regulation of Insulin-like Growth Factor (IGF) transport and uptake by Insulin-like Growth Factor Binding Proteins (IGFBPs)	10	gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR006178-PA;gnl|laostr_OGSv1.2|LSTR013674-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR011820-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR008324-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR000076-PA;gnl|laostr_OGSv1.2|LSTR014091-PA
MetaCyc: PWY-5744	Glyoxylate assimilation	6	gnl|laostr_OGSv1.2|LSTR000833-PA;gnl|laostr_OGSv1.2|LSTR005936-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR015318-PA;gnl|laostr_OGSv1.2|LSTR009638-PA
MetaCyc: PWY-6722	Candicidin biosynthesis	3	gnl|laostr_OGSv1.2|LSTR015318-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR000833-PA
Reactome: R-HSA-69091	Polymerase switching	16	gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR001286-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR007781-PA
Reactome: R-HSA-159236	Transport of Mature mRNA derived from an Intron-Containing Transcript	53	gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR011732-PA;gnl|laostr_OGSv1.2|LSTR003244-PA;gnl|laostr_OGSv1.2|LSTR011164-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR005076-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR011755-PA;gnl|laostr_OGSv1.2|LSTR008961-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR009706-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR003521-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR008885-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR013256-PA;gnl|laostr_OGSv1.2|LSTR015250-PA;gnl|laostr_OGSv1.2|LSTR003553-PA;gnl|laostr_OGSv1.2|LSTR000472-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR009122-PA;gnl|laostr_OGSv1.2|LSTR016089-PA;gnl|laostr_OGSv1.2|LSTR010657-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR010206-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR003724-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR007683-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR001280-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR010669-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR008958-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR005980-PA;gnl|laostr_OGSv1.2|LSTR009707-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA
KEGG: 00561+2.7.1.107	Glycerolipid metabolism	5	gnl|laostr_OGSv1.2|LSTR007968-PA;gnl|laostr_OGSv1.2|LSTR008380-PA;gnl|laostr_OGSv1.2|LSTR003294-PA;gnl|laostr_OGSv1.2|LSTR006253-PA;gnl|laostr_OGSv1.2|LSTR006252-PA
MetaCyc: PWY-7942	5-oxo-L-proline metabolism	5	gnl|laostr_OGSv1.2|LSTR003228-PA;gnl|laostr_OGSv1.2|LSTR012394-PA;gnl|laostr_OGSv1.2|LSTR014339-PA;gnl|laostr_OGSv1.2|LSTR009700-PA;gnl|laostr_OGSv1.2|LSTR004115-PA
Reactome: R-HSA-2132295	MHC class II antigen presentation	74	gnl|laostr_OGSv1.2|LSTR013402-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR002692-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR007300-PA;gnl|laostr_OGSv1.2|LSTR003373-PA;gnl|laostr_OGSv1.2|LSTR012695-PA;gnl|laostr_OGSv1.2|LSTR003403-PA;gnl|laostr_OGSv1.2|LSTR017639-PA;gnl|laostr_OGSv1.2|LSTR000187-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR004071-PA;gnl|laostr_OGSv1.2|LSTR004990-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003091-PA;gnl|laostr_OGSv1.2|LSTR015974-PA;gnl|laostr_OGSv1.2|LSTR015685-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR004568-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR005257-PA;gnl|laostr_OGSv1.2|LSTR002754-PA;gnl|laostr_OGSv1.2|LSTR001135-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR016719-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR009619-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR007757-PA;gnl|laostr_OGSv1.2|LSTR012696-PA;gnl|laostr_OGSv1.2|LSTR005787-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR005273-PA;gnl|laostr_OGSv1.2|LSTR010948-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR001466-PA;gnl|laostr_OGSv1.2|LSTR001287-PA;gnl|laostr_OGSv1.2|LSTR000706-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR002608-PA;gnl|laostr_OGSv1.2|LSTR005984-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR006623-PA;gnl|laostr_OGSv1.2|LSTR008390-PA;gnl|laostr_OGSv1.2|LSTR004991-PA;gnl|laostr_OGSv1.2|LSTR007052-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR002771-PA;gnl|laostr_OGSv1.2|LSTR006233-PA;gnl|laostr_OGSv1.2|LSTR001341-PA;gnl|laostr_OGSv1.2|LSTR000006-PA;gnl|laostr_OGSv1.2|LSTR011067-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR013814-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR008191-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR004185-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR000200-PA;gnl|laostr_OGSv1.2|LSTR015886-PA;gnl|laostr_OGSv1.2|LSTR006603-PA
KEGG: 00051+2.7.1.11	Fructose and mannose metabolism	3	gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR017208-PA
MetaCyc: PWY-7854	Crotonyl-coa/ethylmalonyl-coa/hydroxybutyryl-coa cycle (engineered)	4	gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008872-PA
Reactome: R-HSA-2197563	NOTCH2 intracellular domain regulates transcription	2	gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR004239-PA
Reactome: R-HSA-193681	Ceramide signalling	1	gnl|laostr_OGSv1.2|LSTR010458-PA
Reactome: R-HSA-446388	Regulation of cytoskeletal remodeling and cell spreading by IPP complex components	1	gnl|laostr_OGSv1.2|LSTR011373-PA
KEGG: 00350+1.1.1.1	Tyrosine metabolism	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
MetaCyc: PWY-5971	Palmitate biosynthesis II (bacteria and plant cytoplasm)	3	gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR005393-PA
KEGG: 00550+2.4.1.227	Peptidoglycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002919-PA
KEGG: 00600+1.14.19.17	Sphingolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR013796-PA
Reactome: R-HSA-500753	Pyrimidine biosynthesis	3	gnl|laostr_OGSv1.2|LSTR013218-PA;gnl|laostr_OGSv1.2|LSTR005405-PA;gnl|laostr_OGSv1.2|LSTR007352-PA
Reactome: R-HSA-5578749	Transcriptional regulation by small RNAs	37	gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR014940-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR000433-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR006667-PA
Reactome: R-HSA-180336	SHC1 events in EGFR signaling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
MetaCyc: PWY-8060	2-deoxy-D-ribose degradation I	1	gnl|laostr_OGSv1.2|LSTR006927-PA
Reactome: R-HSA-5625900	RHO GTPases activate CIT	1	gnl|laostr_OGSv1.2|LSTR006351-PA
Reactome: R-HSA-71403	Citric acid cycle (TCA cycle)	28	gnl|laostr_OGSv1.2|LSTR009476-PA;gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR009275-PA;gnl|laostr_OGSv1.2|LSTR003580-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR006524-PA;gnl|laostr_OGSv1.2|LSTR009201-PA;gnl|laostr_OGSv1.2|LSTR009995-PA;gnl|laostr_OGSv1.2|LSTR017325-PA;gnl|laostr_OGSv1.2|LSTR007355-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR007043-PA;gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR015133-PA;gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR002246-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR006454-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR014575-PA;gnl|laostr_OGSv1.2|LSTR012527-PA;gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR017024-PA;gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR005794-PA
KEGG: 00562+2.7.1.67	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR001288-PA
MetaCyc: PWY-5108	L-isoleucine biosynthesis V	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-5607764	CLEC7A (Dectin-1) signaling	46	gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR013724-PA
Reactome: R-HSA-113418	Formation of the Early Elongation Complex	32	gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR001990-PA
KEGG: 00350+3.7.1.2	Tyrosine metabolism	1	gnl|laostr_OGSv1.2|LSTR007656-PA
MetaCyc: PWY-6987	Lipoate biosynthesis and incorporation III (Bacillus)	5	gnl|laostr_OGSv1.2|LSTR001672-PA;gnl|laostr_OGSv1.2|LSTR011151-PA;gnl|laostr_OGSv1.2|LSTR004137-PA;gnl|laostr_OGSv1.2|LSTR011234-PA;gnl|laostr_OGSv1.2|LSTR011768-PA
MetaCyc: PWY-7077	N-acetyl-D-galactosamine degradation	1	gnl|laostr_OGSv1.2|LSTR011777-PA
Reactome: R-HSA-166208	mTORC1-mediated signalling	18	gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR002175-PA;gnl|laostr_OGSv1.2|LSTR006597-PA;gnl|laostr_OGSv1.2|LSTR005256-PA;gnl|laostr_OGSv1.2|LSTR016398-PA;gnl|laostr_OGSv1.2|LSTR001282-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR014448-PA;gnl|laostr_OGSv1.2|LSTR008851-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR011511-PA
Reactome: R-HSA-111471	Apoptotic factor-mediated response	1	gnl|laostr_OGSv1.2|LSTR007168-PA
KEGG: 00260+2.6.1.52	Glycine, serine and threonine metabolism	1	gnl|laostr_OGSv1.2|LSTR002623-PA
Reactome: R-HSA-4641262	Disassembly of the destruction complex and recruitment of AXIN to the membrane	6	gnl|laostr_OGSv1.2|LSTR003844-PA;gnl|laostr_OGSv1.2|LSTR000475-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR000476-PA
KEGG: 00280+1.3.8.4	Valine, leucine and isoleucine degradation	1	gnl|laostr_OGSv1.2|LSTR006941-PA
Reactome: R-HSA-5696395	Formation of Incision Complex in GG-NER	25	gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR009400-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR000688-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR007983-PA;gnl|laostr_OGSv1.2|LSTR001018-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR013102-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR000315-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
Reactome: R-HSA-432047	Passive transport by Aquaporins	8	gnl|laostr_OGSv1.2|LSTR013064-PA;gnl|laostr_OGSv1.2|LSTR004928-PA;gnl|laostr_OGSv1.2|LSTR017038-PA;gnl|laostr_OGSv1.2|LSTR004649-PA;gnl|laostr_OGSv1.2|LSTR002658-PA;gnl|laostr_OGSv1.2|LSTR002659-PA;gnl|laostr_OGSv1.2|LSTR002442-PA;gnl|laostr_OGSv1.2|LSTR002441-PA
KEGG: 00240+3.5.2.3	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR003617-PA
Reactome: R-HSA-2151201	Transcriptional activation of mitochondrial biogenesis	29	gnl|laostr_OGSv1.2|LSTR001710-PA;gnl|laostr_OGSv1.2|LSTR008405-PA;gnl|laostr_OGSv1.2|LSTR012351-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR008315-PA;gnl|laostr_OGSv1.2|LSTR006365-PA;gnl|laostr_OGSv1.2|LSTR008138-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR008939-PA;gnl|laostr_OGSv1.2|LSTR001089-PA;gnl|laostr_OGSv1.2|LSTR013767-PA;gnl|laostr_OGSv1.2|LSTR002560-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR009088-PA;gnl|laostr_OGSv1.2|LSTR003666-PA;gnl|laostr_OGSv1.2|LSTR012907-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR012165-PA;gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR015201-PA;gnl|laostr_OGSv1.2|LSTR008316-PA;gnl|laostr_OGSv1.2|LSTR004587-PA;gnl|laostr_OGSv1.2|LSTR002302-PA;gnl|laostr_OGSv1.2|LSTR004581-PA;gnl|laostr_OGSv1.2|LSTR009395-PA
Reactome: R-HSA-72187	mRNA 3'-end processing	34	gnl|laostr_OGSv1.2|LSTR015250-PA;gnl|laostr_OGSv1.2|LSTR013256-PA;gnl|laostr_OGSv1.2|LSTR003553-PA;gnl|laostr_OGSv1.2|LSTR000472-PA;gnl|laostr_OGSv1.2|LSTR007750-PA;gnl|laostr_OGSv1.2|LSTR016089-PA;gnl|laostr_OGSv1.2|LSTR009122-PA;gnl|laostr_OGSv1.2|LSTR009170-PA;gnl|laostr_OGSv1.2|LSTR010657-PA;gnl|laostr_OGSv1.2|LSTR003521-PA;gnl|laostr_OGSv1.2|LSTR008885-PA;gnl|laostr_OGSv1.2|LSTR014998-PA;gnl|laostr_OGSv1.2|LSTR009219-PA;gnl|laostr_OGSv1.2|LSTR011755-PA;gnl|laostr_OGSv1.2|LSTR008961-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR009706-PA;gnl|laostr_OGSv1.2|LSTR011732-PA;gnl|laostr_OGSv1.2|LSTR011164-PA;gnl|laostr_OGSv1.2|LSTR003244-PA;gnl|laostr_OGSv1.2|LSTR014561-PA;gnl|laostr_OGSv1.2|LSTR005076-PA;gnl|laostr_OGSv1.2|LSTR009707-PA;gnl|laostr_OGSv1.2|LSTR007156-PA;gnl|laostr_OGSv1.2|LSTR001280-PA;gnl|laostr_OGSv1.2|LSTR001255-PA;gnl|laostr_OGSv1.2|LSTR008958-PA;gnl|laostr_OGSv1.2|LSTR004604-PA;gnl|laostr_OGSv1.2|LSTR007683-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR017659-PA;gnl|laostr_OGSv1.2|LSTR010343-PA;gnl|laostr_OGSv1.2|LSTR010206-PA;gnl|laostr_OGSv1.2|LSTR003724-PA
MetaCyc: PWY-7400	L-arginine biosynthesis IV (archaebacteria)	1	gnl|laostr_OGSv1.2|LSTR003617-PA
Reactome: R-HSA-391160	Signal regulatory protein family interactions	3	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR003895-PA;gnl|laostr_OGSv1.2|LSTR004024-PA
Reactome: R-HSA-209560	NF-kB is activated and signals survival	3	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003520-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00730+2.7.6.2	Thiamine metabolism	1	gnl|laostr_OGSv1.2|LSTR011549-PA
MetaCyc: PWY-735	Jasmonic acid biosynthesis	4	gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
Reactome: R-HSA-5689880	Ub-specific processing proteases	71	gnl|laostr_OGSv1.2|LSTR013220-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR006334-PA;gnl|laostr_OGSv1.2|LSTR008671-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010791-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003302-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR009094-PA;gnl|laostr_OGSv1.2|LSTR016452-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR002037-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR005295-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR007861-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR008990-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR007272-PA;gnl|laostr_OGSv1.2|LSTR012855-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR001186-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR001417-PA;gnl|laostr_OGSv1.2|LSTR008344-PA;gnl|laostr_OGSv1.2|LSTR006677-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR004552-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR017566-PA;gnl|laostr_OGSv1.2|LSTR015326-PA;gnl|laostr_OGSv1.2|LSTR005343-PA;gnl|laostr_OGSv1.2|LSTR012918-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR005858-PA;gnl|laostr_OGSv1.2|LSTR007700-PA;gnl|laostr_OGSv1.2|LSTR004858-PA;gnl|laostr_OGSv1.2|LSTR008376-PA
MetaCyc: PWY-7230	Ubiquinol-6 biosynthesis from 4-aminobenzoate (yeast)	3	gnl|laostr_OGSv1.2|LSTR012166-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015214-PA
Reactome: R-HSA-6802946	Signaling by moderate kinase activity BRAF mutants	8	gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR003631-PA;gnl|laostr_OGSv1.2|LSTR015998-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
Reactome: R-HSA-110381	Resolution of AP sites via the single-nucleotide replacement pathway	1	gnl|laostr_OGSv1.2|LSTR008793-PA
Reactome: R-HSA-4793952	Defective MGAT2 causes MGAT2-CDG (CDG-2a)	1	gnl|laostr_OGSv1.2|LSTR009127-PA
MetaCyc: PWY-5855	Ubiquinol-7 biosynthesis (prokaryotic)	5	gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR012166-PA;gnl|laostr_OGSv1.2|LSTR000513-PA
Reactome: R-HSA-2206292	MPS VII - Sly syndrome	4	gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR001238-PA;gnl|laostr_OGSv1.2|LSTR010758-PA
KEGG: 00620+1.1.1.37	Pyruvate metabolism	5	gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR015604-PA
MetaCyc: PWY-5743	3-hydroxypropanoate cycle	7	gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR015318-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR009638-PA;gnl|laostr_OGSv1.2|LSTR002726-PA;gnl|laostr_OGSv1.2|LSTR000833-PA;gnl|laostr_OGSv1.2|LSTR005936-PA
KEGG: 00310+2.3.1.61	Lysine degradation	1	gnl|laostr_OGSv1.2|LSTR007355-PA
Reactome: R-HSA-69202	Cyclin E associated events during G1/S transition	11	gnl|laostr_OGSv1.2|LSTR009818-PA;gnl|laostr_OGSv1.2|LSTR002996-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR004289-PA;gnl|laostr_OGSv1.2|LSTR007165-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR011722-PA
KEGG: 00410+4.2.1.17	beta-Alanine metabolism	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-203754	NOSIP mediated eNOS trafficking	1	gnl|laostr_OGSv1.2|LSTR004043-PA
KEGG: 00230+2.4.2.14	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR011376-PA
Reactome: R-HSA-8949275	RUNX3 Regulates Immune Response and Cell Migration	1	gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-2173791	TGF-beta receptor signaling in EMT (epithelial to mesenchymal transition)	3	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002529-PA
Reactome: R-HSA-389513	CTLA4 inhibitory signaling	3	gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR011722-PA
KEGG: 00564+1.1.5.3	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR001220-PA
Reactome: R-HSA-2453902	The canonical retinoid cycle in rods (twilight vision)	1	gnl|laostr_OGSv1.2|LSTR002151-PA
MetaCyc: PWY-5669	Phosphatidylserine and phosphatidylethanolamine biosynthesis I	1	gnl|laostr_OGSv1.2|LSTR007091-PA
Reactome: R-HSA-75896	Plasmalogen biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003268-PA
Reactome: R-HSA-112409	RAF-independent MAPK1/3 activation	3	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR004264-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
KEGG: 00680+1.1.1.284	Methane metabolism	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
MetaCyc: PWY-5480	Pyruvate fermentation to ethanol I	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-1251985	Nuclear signaling by ERBB4	6	gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR000692-PA
Reactome: R-HSA-6807004	Negative regulation of MET activity	9	gnl|laostr_OGSv1.2|LSTR006691-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR008478-PA;gnl|laostr_OGSv1.2|LSTR011246-PA;gnl|laostr_OGSv1.2|LSTR011220-PA;gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR009570-PA
Reactome: R-HSA-83936	Transport of nucleosides and free purine and pyrimidine bases across the plasma membrane	6	gnl|laostr_OGSv1.2|LSTR002791-PA;gnl|laostr_OGSv1.2|LSTR001733-PA;gnl|laostr_OGSv1.2|LSTR000860-PA;gnl|laostr_OGSv1.2|LSTR016667-PA;gnl|laostr_OGSv1.2|LSTR005326-PA;gnl|laostr_OGSv1.2|LSTR012564-PA
KEGG: 00020+6.4.1.1	Citrate cycle (TCA cycle)	1	gnl|laostr_OGSv1.2|LSTR011278-PA
Reactome: R-HSA-202424	Downstream TCR signaling	46	gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR003438-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA
KEGG: 00510+2.7.1.108	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR010716-PA
KEGG: 00680+6.2.1.1	Methane metabolism	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-1482801	Acyl chain remodelling of PS	4	gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR005402-PA
Reactome: R-HSA-2028269	Signaling by Hippo	4	gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR005486-PA;gnl|laostr_OGSv1.2|LSTR014287-PA
KEGG: 00564+2.7.1.107	Glycerophospholipid metabolism	5	gnl|laostr_OGSv1.2|LSTR003294-PA;gnl|laostr_OGSv1.2|LSTR006253-PA;gnl|laostr_OGSv1.2|LSTR006252-PA;gnl|laostr_OGSv1.2|LSTR007968-PA;gnl|laostr_OGSv1.2|LSTR008380-PA
KEGG: 00670+1.5.1.20	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR008861-PA
MetaCyc: PWY-7783	Plasmalogen degradation	11	gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR010363-PA
Reactome: R-HSA-1296061	HCN channels	1	gnl|laostr_OGSv1.2|LSTR000714-PA
KEGG: 00513+2.4.1.258	Various types of N-glycan biosynthesis	2	gnl|laostr_OGSv1.2|LSTR011047-PA;gnl|laostr_OGSv1.2|LSTR017150-PA
KEGG: 00790+4.2.1.96	Folate biosynthesis	2	gnl|laostr_OGSv1.2|LSTR009904-PA;gnl|laostr_OGSv1.2|LSTR009906-PA
Reactome: R-HSA-9636383	Prevention of phagosomal-lysosomal fusion	3	gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00072+4.1.3.4	Synthesis and degradation of ketone bodies	2	gnl|laostr_OGSv1.2|LSTR007863-PA;gnl|laostr_OGSv1.2|LSTR007864-PA
MetaCyc: PWY-4983	Nitric oxide biosynthesis II (mammals)	1	gnl|laostr_OGSv1.2|LSTR010666-PA
KEGG: 00620+4.1.1.32	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR005947-PA
KEGG: 00710+2.6.1.1	Carbon fixation in photosynthetic organisms	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
Reactome: R-HSA-73621	Pyrimidine catabolism	9	gnl|laostr_OGSv1.2|LSTR013218-PA;gnl|laostr_OGSv1.2|LSTR005559-PA;gnl|laostr_OGSv1.2|LSTR014058-PA;gnl|laostr_OGSv1.2|LSTR013809-PA;gnl|laostr_OGSv1.2|LSTR009878-PA;gnl|laostr_OGSv1.2|LSTR006985-PA;gnl|laostr_OGSv1.2|LSTR010308-PA;gnl|laostr_OGSv1.2|LSTR017169-PA;gnl|laostr_OGSv1.2|LSTR010307-PA
MetaCyc: PWY-7165	L-ascorbate biosynthesis VI (engineered pathway)	2	gnl|laostr_OGSv1.2|LSTR012486-PA;gnl|laostr_OGSv1.2|LSTR012528-PA
Reactome: R-HSA-180534	Vpu mediated degradation of CD4	42	gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR013724-PA
Reactome: R-HSA-1482922	Acyl chain remodelling of PI	4	gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR005402-PA
MetaCyc: PWY-7858	(5Z)-dodecenoate biosynthesis II	7	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR008872-PA
Reactome: R-HSA-442720	CREB1 phosphorylation through the activation of Adenylate Cyclase	3	gnl|laostr_OGSv1.2|LSTR007487-PA;gnl|laostr_OGSv1.2|LSTR009609-PA;gnl|laostr_OGSv1.2|LSTR012822-PA
KEGG: 00500+2.7.1.1	Starch and sucrose metabolism	2	gnl|laostr_OGSv1.2|LSTR001975-PA;gnl|laostr_OGSv1.2|LSTR001047-PA
Reactome: R-HSA-2408550	Metabolism of ingested H2SeO4 and H2SeO3 into H2Se	1	gnl|laostr_OGSv1.2|LSTR005145-PA
Reactome: R-HSA-379716	Cytosolic tRNA aminoacylation	17	gnl|laostr_OGSv1.2|LSTR006128-PA;gnl|laostr_OGSv1.2|LSTR009831-PA;gnl|laostr_OGSv1.2|LSTR005571-PA;gnl|laostr_OGSv1.2|LSTR001320-PA;gnl|laostr_OGSv1.2|LSTR014387-PA;gnl|laostr_OGSv1.2|LSTR002844-PA;gnl|laostr_OGSv1.2|LSTR011425-PA;gnl|laostr_OGSv1.2|LSTR014491-PA;gnl|laostr_OGSv1.2|LSTR000629-PA;gnl|laostr_OGSv1.2|LSTR000584-PA;gnl|laostr_OGSv1.2|LSTR001524-PA;gnl|laostr_OGSv1.2|LSTR006215-PA;gnl|laostr_OGSv1.2|LSTR011882-PA;gnl|laostr_OGSv1.2|LSTR009421-PA;gnl|laostr_OGSv1.2|LSTR010217-PA;gnl|laostr_OGSv1.2|LSTR008576-PA;gnl|laostr_OGSv1.2|LSTR002340-PA
KEGG: 00010+2.7.1.40	Glycolysis / Gluconeogenesis	9	gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR015825-PA
Reactome: R-HSA-8863795	Downregulation of ERBB2 signaling	5	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR005656-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR008665-PA
Reactome: R-HSA-196741	Cobalamin (Cbl, vitamin B12) transport and metabolism	4	gnl|laostr_OGSv1.2|LSTR010234-PA;gnl|laostr_OGSv1.2|LSTR005050-PA;gnl|laostr_OGSv1.2|LSTR008156-PA;gnl|laostr_OGSv1.2|LSTR005347-PA
MetaCyc: PWY-6549	L-glutamine biosynthesis III	4	gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR015841-PA;gnl|laostr_OGSv1.2|LSTR014286-PA
Reactome: R-HSA-3134975	Regulation of innate immune responses to cytosolic DNA	2	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-71064	Lysine catabolism	4	gnl|laostr_OGSv1.2|LSTR002168-PA;gnl|laostr_OGSv1.2|LSTR007355-PA;gnl|laostr_OGSv1.2|LSTR003770-PA;gnl|laostr_OGSv1.2|LSTR006524-PA
MetaCyc: PWY-6538	Caffeine degradation III (bacteria, via demethylation)	1	gnl|laostr_OGSv1.2|LSTR010931-PA
MetaCyc: PWY-7385	1,3-propanediol biosynthesis (engineered)	8	gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR017208-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR009734-PA;gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR006488-PA
Reactome: R-HSA-5683371	Defective ABCB6 causes isolated colobomatous microphthalmia 7 (MCOPCB7)	1	gnl|laostr_OGSv1.2|LSTR001585-PA
KEGG: 00790+1.5.1.3	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011327-PA
KEGG: 00360+1.14.16.1	Phenylalanine metabolism	1	gnl|laostr_OGSv1.2|LSTR011667-PA
Reactome: R-HSA-975138	TRAF6 mediated induction of NFkB and MAP kinases upon TLR7/8 or 9 activation	2	gnl|laostr_OGSv1.2|LSTR005873-PA;gnl|laostr_OGSv1.2|LSTR003246-PA
KEGG: 00900+2.5.1.58	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009013-PA
MetaCyc: PWY-5054	D-sorbitol biosynthesis I	2	gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR006469-PA
MetaCyc: PWY-6891	Thiazole biosynthesis II (aerobic bacteria)	1	gnl|laostr_OGSv1.2|LSTR009529-PA
Reactome: R-HSA-975956	Nonsense Mediated Decay (NMD) independent of the Exon Junction Complex (EJC)	86	gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR001956-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR006265-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR015085-PA
MetaCyc: PWY-6614	Tetrahydrofolate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011327-PA
MetaCyc: PWY-5664	Erythro-tetrahydrobiopterin biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR007488-PA;gnl|laostr_OGSv1.2|LSTR003984-PA
KEGG: 00513+3.2.1.52	Various types of N-glycan biosynthesis	11	gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR017489-PA;gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR000333-PA
MetaCyc: PWY-7601	Arachidonate biosynthesis IV (8-detaturase, lower eukaryotes)	25	gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA
KEGG: 00785+2.8.1.8	Lipoic acid metabolism	1	gnl|laostr_OGSv1.2|LSTR011234-PA
Reactome: R-HSA-428540	Activation of RAC1	3	gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR004813-PA
MetaCyc: PWY-7919	Protein N-glycosylation processing phase (plants and animals)	1	gnl|laostr_OGSv1.2|LSTR001925-PA
Reactome: R-HSA-399997	Acetylcholine regulates insulin secretion	2	gnl|laostr_OGSv1.2|LSTR006285-PA;gnl|laostr_OGSv1.2|LSTR001119-PA
KEGG: 00500+3.1.3.9	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR004156-PA
MetaCyc: PWY-7791	UMP biosynthesis III	2	gnl|laostr_OGSv1.2|LSTR007352-PA;gnl|laostr_OGSv1.2|LSTR003617-PA
KEGG: 04070+3.1.3.64+3.1.3.95	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR013816-PA
KEGG: 00270+1.1.1.95	Cysteine and methionine metabolism	1	gnl|laostr_OGSv1.2|LSTR003518-PA
MetaCyc: PWY-7733	3-hydroxyquinaldate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR010754-PA
Reactome: R-HSA-9665233	Resistance of ERBB2 KD mutants to trastuzumab	1	gnl|laostr_OGSv1.2|LSTR005656-PA
MetaCyc: PWY-5109	Fermentation to 2-methylbutanoate	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-196836	Vitamin C (ascorbate) metabolism	2	gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR006129-PA
MetaCyc: PWY-7511	Protein ubiquitination	106	gnl|laostr_OGSv1.2|LSTR001417-PA;gnl|laostr_OGSv1.2|LSTR010978-PA;gnl|laostr_OGSv1.2|LSTR001129-PA;gnl|laostr_OGSv1.2|LSTR001186-PA;gnl|laostr_OGSv1.2|LSTR005749-PA;gnl|laostr_OGSv1.2|LSTR002166-PA;gnl|laostr_OGSv1.2|LSTR002094-PA;gnl|laostr_OGSv1.2|LSTR010396-PA;gnl|laostr_OGSv1.2|LSTR003765-PA;gnl|laostr_OGSv1.2|LSTR000713-PA;gnl|laostr_OGSv1.2|LSTR003462-PA;gnl|laostr_OGSv1.2|LSTR004042-PA;gnl|laostr_OGSv1.2|LSTR006886-PA;gnl|laostr_OGSv1.2|LSTR002077-PA;gnl|laostr_OGSv1.2|LSTR007906-PA;gnl|laostr_OGSv1.2|LSTR006632-PA;gnl|laostr_OGSv1.2|LSTR002766-PA;gnl|laostr_OGSv1.2|LSTR000473-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR000879-PA;gnl|laostr_OGSv1.2|LSTR003703-PA;gnl|laostr_OGSv1.2|LSTR008665-PA;gnl|laostr_OGSv1.2|LSTR004922-PA;gnl|laostr_OGSv1.2|LSTR008053-PA;gnl|laostr_OGSv1.2|LSTR001636-PA;gnl|laostr_OGSv1.2|LSTR003034-PA;gnl|laostr_OGSv1.2|LSTR004734-PA;gnl|laostr_OGSv1.2|LSTR007651-PA;gnl|laostr_OGSv1.2|LSTR016806-PA;gnl|laostr_OGSv1.2|LSTR003083-PA;gnl|laostr_OGSv1.2|LSTR002920-PA;gnl|laostr_OGSv1.2|LSTR003814-PA;gnl|laostr_OGSv1.2|LSTR011121-PA;gnl|laostr_OGSv1.2|LSTR003600-PA;gnl|laostr_OGSv1.2|LSTR017542-PA;gnl|laostr_OGSv1.2|LSTR005166-PA;gnl|laostr_OGSv1.2|LSTR013234-PA;gnl|laostr_OGSv1.2|LSTR004890-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR006638-PA;gnl|laostr_OGSv1.2|LSTR008916-PA;gnl|laostr_OGSv1.2|LSTR011195-PA;gnl|laostr_OGSv1.2|LSTR015162-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR017620-PA;gnl|laostr_OGSv1.2|LSTR004993-PA;gnl|laostr_OGSv1.2|LSTR002249-PA;gnl|laostr_OGSv1.2|LSTR008936-PA;gnl|laostr_OGSv1.2|LSTR005433-PA;gnl|laostr_OGSv1.2|LSTR004767-PA;gnl|laostr_OGSv1.2|LSTR009415-PA;gnl|laostr_OGSv1.2|LSTR013201-PA;gnl|laostr_OGSv1.2|LSTR003078-PA;gnl|laostr_OGSv1.2|LSTR012972-PA;gnl|laostr_OGSv1.2|LSTR005221-PA;gnl|laostr_OGSv1.2|LSTR008783-PA;gnl|laostr_OGSv1.2|LSTR007314-PA;gnl|laostr_OGSv1.2|LSTR017219-PA;gnl|laostr_OGSv1.2|LSTR001915-PA;gnl|laostr_OGSv1.2|LSTR009020-PA;gnl|laostr_OGSv1.2|LSTR014270-PA;gnl|laostr_OGSv1.2|LSTR008584-PA;gnl|laostr_OGSv1.2|LSTR013279-PA;gnl|laostr_OGSv1.2|LSTR011056-PA;gnl|laostr_OGSv1.2|LSTR009140-PA;gnl|laostr_OGSv1.2|LSTR001499-PA;gnl|laostr_OGSv1.2|LSTR007098-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR008905-PA;gnl|laostr_OGSv1.2|LSTR011436-PA;gnl|laostr_OGSv1.2|LSTR006291-PA;gnl|laostr_OGSv1.2|LSTR015577-PA;gnl|laostr_OGSv1.2|LSTR007637-PA;gnl|laostr_OGSv1.2|LSTR002412-PA;gnl|laostr_OGSv1.2|LSTR006044-PA;gnl|laostr_OGSv1.2|LSTR005520-PA;gnl|laostr_OGSv1.2|LSTR015322-PA;gnl|laostr_OGSv1.2|LSTR006037-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR017165-PA;gnl|laostr_OGSv1.2|LSTR012238-PA;gnl|laostr_OGSv1.2|LSTR012292-PA;gnl|laostr_OGSv1.2|LSTR000863-PA;gnl|laostr_OGSv1.2|LSTR009028-PA;gnl|laostr_OGSv1.2|LSTR008895-PA;gnl|laostr_OGSv1.2|LSTR001361-PA;gnl|laostr_OGSv1.2|LSTR016059-PA;gnl|laostr_OGSv1.2|LSTR011012-PA;gnl|laostr_OGSv1.2|LSTR015642-PA;gnl|laostr_OGSv1.2|LSTR011058-PA;gnl|laostr_OGSv1.2|LSTR002248-PA;gnl|laostr_OGSv1.2|LSTR013233-PA;gnl|laostr_OGSv1.2|LSTR004167-PA;gnl|laostr_OGSv1.2|LSTR012993-PA;gnl|laostr_OGSv1.2|LSTR007167-PA;gnl|laostr_OGSv1.2|LSTR011011-PA;gnl|laostr_OGSv1.2|LSTR010787-PA;gnl|laostr_OGSv1.2|LSTR011441-PA;gnl|laostr_OGSv1.2|LSTR000118-PA;gnl|laostr_OGSv1.2|LSTR001467-PA;gnl|laostr_OGSv1.2|LSTR002032-PA;gnl|laostr_OGSv1.2|LSTR011795-PA;gnl|laostr_OGSv1.2|LSTR016305-PA;gnl|laostr_OGSv1.2|LSTR013673-PA;gnl|laostr_OGSv1.2|LSTR013626-PA;gnl|laostr_OGSv1.2|LSTR002803-PA
Reactome: R-HSA-2408522	Selenoamino acid metabolism	9	gnl|laostr_OGSv1.2|LSTR011425-PA;gnl|laostr_OGSv1.2|LSTR002844-PA;gnl|laostr_OGSv1.2|LSTR010217-PA;gnl|laostr_OGSv1.2|LSTR011882-PA;gnl|laostr_OGSv1.2|LSTR006215-PA;gnl|laostr_OGSv1.2|LSTR014387-PA;gnl|laostr_OGSv1.2|LSTR000584-PA;gnl|laostr_OGSv1.2|LSTR001524-PA;gnl|laostr_OGSv1.2|LSTR001320-PA
Reactome: R-HSA-5576892	Phase 0 - rapid depolarisation	10	gnl|laostr_OGSv1.2|LSTR000722-PA;gnl|laostr_OGSv1.2|LSTR000884-PA;gnl|laostr_OGSv1.2|LSTR013222-PA;gnl|laostr_OGSv1.2|LSTR010720-PA;gnl|laostr_OGSv1.2|LSTR007275-PA;gnl|laostr_OGSv1.2|LSTR010575-PA;gnl|laostr_OGSv1.2|LSTR008504-PA;gnl|laostr_OGSv1.2|LSTR010579-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR017302-PA
KEGG: 00520+2.7.7.9	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR005429-PA
KEGG: 00564+2.7.1.32+2.7.1.82	Glycerophospholipid metabolism	2	gnl|laostr_OGSv1.2|LSTR000429-PA;gnl|laostr_OGSv1.2|LSTR006031-PA
Reactome: R-HSA-110314	Recognition of DNA damage by PCNA-containing replication complex	23	gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR000473-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR012918-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR004497-PA
Reactome: R-HSA-4724325	Defective ALG8 causes ALG8-CDG (CDG-1h)	1	gnl|laostr_OGSv1.2|LSTR003444-PA
MetaCyc: PWY-5138	Fatty acid beta-oxidation IV (unsaturated, even number)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
MetaCyc: PWY-7886	Cell-surface glycoconjugate-linked phosphocholine biosynthesis	2	gnl|laostr_OGSv1.2|LSTR006031-PA;gnl|laostr_OGSv1.2|LSTR000429-PA
KEGG: 00520+5.1.3.2	Amino sugar and nucleotide sugar metabolism	2	gnl|laostr_OGSv1.2|LSTR001909-PA;gnl|laostr_OGSv1.2|LSTR011466-PA
MetaCyc: PWY-7184	Pyrimidine deoxyribonucleotides de novo biosynthesis I	16	gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR003206-PA;gnl|laostr_OGSv1.2|LSTR006751-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR014066-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR006381-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR012436-PA
KEGG: 00510+2.4.1.256	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002110-PA
MetaCyc: PWY-7918	Protein N-glycosylation processing phase (yeast)	1	gnl|laostr_OGSv1.2|LSTR001925-PA
MetaCyc: PWY-601	Glucosinolate biosynthesis from tryptophan	3	gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR002397-PA
Reactome: R-HSA-198323	AKT phosphorylates targets in the cytosol	4	gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR009346-PA;gnl|laostr_OGSv1.2|LSTR014448-PA;gnl|laostr_OGSv1.2|LSTR011722-PA
Reactome: R-HSA-5620916	VxPx cargo-targeting to cilium	11	gnl|laostr_OGSv1.2|LSTR005475-PA;gnl|laostr_OGSv1.2|LSTR016940-PA;gnl|laostr_OGSv1.2|LSTR001260-PA;gnl|laostr_OGSv1.2|LSTR017540-PA;gnl|laostr_OGSv1.2|LSTR014726-PA;gnl|laostr_OGSv1.2|LSTR017469-PA;gnl|laostr_OGSv1.2|LSTR007573-PA;gnl|laostr_OGSv1.2|LSTR002247-PA;gnl|laostr_OGSv1.2|LSTR016941-PA;gnl|laostr_OGSv1.2|LSTR010908-PA;gnl|laostr_OGSv1.2|LSTR004337-PA
MetaCyc: PWY-7288	Fatty acid beta-oxidation VII (yeast peroxisome)	4	gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
Reactome: R-HSA-190373	FGFR1c ligand binding and activation	1	gnl|laostr_OGSv1.2|LSTR001728-PA
Reactome: R-HSA-975163	IRAK2 mediated activation of TAK1 complex upon TLR7/8 or 9 stimulation	3	gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-381183	ATF6 (ATF6-alpha) activates chaperone genes	4	gnl|laostr_OGSv1.2|LSTR005471-PA;gnl|laostr_OGSv1.2|LSTR013090-PA;gnl|laostr_OGSv1.2|LSTR009277-PA;gnl|laostr_OGSv1.2|LSTR002090-PA
Reactome: R-HSA-9010642	ROBO receptors bind AKAP5	1	gnl|laostr_OGSv1.2|LSTR012822-PA
MetaCyc: PWY-7725	Arachidonate biosynthesis V (8-detaturase, mammals)	25	gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA
KEGG: 00240+2.4.2.3	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR009878-PA
MetaCyc: PWY-7437	Protein O-[N-acetyl]-glucosylation	2	gnl|laostr_OGSv1.2|LSTR005194-PA;gnl|laostr_OGSv1.2|LSTR004600-PA
MetaCyc: PWY-7589	Palmitoleate biosynthesis III (cyanobacteria)	6	gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR011431-PA
MetaCyc: PWY-6824	Justicidin B biosynthesis	5	gnl|laostr_OGSv1.2|LSTR003214-PA;gnl|laostr_OGSv1.2|LSTR015126-PA;gnl|laostr_OGSv1.2|LSTR006976-PA;gnl|laostr_OGSv1.2|LSTR011542-PA;gnl|laostr_OGSv1.2|LSTR017610-PA
Reactome: R-HSA-75153	Apoptotic execution phase	2	gnl|laostr_OGSv1.2|LSTR016525-PA;gnl|laostr_OGSv1.2|LSTR007072-PA
Reactome: R-HSA-8941858	Regulation of RUNX3 expression and activity	41	gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA
MetaCyc: PWY-7269	NAD/NADP-NADH/NADPH mitochondrial interconversion (yeast)	2	gnl|laostr_OGSv1.2|LSTR011490-PA;gnl|laostr_OGSv1.2|LSTR001540-PA
MetaCyc: PWY-7625	Phosphatidylinositol biosynthesis II (eukaryotes)	1	gnl|laostr_OGSv1.2|LSTR001803-PA
Reactome: R-HSA-73856	RNA Polymerase II Transcription Termination	38	gnl|laostr_OGSv1.2|LSTR008885-PA;gnl|laostr_OGSv1.2|LSTR017433-PA;gnl|laostr_OGSv1.2|LSTR003521-PA;gnl|laostr_OGSv1.2|LSTR001338-PA;gnl|laostr_OGSv1.2|LSTR017018-PA;gnl|laostr_OGSv1.2|LSTR007750-PA;gnl|laostr_OGSv1.2|LSTR000472-PA;gnl|laostr_OGSv1.2|LSTR003553-PA;gnl|laostr_OGSv1.2|LSTR013256-PA;gnl|laostr_OGSv1.2|LSTR015250-PA;gnl|laostr_OGSv1.2|LSTR010657-PA;gnl|laostr_OGSv1.2|LSTR009170-PA;gnl|laostr_OGSv1.2|LSTR009122-PA;gnl|laostr_OGSv1.2|LSTR016089-PA;gnl|laostr_OGSv1.2|LSTR011164-PA;gnl|laostr_OGSv1.2|LSTR003244-PA;gnl|laostr_OGSv1.2|LSTR011732-PA;gnl|laostr_OGSv1.2|LSTR005076-PA;gnl|laostr_OGSv1.2|LSTR014561-PA;gnl|laostr_OGSv1.2|LSTR014998-PA;gnl|laostr_OGSv1.2|LSTR009219-PA;gnl|laostr_OGSv1.2|LSTR009706-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR008961-PA;gnl|laostr_OGSv1.2|LSTR011755-PA;gnl|laostr_OGSv1.2|LSTR002044-PA;gnl|laostr_OGSv1.2|LSTR008958-PA;gnl|laostr_OGSv1.2|LSTR001255-PA;gnl|laostr_OGSv1.2|LSTR001280-PA;gnl|laostr_OGSv1.2|LSTR007156-PA;gnl|laostr_OGSv1.2|LSTR009707-PA;gnl|laostr_OGSv1.2|LSTR010343-PA;gnl|laostr_OGSv1.2|LSTR003724-PA;gnl|laostr_OGSv1.2|LSTR010206-PA;gnl|laostr_OGSv1.2|LSTR004604-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR017659-PA;gnl|laostr_OGSv1.2|LSTR007683-PA
KEGG: 00520+3.5.99.6	Amino sugar and nucleotide sugar metabolism	2	gnl|laostr_OGSv1.2|LSTR001896-PA;gnl|laostr_OGSv1.2|LSTR011883-PA
Reactome: R-HSA-350562	Regulation of ornithine decarboxylase (ODC)	40	gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR011612-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA
MetaCyc: PWY-8010	L-cysteine biosynthesis IX (Trichomonas vaginalis)	2	gnl|laostr_OGSv1.2|LSTR002623-PA;gnl|laostr_OGSv1.2|LSTR003518-PA
KEGG: 00280+1.1.1.31	Valine, leucine and isoleucine degradation	1	gnl|laostr_OGSv1.2|LSTR017051-PA
KEGG: 00280+4.2.1.17	Valine, leucine and isoleucine degradation	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-5625970	RHO GTPases activate KTN1	2	gnl|laostr_OGSv1.2|LSTR003091-PA;gnl|laostr_OGSv1.2|LSTR004378-PA
MetaCyc: PWY-7219	Adenosine ribonucleotides de novo biosynthesis	11	gnl|laostr_OGSv1.2|LSTR000281-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR002970-PA;gnl|laostr_OGSv1.2|LSTR003283-PA;gnl|laostr_OGSv1.2|LSTR006827-PA;gnl|laostr_OGSv1.2|LSTR000032-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR013702-PA;gnl|laostr_OGSv1.2|LSTR009849-PA;gnl|laostr_OGSv1.2|LSTR004519-PA;gnl|laostr_OGSv1.2|LSTR012557-PA
Reactome: R-HSA-177929	Signaling by EGFR	2	gnl|laostr_OGSv1.2|LSTR006310-PA;gnl|laostr_OGSv1.2|LSTR004641-PA
Reactome: R-HSA-6798695	Neutrophil degranulation	121	gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012804-PA;gnl|laostr_OGSv1.2|LSTR005727-PA;gnl|laostr_OGSv1.2|LSTR002151-PA;gnl|laostr_OGSv1.2|LSTR014192-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR005845-PA;gnl|laostr_OGSv1.2|LSTR007689-PA;gnl|laostr_OGSv1.2|LSTR005187-PA;gnl|laostr_OGSv1.2|LSTR015685-PA;gnl|laostr_OGSv1.2|LSTR006927-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR009632-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR000627-PA;gnl|laostr_OGSv1.2|LSTR004276-PA;gnl|laostr_OGSv1.2|LSTR004002-PA;gnl|laostr_OGSv1.2|LSTR008863-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR011015-PA;gnl|laostr_OGSv1.2|LSTR000430-PA;gnl|laostr_OGSv1.2|LSTR004139-PA;gnl|laostr_OGSv1.2|LSTR002328-PA;gnl|laostr_OGSv1.2|LSTR000802-PA;gnl|laostr_OGSv1.2|LSTR013949-PA;gnl|laostr_OGSv1.2|LSTR000011-PA;gnl|laostr_OGSv1.2|LSTR007120-PA;gnl|laostr_OGSv1.2|LSTR003540-PA;gnl|laostr_OGSv1.2|LSTR015921-PA;gnl|laostr_OGSv1.2|LSTR007300-PA;gnl|laostr_OGSv1.2|LSTR004138-PA;gnl|laostr_OGSv1.2|LSTR004672-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR011165-PA;gnl|laostr_OGSv1.2|LSTR005449-PA;gnl|laostr_OGSv1.2|LSTR011281-PA;gnl|laostr_OGSv1.2|LSTR006003-PA;gnl|laostr_OGSv1.2|LSTR006691-PA;gnl|laostr_OGSv1.2|LSTR011311-PA;gnl|laostr_OGSv1.2|LSTR013402-PA;gnl|laostr_OGSv1.2|LSTR009570-PA;gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR010017-PA;gnl|laostr_OGSv1.2|LSTR002692-PA;gnl|laostr_OGSv1.2|LSTR010943-PA;gnl|laostr_OGSv1.2|LSTR005340-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012383-PA;gnl|laostr_OGSv1.2|LSTR015974-PA;gnl|laostr_OGSv1.2|LSTR010440-PA;gnl|laostr_OGSv1.2|LSTR002440-PA;gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR013646-PA;gnl|laostr_OGSv1.2|LSTR013942-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005419-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR011247-PA;gnl|laostr_OGSv1.2|LSTR001238-PA;gnl|laostr_OGSv1.2|LSTR003439-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002206-PA;gnl|laostr_OGSv1.2|LSTR017351-PA;gnl|laostr_OGSv1.2|LSTR002339-PA;gnl|laostr_OGSv1.2|LSTR011436-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR009802-PA;gnl|laostr_OGSv1.2|LSTR012680-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR002771-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR000874-PA;gnl|laostr_OGSv1.2|LSTR010398-PA;gnl|laostr_OGSv1.2|LSTR014159-PA;gnl|laostr_OGSv1.2|LSTR016198-PA;gnl|laostr_OGSv1.2|LSTR001663-PA;gnl|laostr_OGSv1.2|LSTR013788-PA;gnl|laostr_OGSv1.2|LSTR005448-PA;gnl|laostr_OGSv1.2|LSTR002632-PA;gnl|laostr_OGSv1.2|LSTR004751-PA;gnl|laostr_OGSv1.2|LSTR010891-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR016780-PA;gnl|laostr_OGSv1.2|LSTR011220-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR010758-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR015380-PA;gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR003447-PA;gnl|laostr_OGSv1.2|LSTR001133-PA;gnl|laostr_OGSv1.2|LSTR001389-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005174-PA;gnl|laostr_OGSv1.2|LSTR009850-PA;gnl|laostr_OGSv1.2|LSTR007713-PA;gnl|laostr_OGSv1.2|LSTR005787-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR001023-PA;gnl|laostr_OGSv1.2|LSTR004395-PA;gnl|laostr_OGSv1.2|LSTR007757-PA;gnl|laostr_OGSv1.2|LSTR013951-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR005075-PA;gnl|laostr_OGSv1.2|LSTR015741-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003334-PA;gnl|laostr_OGSv1.2|LSTR014579-PA;gnl|laostr_OGSv1.2|LSTR001988-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR001774-PA;gnl|laostr_OGSv1.2|LSTR009028-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR009167-PA;gnl|laostr_OGSv1.2|LSTR005108-PA
MetaCyc: PWY-7883	Anhydromuropeptides recycling II	11	gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR017489-PA;gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR000333-PA
Reactome: R-HSA-73780	RNA Polymerase III Chain Elongation	16	gnl|laostr_OGSv1.2|LSTR007299-PA;gnl|laostr_OGSv1.2|LSTR002606-PA;gnl|laostr_OGSv1.2|LSTR007257-PA;gnl|laostr_OGSv1.2|LSTR001847-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR012878-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR008968-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR007149-PA;gnl|laostr_OGSv1.2|LSTR007763-PA;gnl|laostr_OGSv1.2|LSTR012892-PA
MetaCyc: PWY-6803	Phosphatidylcholine acyl editing	11	gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004996-PA
KEGG: 00310+4.2.1.17	Lysine degradation	1	gnl|laostr_OGSv1.2|LSTR004871-PA
Reactome: R-HSA-390247	Beta-oxidation of very long chain fatty acids	2	gnl|laostr_OGSv1.2|LSTR005410-PA;gnl|laostr_OGSv1.2|LSTR003894-PA
Reactome: R-HSA-5603041	IRAK4 deficiency (TLR2/4)	1	gnl|laostr_OGSv1.2|LSTR005873-PA
KEGG: 00010+4.2.1.11	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR011033-PA
KEGG: 00900+4.1.1.33	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR012316-PA
MetaCyc: PWY-7395	D-galactosamine and N-acetyl-D-galactosamine degradation	1	gnl|laostr_OGSv1.2|LSTR011777-PA
KEGG: 00627+4.2.1.17	Aminobenzoate degradation	4	gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-977443	GABA receptor activation	3	gnl|laostr_OGSv1.2|LSTR005161-PA;gnl|laostr_OGSv1.2|LSTR009755-PA;gnl|laostr_OGSv1.2|LSTR009753-PA
Reactome: R-HSA-400206	Regulation of lipid metabolism by PPARalpha	7	gnl|laostr_OGSv1.2|LSTR012592-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR012987-PA
MetaCyc: PWY-7250	[2Fe-2S] iron-sulfur cluster biosynthesis	2	gnl|laostr_OGSv1.2|LSTR008277-PA;gnl|laostr_OGSv1.2|LSTR006136-PA
Reactome: R-HSA-975634	Retinoid metabolism and transport	11	gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR007093-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015296-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR002151-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR010511-PA
KEGG: 00900+2.2.1.7	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009529-PA
Reactome: R-HSA-70921	Histidine catabolism	5	gnl|laostr_OGSv1.2|LSTR012060-PA;gnl|laostr_OGSv1.2|LSTR011922-PA;gnl|laostr_OGSv1.2|LSTR013660-PA;gnl|laostr_OGSv1.2|LSTR006460-PA;gnl|laostr_OGSv1.2|LSTR010606-PA
Reactome: R-HSA-156902	Peptide chain elongation	81	gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR015443-PA
Reactome: R-HSA-418990	Adherens junctions interactions	2	gnl|laostr_OGSv1.2|LSTR001367-PA;gnl|laostr_OGSv1.2|LSTR005146-PA
Reactome: R-HSA-3928665	EPH-ephrin mediated repulsion of cells	13	gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR008787-PA;gnl|laostr_OGSv1.2|LSTR006713-PA;gnl|laostr_OGSv1.2|LSTR004153-PA;gnl|laostr_OGSv1.2|LSTR014067-PA;gnl|laostr_OGSv1.2|LSTR010346-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR016606-PA
KEGG: 00730+3.6.1.15	Thiamine metabolism	1	gnl|laostr_OGSv1.2|LSTR003206-PA
Reactome: R-HSA-4641257	Degradation of AXIN	44	gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR008671-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010791-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR001186-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR001599-PA
MetaCyc: PWY-7894	Procollagen hydroxylation and glycosylation	1	gnl|laostr_OGSv1.2|LSTR009176-PA
MetaCyc: PWY-7214	Baicalein degradation (hydrogen peroxide detoxification)	5	gnl|laostr_OGSv1.2|LSTR017610-PA;gnl|laostr_OGSv1.2|LSTR011542-PA;gnl|laostr_OGSv1.2|LSTR006976-PA;gnl|laostr_OGSv1.2|LSTR003214-PA;gnl|laostr_OGSv1.2|LSTR015126-PA
KEGG: 00040+5.1.3.1	Pentose and glucuronate interconversions	1	gnl|laostr_OGSv1.2|LSTR006317-PA
KEGG: 00332+2.7.2.11	Carbapenem biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002932-PA
KEGG: 00051+2.7.1.3	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR005095-PA
KEGG: 00630+4.2.1.3	Glyoxylate and dicarboxylate metabolism	6	gnl|laostr_OGSv1.2|LSTR015133-PA;gnl|laostr_OGSv1.2|LSTR009995-PA;gnl|laostr_OGSv1.2|LSTR016816-PA;gnl|laostr_OGSv1.2|LSTR016188-PA;gnl|laostr_OGSv1.2|LSTR011993-PA;gnl|laostr_OGSv1.2|LSTR011244-PA
Reactome: R-HSA-5693607	Processing of DNA double-strand break ends	38	gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR003968-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR000074-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR015433-PA;gnl|laostr_OGSv1.2|LSTR006412-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR010660-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007401-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR005543-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR011401-PA;gnl|laostr_OGSv1.2|LSTR012539-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR000369-PA;gnl|laostr_OGSv1.2|LSTR002037-PA;gnl|laostr_OGSv1.2|LSTR001888-PA
Reactome: R-HSA-1679131	Trafficking and processing of endosomal TLR	3	gnl|laostr_OGSv1.2|LSTR007300-PA;gnl|laostr_OGSv1.2|LSTR013402-PA;gnl|laostr_OGSv1.2|LSTR015685-PA
MetaCyc: PWY-7117	C4 photosynthetic carbon assimilation cycle, PEPCK type	5	gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR009638-PA;gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR005936-PA;gnl|laostr_OGSv1.2|LSTR008513-PA
Reactome: R-HSA-110329	Cleavage of the damaged pyrimidine	7	gnl|laostr_OGSv1.2|LSTR003577-PA;gnl|laostr_OGSv1.2|LSTR002369-PA;gnl|laostr_OGSv1.2|LSTR003190-PA;gnl|laostr_OGSv1.2|LSTR004586-PA;gnl|laostr_OGSv1.2|LSTR008600-PA;gnl|laostr_OGSv1.2|LSTR001349-PA;gnl|laostr_OGSv1.2|LSTR006487-PA
KEGG: 00520+4.2.1.47	Amino sugar and nucleotide sugar metabolism	1	gnl|laostr_OGSv1.2|LSTR002086-PA
Reactome: R-HSA-110320	Translesion Synthesis by POLH	21	gnl|laostr_OGSv1.2|LSTR010241-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007272-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR014762-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR004726-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR006322-PA;gnl|laostr_OGSv1.2|LSTR000099-PA
MetaCyc: PWY-882	L-ascorbate biosynthesis I (L-galactose pathway)	2	gnl|laostr_OGSv1.2|LSTR014530-PA;gnl|laostr_OGSv1.2|LSTR012404-PA
Reactome: R-HSA-1483191	Synthesis of PC	10	gnl|laostr_OGSv1.2|LSTR013032-PA;gnl|laostr_OGSv1.2|LSTR002472-PA;gnl|laostr_OGSv1.2|LSTR008116-PA;gnl|laostr_OGSv1.2|LSTR000429-PA;gnl|laostr_OGSv1.2|LSTR008731-PA;gnl|laostr_OGSv1.2|LSTR000840-PA;gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR010926-PA;gnl|laostr_OGSv1.2|LSTR006031-PA;gnl|laostr_OGSv1.2|LSTR004565-PA
Reactome: R-HSA-110328	Recognition and association of DNA glycosylase with site containing an affected pyrimidine	7	gnl|laostr_OGSv1.2|LSTR004586-PA;gnl|laostr_OGSv1.2|LSTR003577-PA;gnl|laostr_OGSv1.2|LSTR002369-PA;gnl|laostr_OGSv1.2|LSTR003190-PA;gnl|laostr_OGSv1.2|LSTR001349-PA;gnl|laostr_OGSv1.2|LSTR006487-PA;gnl|laostr_OGSv1.2|LSTR008600-PA
Reactome: R-HSA-450520	HuR (ELAVL1) binds and stabilizes mRNA	2	gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR013710-PA
MetaCyc: PWY-4061	Glutathione-mediated detoxification I	9	gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR011748-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR010672-PA
Reactome: R-HSA-9640463	Wax biosynthesis	23	gnl|laostr_OGSv1.2|LSTR003148-PA;gnl|laostr_OGSv1.2|LSTR001666-PA;gnl|laostr_OGSv1.2|LSTR006305-PA;gnl|laostr_OGSv1.2|LSTR010846-PA;gnl|laostr_OGSv1.2|LSTR014283-PA;gnl|laostr_OGSv1.2|LSTR013166-PA;gnl|laostr_OGSv1.2|LSTR017667-PA;gnl|laostr_OGSv1.2|LSTR013396-PA;gnl|laostr_OGSv1.2|LSTR003493-PA;gnl|laostr_OGSv1.2|LSTR002872-PA;gnl|laostr_OGSv1.2|LSTR016204-PA;gnl|laostr_OGSv1.2|LSTR006719-PA;gnl|laostr_OGSv1.2|LSTR014703-PA;gnl|laostr_OGSv1.2|LSTR013397-PA;gnl|laostr_OGSv1.2|LSTR007794-PA;gnl|laostr_OGSv1.2|LSTR007030-PA;gnl|laostr_OGSv1.2|LSTR014673-PA;gnl|laostr_OGSv1.2|LSTR006655-PA;gnl|laostr_OGSv1.2|LSTR007569-PA;gnl|laostr_OGSv1.2|LSTR003295-PA;gnl|laostr_OGSv1.2|LSTR008234-PA;gnl|laostr_OGSv1.2|LSTR001317-PA;gnl|laostr_OGSv1.2|LSTR010433-PA
MetaCyc: PWY-3801	Sucrose degradation II (sucrose synthase)	3	gnl|laostr_OGSv1.2|LSTR005429-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR006469-PA
MetaCyc: PWY-5394	Betalamic acid biosynthesis	1	gnl|laostr_OGSv1.2|LSTR013848-PA
Reactome: R-HSA-6804759	Regulation of TP53 Activity through Association with Co-factors	5	gnl|laostr_OGSv1.2|LSTR007430-PA;gnl|laostr_OGSv1.2|LSTR007751-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR002541-PA;gnl|laostr_OGSv1.2|LSTR009450-PA
MetaCyc: PWY-7199	Pyrimidine deoxyribonucleosides salvage	3	gnl|laostr_OGSv1.2|LSTR014066-PA;gnl|laostr_OGSv1.2|LSTR015115-PA;gnl|laostr_OGSv1.2|LSTR001663-PA
Reactome: R-HSA-417973	Adenosine P1 receptors	1	gnl|laostr_OGSv1.2|LSTR001423-PA
Reactome: R-HSA-5358747	S33 mutants of beta-catenin aren't phosphorylated	3	gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR005398-PA
KEGG: 00860+1.16.3.1	Porphyrin and chlorophyll metabolism	2	gnl|laostr_OGSv1.2|LSTR008943-PA;gnl|laostr_OGSv1.2|LSTR015241-PA
MetaCyc: PWY-1722	Formate assimilation into 5,10-methylenetetrahydrofolate	2	gnl|laostr_OGSv1.2|LSTR010109-PA;gnl|laostr_OGSv1.2|LSTR004901-PA
KEGG: 00970+6.1.1.2	Aminoacyl-tRNA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR006002-PA;gnl|laostr_OGSv1.2|LSTR003581-PA
Reactome: R-HSA-168164	Toll Like Receptor 3 (TLR3) Cascade	1	gnl|laostr_OGSv1.2|LSTR007945-PA
Reactome: R-HSA-210991	Basigin interactions	1	gnl|laostr_OGSv1.2|LSTR008306-PA
KEGG: 00760+3.6.1.9	Nicotinate and nicotinamide metabolism	1	gnl|laostr_OGSv1.2|LSTR006381-PA
KEGG: 00562+3.1.3.64+3.1.3.95	Inositol phosphate metabolism	1	gnl|laostr_OGSv1.2|LSTR013816-PA
Reactome: R-HSA-5221030	TET1,2,3 and TDG demethylate DNA	5	gnl|laostr_OGSv1.2|LSTR010767-PA;gnl|laostr_OGSv1.2|LSTR016413-PA;gnl|laostr_OGSv1.2|LSTR006998-PA;gnl|laostr_OGSv1.2|LSTR006487-PA;gnl|laostr_OGSv1.2|LSTR015984-PA
MetaCyc: PWY-6664	Di-myo-inositol phosphate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR006356-PA
Reactome: R-HSA-427389	ERCC6 (CSB) and EHMT2 (G9a) positively regulate rRNA expression	3	gnl|laostr_OGSv1.2|LSTR009910-PA;gnl|laostr_OGSv1.2|LSTR000288-PA;gnl|laostr_OGSv1.2|LSTR007369-PA
Reactome: R-HSA-2129379	Molecules associated with elastic fibres	3	gnl|laostr_OGSv1.2|LSTR015962-PA;gnl|laostr_OGSv1.2|LSTR014396-PA;gnl|laostr_OGSv1.2|LSTR004101-PA
KEGG: 00670+2.1.2.3	One carbon pool by folate	3	gnl|laostr_OGSv1.2|LSTR015390-PA;gnl|laostr_OGSv1.2|LSTR008684-PA;gnl|laostr_OGSv1.2|LSTR008682-PA
KEGG: 00052+5.1.3.2	Galactose metabolism	2	gnl|laostr_OGSv1.2|LSTR011466-PA;gnl|laostr_OGSv1.2|LSTR001909-PA
Reactome: R-HSA-9665250	Resistance of ERBB2 KD mutants to AEE788	1	gnl|laostr_OGSv1.2|LSTR005656-PA
MetaCyc: PWY-6124	Inosine-5'-phosphate biosynthesis II	5	gnl|laostr_OGSv1.2|LSTR008682-PA;gnl|laostr_OGSv1.2|LSTR003283-PA;gnl|laostr_OGSv1.2|LSTR008684-PA;gnl|laostr_OGSv1.2|LSTR011377-PA;gnl|laostr_OGSv1.2|LSTR015390-PA
Reactome: R-HSA-73779	RNA Polymerase II Transcription Pre-Initiation And Promoter Opening	34	gnl|laostr_OGSv1.2|LSTR010512-PA;gnl|laostr_OGSv1.2|LSTR012610-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR011184-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR007187-PA;gnl|laostr_OGSv1.2|LSTR007373-PA;gnl|laostr_OGSv1.2|LSTR006134-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR010247-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR009296-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR006275-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR008186-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR013364-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR007262-PA
Reactome: R-HSA-1855191	Synthesis of IPs in the nucleus	1	gnl|laostr_OGSv1.2|LSTR013820-PA
Reactome: R-HSA-8862803	Deregulated CDK5 triggers multiple neurodegenerative pathways in Alzheimer's disease models	4	gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR001283-PA;gnl|laostr_OGSv1.2|LSTR012388-PA;gnl|laostr_OGSv1.2|LSTR012351-PA
MetaCyc: PWY-6728	Methylaspartate cycle	18	gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR011333-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR001594-PA;gnl|laostr_OGSv1.2|LSTR002726-PA
MetaCyc: PWY-7112	4-hydroxy-2-nonenal detoxification	9	gnl|laostr_OGSv1.2|LSTR011748-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR010672-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR014509-PA
Reactome: R-HSA-5619039	Defective SLC12A6 causes agenesis of the corpus callosum, with peripheral neuropathy (ACCPN)	1	gnl|laostr_OGSv1.2|LSTR000607-PA
KEGG: 00960+2.6.1.1	Tropane, piperidine and pyridine alkaloid biosynthesis	2	gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR001651-PA
KEGG: 00670+2.1.2.9	One carbon pool by folate	3	gnl|laostr_OGSv1.2|LSTR013954-PA;gnl|laostr_OGSv1.2|LSTR009731-PA;gnl|laostr_OGSv1.2|LSTR007692-PA
MetaCyc: PWY-6788	Cellulose degradation II (fungi)	1	gnl|laostr_OGSv1.2|LSTR007055-PA
Reactome: R-HSA-936964	Activation of IRF3/IRF7 mediated by TBK1/IKK epsilon	7	gnl|laostr_OGSv1.2|LSTR017591-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR000632-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR015667-PA;gnl|laostr_OGSv1.2|LSTR007945-PA;gnl|laostr_OGSv1.2|LSTR000631-PA
MetaCyc: PWY-6580	Phosphatidylinositol biosynthesis I (bacteria)	2	gnl|laostr_OGSv1.2|LSTR013816-PA;gnl|laostr_OGSv1.2|LSTR006356-PA
Reactome: R-HSA-375276	Peptide ligand-binding receptors	10	gnl|laostr_OGSv1.2|LSTR004227-PA;gnl|laostr_OGSv1.2|LSTR005527-PA;gnl|laostr_OGSv1.2|LSTR004655-PA;gnl|laostr_OGSv1.2|LSTR008086-PA;gnl|laostr_OGSv1.2|LSTR004929-PA;gnl|laostr_OGSv1.2|LSTR004651-PA;gnl|laostr_OGSv1.2|LSTR010403-PA;gnl|laostr_OGSv1.2|LSTR008612-PA;gnl|laostr_OGSv1.2|LSTR015186-PA;gnl|laostr_OGSv1.2|LSTR010887-PA
Reactome: R-HSA-5689901	Metalloprotease DUBs	11	gnl|laostr_OGSv1.2|LSTR003682-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR007401-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006412-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR000369-PA;gnl|laostr_OGSv1.2|LSTR007086-PA
Reactome: R-HSA-390918	Peroxisomal lipid metabolism	1	gnl|laostr_OGSv1.2|LSTR007483-PA
MetaCyc: PWY-7198	Pyrimidine deoxyribonucleotides de novo biosynthesis IV	15	gnl|laostr_OGSv1.2|LSTR003206-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR006751-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR014066-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011251-PA
MetaCyc: PWY-5668	Cardiolipin biosynthesis I	2	gnl|laostr_OGSv1.2|LSTR001738-PA;gnl|laostr_OGSv1.2|LSTR002992-PA
KEGG: 00790+1.14.16.2	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR013848-PA
KEGG: 00410+1.3.3.6	beta-Alanine metabolism	4	gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
KEGG: 00330+2.5.1.16	Arginine and proline metabolism	4	gnl|laostr_OGSv1.2|LSTR010763-PA;gnl|laostr_OGSv1.2|LSTR013271-PA;gnl|laostr_OGSv1.2|LSTR007623-PA;gnl|laostr_OGSv1.2|LSTR012421-PA
Reactome: R-HSA-162658	Golgi Cisternae Pericentriolar Stack Reorganization	6	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR017386-PA;gnl|laostr_OGSv1.2|LSTR004910-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR001443-PA;gnl|laostr_OGSv1.2|LSTR001725-PA
Reactome: R-HSA-2206291	MPS IIIC - Sanfilippo syndrome C	1	gnl|laostr_OGSv1.2|LSTR008863-PA
KEGG: 00380+3.5.1.9	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR010754-PA
Reactome: R-HSA-8951936	RUNX3 regulates p14-ARF	1	gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-70171	Glycolysis	29	gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR011927-PA;gnl|laostr_OGSv1.2|LSTR008240-PA;gnl|laostr_OGSv1.2|LSTR001975-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR011883-PA;gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR001047-PA;gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR009787-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR006488-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR016098-PA;gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR005779-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR011928-PA;gnl|laostr_OGSv1.2|LSTR017208-PA;gnl|laostr_OGSv1.2|LSTR002740-PA
KEGG: 00860+4.4.1.17	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR005970-PA
KEGG: 00071+5.1.2.3+4.2.1.17+1.1.1.35	Fatty acid degradation	3	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA
MetaCyc: PWY-5353	Arachidonate biosynthesis I (6-desaturase, lower eukaryotes)	2	gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR002886-PA
KEGG: 00230+1.7.3.3	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR004321-PA
KEGG: 00240+3.1.3.89	Pyrimidine metabolism	2	gnl|laostr_OGSv1.2|LSTR004603-PA;gnl|laostr_OGSv1.2|LSTR004602-PA
KEGG: 00430+2.3.2.2	Taurine and hypotaurine metabolism	7	gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR010672-PA;gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR010673-PA
Reactome: R-HSA-1971475	A tetrasaccharide linker sequence is required for GAG synthesis	6	gnl|laostr_OGSv1.2|LSTR010511-PA;gnl|laostr_OGSv1.2|LSTR015307-PA;gnl|laostr_OGSv1.2|LSTR009532-PA;gnl|laostr_OGSv1.2|LSTR005109-PA;gnl|laostr_OGSv1.2|LSTR007093-PA;gnl|laostr_OGSv1.2|LSTR017256-PA
MetaCyc: PWY-6608	Guanosine nucleotides degradation III	4	gnl|laostr_OGSv1.2|LSTR001023-PA;gnl|laostr_OGSv1.2|LSTR003225-PA;gnl|laostr_OGSv1.2|LSTR010931-PA;gnl|laostr_OGSv1.2|LSTR000593-PA
Reactome: R-HSA-8939902	Regulation of RUNX2 expression and activity	46	gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR008665-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR015551-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009440-PA;gnl|laostr_OGSv1.2|LSTR001599-PA
Reactome: R-HSA-947581	Molybdenum cofactor biosynthesis	6	gnl|laostr_OGSv1.2|LSTR007862-PA;gnl|laostr_OGSv1.2|LSTR000633-PA;gnl|laostr_OGSv1.2|LSTR009131-PA;gnl|laostr_OGSv1.2|LSTR006136-PA;gnl|laostr_OGSv1.2|LSTR007851-PA;gnl|laostr_OGSv1.2|LSTR002436-PA
KEGG: 00970+6.1.1.11	Aminoacyl-tRNA biosynthesis	3	gnl|laostr_OGSv1.2|LSTR007577-PA;gnl|laostr_OGSv1.2|LSTR006128-PA;gnl|laostr_OGSv1.2|LSTR001215-PA
KEGG: 00400+2.6.1.5	Phenylalanine, tyrosine and tryptophan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002765-PA
MetaCyc: PWY-7736	Stellatic acid biosynthesis	5	gnl|laostr_OGSv1.2|LSTR015723-PA;gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR007486-PA
Reactome: R-HSA-159740	Gamma-carboxylation of protein precursors	1	gnl|laostr_OGSv1.2|LSTR005134-PA
Reactome: R-HSA-354192	Integrin signaling	1	gnl|laostr_OGSv1.2|LSTR001124-PA
Reactome: R-HSA-1237112	Methionine salvage pathway	6	gnl|laostr_OGSv1.2|LSTR004417-PA;gnl|laostr_OGSv1.2|LSTR003208-PA;gnl|laostr_OGSv1.2|LSTR005561-PA;gnl|laostr_OGSv1.2|LSTR007820-PA;gnl|laostr_OGSv1.2|LSTR010609-PA;gnl|laostr_OGSv1.2|LSTR017402-PA
KEGG: 00010+2.3.1.12	Glycolysis / Gluconeogenesis	1	gnl|laostr_OGSv1.2|LSTR010048-PA
KEGG: 00260+5.4.2.11	Glycine, serine and threonine metabolism	2	gnl|laostr_OGSv1.2|LSTR002987-PA;gnl|laostr_OGSv1.2|LSTR002988-PA
KEGG: 04070+3.1.3.56	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR011954-PA
Reactome: R-HSA-175474	Assembly Of The HIV Virion	2	gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00230+3.6.1.6	Purine metabolism	2	gnl|laostr_OGSv1.2|LSTR015921-PA;gnl|laostr_OGSv1.2|LSTR015741-PA
Reactome: R-HSA-8964041	LDL remodeling	4	gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015296-PA
KEGG: 00592+1.1.1.1	alpha-Linolenic acid metabolism	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00521+3.1.3.25	Streptomycin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR013361-PA;gnl|laostr_OGSv1.2|LSTR006740-PA
KEGG: 00400+2.6.1.1	Phenylalanine, tyrosine and tryptophan biosynthesis	2	gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR008513-PA
Reactome: R-HSA-1660516	Synthesis of PIPs at the early endosome membrane	5	gnl|laostr_OGSv1.2|LSTR010800-PA;gnl|laostr_OGSv1.2|LSTR001288-PA;gnl|laostr_OGSv1.2|LSTR008463-PA;gnl|laostr_OGSv1.2|LSTR000171-PA;gnl|laostr_OGSv1.2|LSTR002067-PA
Reactome: R-HSA-167238	Pausing and recovery of Tat-mediated HIV elongation	27	gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR002085-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR015602-PA
KEGG: 00030+3.1.3.11	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR002268-PA
KEGG: 00531+3.1.6.14	Glycosaminoglycan degradation	1	gnl|laostr_OGSv1.2|LSTR007689-PA
Reactome: R-HSA-480985	Synthesis of dolichyl-phosphate-glucose	1	gnl|laostr_OGSv1.2|LSTR004797-PA
Reactome: R-HSA-77289	Mitochondrial Fatty Acid Beta-Oxidation	4	gnl|laostr_OGSv1.2|LSTR014609-PA;gnl|laostr_OGSv1.2|LSTR012021-PA;gnl|laostr_OGSv1.2|LSTR014847-PA;gnl|laostr_OGSv1.2|LSTR004969-PA
Reactome: R-HSA-2468052	Establishment of Sister Chromatid Cohesion	8	gnl|laostr_OGSv1.2|LSTR006680-PA;gnl|laostr_OGSv1.2|LSTR003303-PA;gnl|laostr_OGSv1.2|LSTR001724-PA;gnl|laostr_OGSv1.2|LSTR009918-PA;gnl|laostr_OGSv1.2|LSTR002593-PA;gnl|laostr_OGSv1.2|LSTR011273-PA;gnl|laostr_OGSv1.2|LSTR003286-PA;gnl|laostr_OGSv1.2|LSTR002968-PA
MetaCyc: PWY-3162	L-tryptophan degradation V (side chain pathway)	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
MetaCyc: PWY-6368	3-phosphoinositide degradation	7	gnl|laostr_OGSv1.2|LSTR007022-PA;gnl|laostr_OGSv1.2|LSTR002067-PA;gnl|laostr_OGSv1.2|LSTR001717-PA;gnl|laostr_OGSv1.2|LSTR015773-PA;gnl|laostr_OGSv1.2|LSTR008849-PA;gnl|laostr_OGSv1.2|LSTR013286-PA;gnl|laostr_OGSv1.2|LSTR013816-PA
Reactome: R-HSA-3000170	Syndecan interactions	1	gnl|laostr_OGSv1.2|LSTR014396-PA
MetaCyc: PWY-5172	Acetyl-coa biosynthesis III (from citrate)	1	gnl|laostr_OGSv1.2|LSTR001512-PA
Reactome: R-HSA-5674135	MAP2K and MAPK activation	7	gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR008976-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR009169-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR011756-PA
KEGG: 00740+3.1.3.2	Riboflavin metabolism	9	gnl|laostr_OGSv1.2|LSTR012498-PA;gnl|laostr_OGSv1.2|LSTR008544-PA;gnl|laostr_OGSv1.2|LSTR013898-PA;gnl|laostr_OGSv1.2|LSTR008546-PA;gnl|laostr_OGSv1.2|LSTR005341-PA;gnl|laostr_OGSv1.2|LSTR002453-PA;gnl|laostr_OGSv1.2|LSTR000921-PA;gnl|laostr_OGSv1.2|LSTR013897-PA;gnl|laostr_OGSv1.2|LSTR013905-PA
KEGG: 00983+2.7.1.48	Drug metabolism - other enzymes	2	gnl|laostr_OGSv1.2|LSTR005472-PA;gnl|laostr_OGSv1.2|LSTR001099-PA
KEGG: 00512+2.4.1.122	Mucin type O-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR016196-PA
MetaCyc: PWY-7053	Docosahexaenoate biosynthesis I (lower eukaryotes)	2	gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR007323-PA
Reactome: R-HSA-4420097	VEGFA-VEGFR2 Pathway	18	gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR011569-PA;gnl|laostr_OGSv1.2|LSTR012734-PA;gnl|laostr_OGSv1.2|LSTR008038-PA;gnl|laostr_OGSv1.2|LSTR002562-PA;gnl|laostr_OGSv1.2|LSTR000567-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR003895-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR012903-PA;gnl|laostr_OGSv1.2|LSTR006166-PA;gnl|laostr_OGSv1.2|LSTR017496-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR004813-PA;gnl|laostr_OGSv1.2|LSTR012951-PA;gnl|laostr_OGSv1.2|LSTR003785-PA;gnl|laostr_OGSv1.2|LSTR010581-PA
KEGG: 00270+3.3.1.1	Cysteine and methionine metabolism	2	gnl|laostr_OGSv1.2|LSTR002727-PA;gnl|laostr_OGSv1.2|LSTR007069-PA
Reactome: R-HSA-6793080	rRNA modification in the mitochondrion	2	gnl|laostr_OGSv1.2|LSTR003633-PA;gnl|laostr_OGSv1.2|LSTR001089-PA
KEGG: 04070+2.7.7.41	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR011272-PA
Reactome: R-HSA-210993	Tie2 Signaling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-1237044	Erythrocytes take up carbon dioxide and release oxygen	3	gnl|laostr_OGSv1.2|LSTR017567-PA;gnl|laostr_OGSv1.2|LSTR000526-PA;gnl|laostr_OGSv1.2|LSTR005342-PA
KEGG: 00640+1.3.3.6	Propanoate metabolism	4	gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
KEGG: 00040+2.7.7.9	Pentose and glucuronate interconversions	1	gnl|laostr_OGSv1.2|LSTR005429-PA
Reactome: R-HSA-204005	COPII-mediated vesicle transport	27	gnl|laostr_OGSv1.2|LSTR007482-PA;gnl|laostr_OGSv1.2|LSTR012505-PA;gnl|laostr_OGSv1.2|LSTR011115-PA;gnl|laostr_OGSv1.2|LSTR004910-PA;gnl|laostr_OGSv1.2|LSTR014982-PA;gnl|laostr_OGSv1.2|LSTR003403-PA;gnl|laostr_OGSv1.2|LSTR001144-PA;gnl|laostr_OGSv1.2|LSTR017386-PA;gnl|laostr_OGSv1.2|LSTR000460-PA;gnl|laostr_OGSv1.2|LSTR003862-PA;gnl|laostr_OGSv1.2|LSTR002995-PA;gnl|laostr_OGSv1.2|LSTR013044-PA;gnl|laostr_OGSv1.2|LSTR006330-PA;gnl|laostr_OGSv1.2|LSTR000200-PA;gnl|laostr_OGSv1.2|LSTR001064-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR000302-PA;gnl|laostr_OGSv1.2|LSTR010742-PA;gnl|laostr_OGSv1.2|LSTR016719-PA;gnl|laostr_OGSv1.2|LSTR002346-PA;gnl|laostr_OGSv1.2|LSTR010093-PA;gnl|laostr_OGSv1.2|LSTR003084-PA;gnl|laostr_OGSv1.2|LSTR011850-PA;gnl|laostr_OGSv1.2|LSTR004032-PA;gnl|laostr_OGSv1.2|LSTR001287-PA;gnl|laostr_OGSv1.2|LSTR011114-PA;gnl|laostr_OGSv1.2|LSTR009402-PA
KEGG: 00900+2.7.1.36	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011749-PA
KEGG: 00908+2.5.1.75	Zeatin biosynthesis	2	gnl|laostr_OGSv1.2|LSTR005897-PA;gnl|laostr_OGSv1.2|LSTR015228-PA
Reactome: R-HSA-982772	Growth hormone receptor signaling	4	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR004641-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR015313-PA
KEGG: 00051+5.4.2.8	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR012404-PA
MetaCyc: PWY-5537	Pyruvate fermentation to acetate V	5	gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR001512-PA
Reactome: R-HSA-977225	Amyloid fiber formation	9	gnl|laostr_OGSv1.2|LSTR010192-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR011008-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR013871-PA;gnl|laostr_OGSv1.2|LSTR016853-PA;gnl|laostr_OGSv1.2|LSTR002151-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00380+1.8.1.4	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR006524-PA
MetaCyc: PWY-5392	Reductive TCA cycle II	13	gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR005793-PA;gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA
MetaCyc: PWY-7224	Purine deoxyribonucleosides salvage	8	gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR012436-PA
Reactome: R-HSA-167243	Tat-mediated HIV elongation arrest and recovery	27	gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR010828-PA;gnl|laostr_OGSv1.2|LSTR007951-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR001791-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR002070-PA;gnl|laostr_OGSv1.2|LSTR004598-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR007164-PA;gnl|laostr_OGSv1.2|LSTR017215-PA;gnl|laostr_OGSv1.2|LSTR011664-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR000123-PA;gnl|laostr_OGSv1.2|LSTR016985-PA;gnl|laostr_OGSv1.2|LSTR013631-PA;gnl|laostr_OGSv1.2|LSTR015455-PA;gnl|laostr_OGSv1.2|LSTR011665-PA;gnl|laostr_OGSv1.2|LSTR000556-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR002085-PA
MetaCyc: PWY-7661	Protein N-glycosylation (Haloferax volcanii)	1	gnl|laostr_OGSv1.2|LSTR006621-PA
Reactome: R-HSA-983189	Kinesins	54	gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR004769-PA;gnl|laostr_OGSv1.2|LSTR003608-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR004380-PA;gnl|laostr_OGSv1.2|LSTR017621-PA;gnl|laostr_OGSv1.2|LSTR008441-PA;gnl|laostr_OGSv1.2|LSTR006233-PA;gnl|laostr_OGSv1.2|LSTR005257-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR005458-PA;gnl|laostr_OGSv1.2|LSTR014319-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR008425-PA;gnl|laostr_OGSv1.2|LSTR000438-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR005453-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR005077-PA;gnl|laostr_OGSv1.2|LSTR005512-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR005258-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR012352-PA;gnl|laostr_OGSv1.2|LSTR005298-PA;gnl|laostr_OGSv1.2|LSTR000735-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR011399-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR014893-PA;gnl|laostr_OGSv1.2|LSTR015231-PA;gnl|laostr_OGSv1.2|LSTR000055-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR000706-PA;gnl|laostr_OGSv1.2|LSTR006832-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR007530-PA;gnl|laostr_OGSv1.2|LSTR001821-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR001977-PA;gnl|laostr_OGSv1.2|LSTR015141-PA;gnl|laostr_OGSv1.2|LSTR004071-PA;gnl|laostr_OGSv1.2|LSTR003723-PA;gnl|laostr_OGSv1.2|LSTR000549-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR014171-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR003091-PA;gnl|laostr_OGSv1.2|LSTR005053-PA;gnl|laostr_OGSv1.2|LSTR007936-PA
MetaCyc: PWY-7456	Beta-(1,4)-mannan degradation	2	gnl|laostr_OGSv1.2|LSTR012404-PA;gnl|laostr_OGSv1.2|LSTR014530-PA
MetaCyc: PWY-7003	Glycerol degradation to butanol	17	gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR016131-PA;gnl|laostr_OGSv1.2|LSTR007742-PA;gnl|laostr_OGSv1.2|LSTR016533-PA;gnl|laostr_OGSv1.2|LSTR007798-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR008240-PA;gnl|laostr_OGSv1.2|LSTR015825-PA;gnl|laostr_OGSv1.2|LSTR002542-PA;gnl|laostr_OGSv1.2|LSTR017284-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR005396-PA;gnl|laostr_OGSv1.2|LSTR004841-PA;gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR009787-PA
Reactome: R-HSA-8873719	RAB geranylgeranylation	10	gnl|laostr_OGSv1.2|LSTR004751-PA;gnl|laostr_OGSv1.2|LSTR000127-PA;gnl|laostr_OGSv1.2|LSTR003888-PA;gnl|laostr_OGSv1.2|LSTR013215-PA;gnl|laostr_OGSv1.2|LSTR012517-PA;gnl|laostr_OGSv1.2|LSTR000654-PA;gnl|laostr_OGSv1.2|LSTR012881-PA;gnl|laostr_OGSv1.2|LSTR012114-PA;gnl|laostr_OGSv1.2|LSTR010618-PA;gnl|laostr_OGSv1.2|LSTR011934-PA
Reactome: R-HSA-3000178	ECM proteoglycans	4	gnl|laostr_OGSv1.2|LSTR000803-PA;gnl|laostr_OGSv1.2|LSTR014396-PA;gnl|laostr_OGSv1.2|LSTR003999-PA;gnl|laostr_OGSv1.2|LSTR004000-PA
KEGG: 00052+5.1.3.3	Galactose metabolism	2	gnl|laostr_OGSv1.2|LSTR012231-PA;gnl|laostr_OGSv1.2|LSTR010844-PA
MetaCyc: PWY-6129	Dolichol and dolichyl phosphate biosynthesis	3	gnl|laostr_OGSv1.2|LSTR010716-PA;gnl|laostr_OGSv1.2|LSTR009024-PA;gnl|laostr_OGSv1.2|LSTR002403-PA
KEGG: 00510+2.4.1.267	N-Glycan biosynthesis	2	gnl|laostr_OGSv1.2|LSTR014423-PA;gnl|laostr_OGSv1.2|LSTR005743-PA
Reactome: R-HSA-445989	TAK1 activates NFkB by phosphorylation and activation of IKKs complex	5	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004947-PA;gnl|laostr_OGSv1.2|LSTR013127-PA;gnl|laostr_OGSv1.2|LSTR003438-PA
MetaCyc: PWY-5278	Sulfite oxidation III	1	gnl|laostr_OGSv1.2|LSTR005145-PA
Reactome: R-HSA-5661270	Formation of xylulose-5-phosphate	1	gnl|laostr_OGSv1.2|LSTR008675-PA
KEGG: 00720+6.2.1.1	Carbon fixation pathways in prokaryotes	2	gnl|laostr_OGSv1.2|LSTR003310-PA;gnl|laostr_OGSv1.2|LSTR004084-PA
Reactome: R-HSA-380320	Recruitment of NuMA to mitotic centrosomes	50	gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR013391-PA;gnl|laostr_OGSv1.2|LSTR007315-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR015619-PA;gnl|laostr_OGSv1.2|LSTR001765-PA;gnl|laostr_OGSv1.2|LSTR003458-PA;gnl|laostr_OGSv1.2|LSTR010942-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR016964-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR007564-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR016579-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR012051-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR000739-PA;gnl|laostr_OGSv1.2|LSTR000576-PA;gnl|laostr_OGSv1.2|LSTR008573-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR006782-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR001525-PA;gnl|laostr_OGSv1.2|LSTR003688-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR002923-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR004315-PA;gnl|laostr_OGSv1.2|LSTR001516-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR004789-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR009495-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR004837-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR001526-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR005516-PA;gnl|laostr_OGSv1.2|LSTR004499-PA;gnl|laostr_OGSv1.2|LSTR016879-PA
KEGG: 00740+2.7.1.26	Riboflavin metabolism	1	gnl|laostr_OGSv1.2|LSTR008695-PA
Reactome: R-HSA-5467348	Truncations of AMER1 destabilize the destruction complex	3	gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR001966-PA
Reactome: R-HSA-450385	Butyrate Response Factor 1 (BRF1) binds and destabilizes mRNA	13	gnl|laostr_OGSv1.2|LSTR009003-PA;gnl|laostr_OGSv1.2|LSTR002351-PA;gnl|laostr_OGSv1.2|LSTR012282-PA;gnl|laostr_OGSv1.2|LSTR003451-PA;gnl|laostr_OGSv1.2|LSTR009429-PA;gnl|laostr_OGSv1.2|LSTR001257-PA;gnl|laostr_OGSv1.2|LSTR001284-PA;gnl|laostr_OGSv1.2|LSTR017423-PA;gnl|laostr_OGSv1.2|LSTR014079-PA;gnl|laostr_OGSv1.2|LSTR000348-PA;gnl|laostr_OGSv1.2|LSTR004589-PA;gnl|laostr_OGSv1.2|LSTR008368-PA;gnl|laostr_OGSv1.2|LSTR010849-PA
Reactome: R-HSA-9617828	FOXO-mediated transcription of cell cycle genes	1	gnl|laostr_OGSv1.2|LSTR009962-PA
KEGG: 00620+1.8.1.4	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR006524-PA
KEGG: 04070+3.1.3.66	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR002067-PA
Reactome: R-HSA-418886	Netrin mediated repulsion signals	3	gnl|laostr_OGSv1.2|LSTR007769-PA;gnl|laostr_OGSv1.2|LSTR016609-PA;gnl|laostr_OGSv1.2|LSTR007767-PA
Reactome: R-HSA-5607763	CLEC7A (Dectin-1) induces NFAT activation	1	gnl|laostr_OGSv1.2|LSTR012029-PA
KEGG: 00310+1.8.1.4	Lysine degradation	1	gnl|laostr_OGSv1.2|LSTR006524-PA
MetaCyc: PWY-6946	Cholesterol degradation to androstenedione II (cholesterol dehydrogenase)	4	gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
MetaCyc: PWY-7174	S-methyl-5-thio-alpha-D-ribose 1-phosphate degradation II	5	gnl|laostr_OGSv1.2|LSTR003208-PA;gnl|laostr_OGSv1.2|LSTR004876-PA;gnl|laostr_OGSv1.2|LSTR005005-PA;gnl|laostr_OGSv1.2|LSTR008683-PA;gnl|laostr_OGSv1.2|LSTR001978-PA
Reactome: R-HSA-8955332	Carboxyterminal post-translational modifications of tubulin	36	gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR014407-PA;gnl|laostr_OGSv1.2|LSTR002013-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR016383-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR009065-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR010251-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR008407-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR003535-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR001224-PA;gnl|laostr_OGSv1.2|LSTR004729-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR000151-PA;gnl|laostr_OGSv1.2|LSTR005648-PA;gnl|laostr_OGSv1.2|LSTR013699-PA;gnl|laostr_OGSv1.2|LSTR009660-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR006464-PA;gnl|laostr_OGSv1.2|LSTR011997-PA;gnl|laostr_OGSv1.2|LSTR010536-PA
KEGG: 00051+5.3.1.6	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR004429-PA
Reactome: R-HSA-5576886	Phase 4 - resting membrane potential	12	gnl|laostr_OGSv1.2|LSTR005979-PA;gnl|laostr_OGSv1.2|LSTR011264-PA;gnl|laostr_OGSv1.2|LSTR004908-PA;gnl|laostr_OGSv1.2|LSTR001121-PA;gnl|laostr_OGSv1.2|LSTR013683-PA;gnl|laostr_OGSv1.2|LSTR000898-PA;gnl|laostr_OGSv1.2|LSTR011491-PA;gnl|laostr_OGSv1.2|LSTR011576-PA;gnl|laostr_OGSv1.2|LSTR011575-PA;gnl|laostr_OGSv1.2|LSTR004610-PA;gnl|laostr_OGSv1.2|LSTR011142-PA;gnl|laostr_OGSv1.2|LSTR003934-PA
KEGG: 00983+3.6.1.23	Drug metabolism - other enzymes	2	gnl|laostr_OGSv1.2|LSTR013429-PA;gnl|laostr_OGSv1.2|LSTR008433-PA
Reactome: R-HSA-190840	Microtubule-dependent trafficking of connexons from Golgi to the plasma membrane	20	gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR003687-PA
KEGG: 05170+2.7.1.153	Human immunodeficiency virus 1 infection	1	gnl|laostr_OGSv1.2|LSTR007995-PA
MetaCyc: PWY-5076	L-leucine degradation III	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00061+6.4.1.2	Fatty acid biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005641-PA
Reactome: R-HSA-2428933	SHC-related events triggered by IGF1R	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00260+1.8.1.4	Glycine, serine and threonine metabolism	1	gnl|laostr_OGSv1.2|LSTR006524-PA
MetaCyc: PWY-5046	2-oxoisovalerate decarboxylation to isobutanoyl-CoA	2	gnl|laostr_OGSv1.2|LSTR006524-PA;gnl|laostr_OGSv1.2|LSTR008194-PA
MetaCyc: PWY-7654	(8E,10E)-dodeca-8,10-dienol biosynthesis	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
MetaCyc: PWY-7222	Guanosine deoxyribonucleotides de novo biosynthesis II	12	gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR001020-PA
MetaCyc: PWY-7036	Very long chain fatty acid biosynthesis II	25	gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR013076-PA
KEGG: 00510+2.4.1.143	N-Glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009127-PA
MetaCyc: PWY-7159	3,8-divinyl-chlorophyllide a biosynthesis III (aerobic, light independent)	4	gnl|laostr_OGSv1.2|LSTR016144-PA;gnl|laostr_OGSv1.2|LSTR004122-PA;gnl|laostr_OGSv1.2|LSTR002598-PA;gnl|laostr_OGSv1.2|LSTR003683-PA
Reactome: R-HSA-168276	NS1 Mediated Effects on Host Pathways	31	gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR004810-PA;gnl|laostr_OGSv1.2|LSTR003757-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014569-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR014538-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR008692-PA
KEGG: 00620+1.2.4.1	Pyruvate metabolism	4	gnl|laostr_OGSv1.2|LSTR012024-PA;gnl|laostr_OGSv1.2|LSTR006559-PA;gnl|laostr_OGSv1.2|LSTR000314-PA;gnl|laostr_OGSv1.2|LSTR002534-PA
Reactome: R-HSA-1855204	Synthesis of IP3 and IP4 in the cytosol	8	gnl|laostr_OGSv1.2|LSTR001717-PA;gnl|laostr_OGSv1.2|LSTR005767-PA;gnl|laostr_OGSv1.2|LSTR009967-PA;gnl|laostr_OGSv1.2|LSTR003141-PA;gnl|laostr_OGSv1.2|LSTR015773-PA;gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR008849-PA;gnl|laostr_OGSv1.2|LSTR001119-PA
KEGG: 00900+1.1.1.34	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003737-PA
KEGG: 00051+4.2.1.47	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR002086-PA
Reactome: R-HSA-419812	Calcitonin-like ligand receptors	1	gnl|laostr_OGSv1.2|LSTR001633-PA
Reactome: R-HSA-5607761	Dectin-1 mediated noncanonical NF-kB signaling	44	gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005237-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA
Reactome: R-HSA-163680	AMPK inhibits chREBP transcriptional activation activity	2	gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR002840-PA
Reactome: R-HSA-418359	Reduction of cytosolic Ca++ levels	9	gnl|laostr_OGSv1.2|LSTR006452-PA;gnl|laostr_OGSv1.2|LSTR014155-PA;gnl|laostr_OGSv1.2|LSTR013244-PA;gnl|laostr_OGSv1.2|LSTR014784-PA;gnl|laostr_OGSv1.2|LSTR015663-PA;gnl|laostr_OGSv1.2|LSTR014550-PA;gnl|laostr_OGSv1.2|LSTR008160-PA;gnl|laostr_OGSv1.2|LSTR003947-PA;gnl|laostr_OGSv1.2|LSTR010671-PA
Reactome: R-HSA-4755579	Defective SRD5A3 causes SRD5A3-CDG (CDG-1q) and KHRZ	1	gnl|laostr_OGSv1.2|LSTR009024-PA
KEGG: 00051+1.1.1.271	Fructose and mannose metabolism	1	gnl|laostr_OGSv1.2|LSTR010080-PA
MetaCyc: PWY-6168	Flavin biosynthesis III (fungi)	1	gnl|laostr_OGSv1.2|LSTR008695-PA
MetaCyc: PWY-5913	Partial TCA cycle (obligate autotrophs)	17	gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR001512-PA;gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR005794-PA;gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR006708-PA;gnl|laostr_OGSv1.2|LSTR010792-PA;gnl|laostr_OGSv1.2|LSTR017448-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR008513-PA;gnl|laostr_OGSv1.2|LSTR010509-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR015210-PA;gnl|laostr_OGSv1.2|LSTR005793-PA
KEGG: 00270+2.5.1.22	Cysteine and methionine metabolism	2	gnl|laostr_OGSv1.2|LSTR010763-PA;gnl|laostr_OGSv1.2|LSTR013271-PA
MetaCyc: PWY-5981	CDP-diacylglycerol biosynthesis III	8	gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR009734-PA;gnl|laostr_OGSv1.2|LSTR011272-PA
KEGG: 00480+2.5.1.16	Glutathione metabolism	4	gnl|laostr_OGSv1.2|LSTR013271-PA;gnl|laostr_OGSv1.2|LSTR007623-PA;gnl|laostr_OGSv1.2|LSTR012421-PA;gnl|laostr_OGSv1.2|LSTR010763-PA
KEGG: 00500+2.7.7.9	Starch and sucrose metabolism	1	gnl|laostr_OGSv1.2|LSTR005429-PA
MetaCyc: PWY-7346	UDP-alpha-D-glucuronate biosynthesis (from UDP-glucose)	1	gnl|laostr_OGSv1.2|LSTR002182-PA
Reactome: R-HSA-5696394	DNA Damage Recognition in GG-NER	28	gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR005847-PA;gnl|laostr_OGSv1.2|LSTR006030-PA;gnl|laostr_OGSv1.2|LSTR003224-PA;gnl|laostr_OGSv1.2|LSTR007212-PA;gnl|laostr_OGSv1.2|LSTR009765-PA;gnl|laostr_OGSv1.2|LSTR009654-PA;gnl|laostr_OGSv1.2|LSTR009705-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR013102-PA;gnl|laostr_OGSv1.2|LSTR013749-PA;gnl|laostr_OGSv1.2|LSTR006359-PA;gnl|laostr_OGSv1.2|LSTR007983-PA;gnl|laostr_OGSv1.2|LSTR004361-PA;gnl|laostr_OGSv1.2|LSTR002393-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR010220-PA;gnl|laostr_OGSv1.2|LSTR004455-PA;gnl|laostr_OGSv1.2|LSTR005699-PA;gnl|laostr_OGSv1.2|LSTR003813-PA;gnl|laostr_OGSv1.2|LSTR017280-PA;gnl|laostr_OGSv1.2|LSTR001380-PA;gnl|laostr_OGSv1.2|LSTR013748-PA;gnl|laostr_OGSv1.2|LSTR009400-PA;gnl|laostr_OGSv1.2|LSTR007861-PA;gnl|laostr_OGSv1.2|LSTR002563-PA
Reactome: R-HSA-5603037	IRAK4 deficiency (TLR5)	1	gnl|laostr_OGSv1.2|LSTR005873-PA
Reactome: R-HSA-5358565	Mismatch repair (MMR) directed by MSH2:MSH6 (MutSalpha)	10	gnl|laostr_OGSv1.2|LSTR004585-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR004669-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR015192-PA
KEGG: 00920+2.7.1.25	Sulfur metabolism	1	gnl|laostr_OGSv1.2|LSTR005145-PA
Reactome: R-HSA-159227	Transport of the SLBP independent Mature mRNA	29	gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR007368-PA
KEGG: 00230+3.5.4.6	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR009903-PA
Reactome: R-HSA-163765	ChREBP activates metabolic gene expression	8	gnl|laostr_OGSv1.2|LSTR005393-PA;gnl|laostr_OGSv1.2|LSTR015134-PA;gnl|laostr_OGSv1.2|LSTR017159-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR010120-PA;gnl|laostr_OGSv1.2|LSTR002535-PA;gnl|laostr_OGSv1.2|LSTR007045-PA;gnl|laostr_OGSv1.2|LSTR001512-PA
MetaCyc: PWY-6556	Pyrimidine ribonucleosides salvage II	1	gnl|laostr_OGSv1.2|LSTR001663-PA
MetaCyc: PWY-7851	Coenzyme A biosynthesis II (eukaryotic)	2	gnl|laostr_OGSv1.2|LSTR002303-PA;gnl|laostr_OGSv1.2|LSTR006408-PA
Reactome: R-HSA-9022537	Loss of MECP2 binding ability to the NCoR/SMRT complex	1	gnl|laostr_OGSv1.2|LSTR009924-PA
Reactome: R-HSA-1369007	Mitochondrial ABC transporters	1	gnl|laostr_OGSv1.2|LSTR001585-PA
KEGG: 00052+5.3.1.26	Galactose metabolism	1	gnl|laostr_OGSv1.2|LSTR015214-PA
KEGG: 00230+3.5.4.3	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR003225-PA
Reactome: R-HSA-917977	Transferrin endocytosis and recycling	23	gnl|laostr_OGSv1.2|LSTR009149-PA;gnl|laostr_OGSv1.2|LSTR005328-PA;gnl|laostr_OGSv1.2|LSTR015904-PA;gnl|laostr_OGSv1.2|LSTR008021-PA;gnl|laostr_OGSv1.2|LSTR017360-PA;gnl|laostr_OGSv1.2|LSTR009602-PA;gnl|laostr_OGSv1.2|LSTR008199-PA;gnl|laostr_OGSv1.2|LSTR010377-PA;gnl|laostr_OGSv1.2|LSTR016875-PA;gnl|laostr_OGSv1.2|LSTR002578-PA;gnl|laostr_OGSv1.2|LSTR004559-PA;gnl|laostr_OGSv1.2|LSTR007898-PA;gnl|laostr_OGSv1.2|LSTR001230-PA;gnl|laostr_OGSv1.2|LSTR003189-PA;gnl|laostr_OGSv1.2|LSTR010440-PA;gnl|laostr_OGSv1.2|LSTR013908-PA;gnl|laostr_OGSv1.2|LSTR006944-PA;gnl|laostr_OGSv1.2|LSTR010389-PA;gnl|laostr_OGSv1.2|LSTR008523-PA;gnl|laostr_OGSv1.2|LSTR011352-PA;gnl|laostr_OGSv1.2|LSTR010610-PA;gnl|laostr_OGSv1.2|LSTR005279-PA;gnl|laostr_OGSv1.2|LSTR005108-PA
KEGG: 00910+4.2.1.1	Nitrogen metabolism	3	gnl|laostr_OGSv1.2|LSTR008752-PA;gnl|laostr_OGSv1.2|LSTR009638-PA;gnl|laostr_OGSv1.2|LSTR005936-PA
MetaCyc: PWY-7728	(4Z,7Z,10Z,13Z,16Z)-docosa-4,7,10,13,16-pentaenoate biosynthesis II (4-desaturase)	2	gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR002886-PA
KEGG: 00790+3.1.3.1	Folate biosynthesis	7	gnl|laostr_OGSv1.2|LSTR010652-PA;gnl|laostr_OGSv1.2|LSTR005522-PA;gnl|laostr_OGSv1.2|LSTR006324-PA;gnl|laostr_OGSv1.2|LSTR016165-PA;gnl|laostr_OGSv1.2|LSTR003289-PA;gnl|laostr_OGSv1.2|LSTR004652-PA;gnl|laostr_OGSv1.2|LSTR017475-PA
KEGG: 00564+3.1.1.4+3.1.1.5	Glycerophospholipid metabolism	4	gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR004996-PA
MetaCyc: PWY-7416	Phospholipid remodeling (phosphatidylcholine, yeast)	11	gnl|laostr_OGSv1.2|LSTR004997-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR010363-PA
Reactome: R-HSA-5654727	Negative regulation of FGFR2 signaling	5	gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR017443-PA
KEGG: 00010+1.2.4.1	Glycolysis / Gluconeogenesis	4	gnl|laostr_OGSv1.2|LSTR006559-PA;gnl|laostr_OGSv1.2|LSTR000314-PA;gnl|laostr_OGSv1.2|LSTR002534-PA;gnl|laostr_OGSv1.2|LSTR012024-PA
KEGG: 00130+2.1.1.163	Ubiquinone and other terpenoid-quinone biosynthesis	2	gnl|laostr_OGSv1.2|LSTR017295-PA;gnl|laostr_OGSv1.2|LSTR000484-PA
Reactome: R-HSA-182971	EGFR downregulation	6	gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR008478-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012879-PA
Reactome: R-HSA-5686938	Regulation of TLR by endogenous ligand	4	gnl|laostr_OGSv1.2|LSTR013703-PA;gnl|laostr_OGSv1.2|LSTR015292-PA;gnl|laostr_OGSv1.2|LSTR004460-PA;gnl|laostr_OGSv1.2|LSTR015296-PA
Reactome: R-HSA-8939256	RUNX1 regulates transcription of genes involved in WNT signaling	1	gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-3134963	DEx/H-box helicases activate type I IFN and inflammatory cytokines production	1	gnl|laostr_OGSv1.2|LSTR005873-PA
KEGG: 00261+2.7.7.4	Monobactam biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005145-PA
MetaCyc: PWY-6992	1,5-anhydrofructose degradation	3	gnl|laostr_OGSv1.2|LSTR014530-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR006469-PA
Reactome: R-HSA-8941333	RUNX2 regulates genes involved in differentiation of myeloid cells	1	gnl|laostr_OGSv1.2|LSTR007964-PA
MetaCyc: PWY-6471	Peptidoglycan biosynthesis IV (Enterococcus faecium)	2	gnl|laostr_OGSv1.2|LSTR002919-PA;gnl|laostr_OGSv1.2|LSTR000913-PA
Reactome: R-HSA-1963642	PI3K events in ERBB2 signaling	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR006951-PA
Reactome: R-HSA-435368	Zinc efflux and compartmentalization by the SLC30 family	3	gnl|laostr_OGSv1.2|LSTR003011-PA;gnl|laostr_OGSv1.2|LSTR006630-PA;gnl|laostr_OGSv1.2|LSTR000456-PA
MetaCyc: PWY-7401	Crotonate fermentation (to acetate and cyclohexane carboxylate)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA
KEGG: 00240+3.5.4.5	Pyrimidine metabolism	1	gnl|laostr_OGSv1.2|LSTR001663-PA
KEGG: 00230+2.4.2.1	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR001023-PA
KEGG: 00260+1.1.1.1	Glycine, serine and threonine metabolism	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
KEGG: 00625+1.1.1.1	Chloroalkane and chloroalkene degradation	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-5617472	Activation of anterior HOX genes in hindbrain development during early embryogenesis	21	gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR015850-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR000564-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR002162-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR002796-PA;gnl|laostr_OGSv1.2|LSTR007018-PA;gnl|laostr_OGSv1.2|LSTR007795-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR010703-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR005837-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR000544-PA;gnl|laostr_OGSv1.2|LSTR008266-PA
KEGG: 00220+2.6.1.1	Arginine biosynthesis	2	gnl|laostr_OGSv1.2|LSTR001651-PA;gnl|laostr_OGSv1.2|LSTR008513-PA
KEGG: 00561+3.1.3.4	Glycerolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR004565-PA
KEGG: 00310+2.1.1.60	Lysine degradation	2	gnl|laostr_OGSv1.2|LSTR004746-PA;gnl|laostr_OGSv1.2|LSTR006635-PA
Reactome: R-HSA-964975	Vitamins B6 activation to pyridoxal phosphate	3	gnl|laostr_OGSv1.2|LSTR003439-PA;gnl|laostr_OGSv1.2|LSTR008950-PA;gnl|laostr_OGSv1.2|LSTR003992-PA
Reactome: R-HSA-8943723	Regulation of PTEN mRNA translation	6	gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR003432-PA
KEGG: 00564+4.1.1.65	Glycerophospholipid metabolism	1	gnl|laostr_OGSv1.2|LSTR007091-PA
KEGG: 00982+2.5.1.18	Drug metabolism - cytochrome P450	2	gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR011748-PA
KEGG: 00620+6.4.1.2	Pyruvate metabolism	1	gnl|laostr_OGSv1.2|LSTR005641-PA
MetaCyc: PWY-5514	UDP-N-acetyl-D-galactosamine biosynthesis II	5	gnl|laostr_OGSv1.2|LSTR011883-PA;gnl|laostr_OGSv1.2|LSTR001896-PA;gnl|laostr_OGSv1.2|LSTR005272-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
MetaCyc: PWY-7822	Chitin degradation III (Serratia)	18	gnl|laostr_OGSv1.2|LSTR005659-PA;gnl|laostr_OGSv1.2|LSTR006745-PA;gnl|laostr_OGSv1.2|LSTR017471-PA;gnl|laostr_OGSv1.2|LSTR005660-PA;gnl|laostr_OGSv1.2|LSTR008967-PA;gnl|laostr_OGSv1.2|LSTR013434-PA;gnl|laostr_OGSv1.2|LSTR000333-PA;gnl|laostr_OGSv1.2|LSTR009425-PA;gnl|laostr_OGSv1.2|LSTR016561-PA;gnl|laostr_OGSv1.2|LSTR000503-PA;gnl|laostr_OGSv1.2|LSTR005088-PA;gnl|laostr_OGSv1.2|LSTR009874-PA;gnl|laostr_OGSv1.2|LSTR017489-PA;gnl|laostr_OGSv1.2|LSTR012781-PA;gnl|laostr_OGSv1.2|LSTR010446-PA;gnl|laostr_OGSv1.2|LSTR001377-PA;gnl|laostr_OGSv1.2|LSTR012431-PA;gnl|laostr_OGSv1.2|LSTR007626-PA
Reactome: R-HSA-418885	DCC mediated attractive signaling	5	gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR005168-PA
KEGG: 00230+3.6.1.17	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR000172-PA
MetaCyc: PWY-6344	L-ornithine degradation II (Stickland reaction)	4	gnl|laostr_OGSv1.2|LSTR003945-PA;gnl|laostr_OGSv1.2|LSTR003906-PA;gnl|laostr_OGSv1.2|LSTR014191-PA;gnl|laostr_OGSv1.2|LSTR004650-PA
KEGG: 00350+1.13.11.5	Tyrosine metabolism	1	gnl|laostr_OGSv1.2|LSTR000025-PA
Reactome: R-HSA-73762	RNA Polymerase I Transcription Initiation	28	gnl|laostr_OGSv1.2|LSTR000288-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR009910-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR001586-PA;gnl|laostr_OGSv1.2|LSTR007369-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR013917-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR011564-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR004903-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR010125-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR009577-PA
Reactome: R-HSA-68689	CDC6 association with the ORC:origin complex	6	gnl|laostr_OGSv1.2|LSTR004768-PA;gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR002423-PA;gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR008512-PA
MetaCyc: PWY-7220	Adenosine deoxyribonucleotides de novo biosynthesis II	12	gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR008852-PA
Reactome: R-HSA-8866904	Negative regulation of activity of TFAP2 (AP-2) family transcription factors	1	gnl|laostr_OGSv1.2|LSTR011473-PA
KEGG: 00052+2.7.7.9	Galactose metabolism	1	gnl|laostr_OGSv1.2|LSTR005429-PA
Reactome: R-HSA-112126	ALKBH3 mediated reversal of alkylation damage	3	gnl|laostr_OGSv1.2|LSTR012356-PA;gnl|laostr_OGSv1.2|LSTR004362-PA;gnl|laostr_OGSv1.2|LSTR006883-PA
KEGG: 00983+6.3.5.2	Drug metabolism - other enzymes	1	gnl|laostr_OGSv1.2|LSTR011956-PA
Reactome: R-HSA-141444	Amplification of signal from unattached kinetochores via a MAD2 inhibitory signal	51	gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR001705-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR001534-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR003086-PA;gnl|laostr_OGSv1.2|LSTR003307-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR004190-PA;gnl|laostr_OGSv1.2|LSTR000590-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR004938-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR007036-PA;gnl|laostr_OGSv1.2|LSTR006429-PA;gnl|laostr_OGSv1.2|LSTR008718-PA;gnl|laostr_OGSv1.2|LSTR007551-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR012193-PA;gnl|laostr_OGSv1.2|LSTR002597-PA;gnl|laostr_OGSv1.2|LSTR001021-PA;gnl|laostr_OGSv1.2|LSTR010578-PA;gnl|laostr_OGSv1.2|LSTR001966-PA;gnl|laostr_OGSv1.2|LSTR007423-PA;gnl|laostr_OGSv1.2|LSTR004704-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR014131-PA;gnl|laostr_OGSv1.2|LSTR007789-PA;gnl|laostr_OGSv1.2|LSTR005990-PA;gnl|laostr_OGSv1.2|LSTR005565-PA;gnl|laostr_OGSv1.2|LSTR007121-PA;gnl|laostr_OGSv1.2|LSTR012194-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR012032-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR001953-PA;gnl|laostr_OGSv1.2|LSTR017509-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR000122-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR002619-PA;gnl|laostr_OGSv1.2|LSTR012082-PA;gnl|laostr_OGSv1.2|LSTR001438-PA
Reactome: R-HSA-1296072	Voltage gated Potassium channels	20	gnl|laostr_OGSv1.2|LSTR017020-PA;gnl|laostr_OGSv1.2|LSTR016891-PA;gnl|laostr_OGSv1.2|LSTR017525-PA;gnl|laostr_OGSv1.2|LSTR001584-PA;gnl|laostr_OGSv1.2|LSTR011973-PA;gnl|laostr_OGSv1.2|LSTR012471-PA;gnl|laostr_OGSv1.2|LSTR015991-PA;gnl|laostr_OGSv1.2|LSTR010245-PA;gnl|laostr_OGSv1.2|LSTR013203-PA;gnl|laostr_OGSv1.2|LSTR016510-PA;gnl|laostr_OGSv1.2|LSTR014494-PA;gnl|laostr_OGSv1.2|LSTR011255-PA;gnl|laostr_OGSv1.2|LSTR013365-PA;gnl|laostr_OGSv1.2|LSTR004937-PA;gnl|laostr_OGSv1.2|LSTR006457-PA;gnl|laostr_OGSv1.2|LSTR004934-PA;gnl|laostr_OGSv1.2|LSTR016391-PA;gnl|laostr_OGSv1.2|LSTR011972-PA;gnl|laostr_OGSv1.2|LSTR012717-PA;gnl|laostr_OGSv1.2|LSTR005879-PA
MetaCyc: PWY-5028	L-histidine degradation II	3	gnl|laostr_OGSv1.2|LSTR013660-PA;gnl|laostr_OGSv1.2|LSTR011922-PA;gnl|laostr_OGSv1.2|LSTR010606-PA
KEGG: 00623+1.1.1.35	Toluene degradation	4	gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
KEGG: 00052+2.7.1.1	Galactose metabolism	2	gnl|laostr_OGSv1.2|LSTR001047-PA;gnl|laostr_OGSv1.2|LSTR001975-PA
KEGG: 00480+1.11.1.15	Glutathione metabolism	9	gnl|laostr_OGSv1.2|LSTR011948-PA;gnl|laostr_OGSv1.2|LSTR007054-PA;gnl|laostr_OGSv1.2|LSTR008617-PA;gnl|laostr_OGSv1.2|LSTR006200-PA;gnl|laostr_OGSv1.2|LSTR003106-PA;gnl|laostr_OGSv1.2|LSTR004803-PA;gnl|laostr_OGSv1.2|LSTR015220-PA;gnl|laostr_OGSv1.2|LSTR009625-PA;gnl|laostr_OGSv1.2|LSTR000690-PA
Reactome: R-HSA-2173796	SMAD2/SMAD3:SMAD4 heterotrimer regulates transcription	9	gnl|laostr_OGSv1.2|LSTR007141-PA;gnl|laostr_OGSv1.2|LSTR006178-PA;gnl|laostr_OGSv1.2|LSTR003173-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR008238-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000650-PA;gnl|laostr_OGSv1.2|LSTR011679-PA
MetaCyc: PWY-7396	Butanol and isobutanol biosynthesis (engineered)	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
Reactome: R-HSA-200425	Carnitine metabolism	3	gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR002840-PA;gnl|laostr_OGSv1.2|LSTR000034-PA
KEGG: 00030+1.1.1.44	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR004001-PA
KEGG: 00561+3.1.1.23	Glycerolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR004872-PA
KEGG: 04926+2.7.11.1	Relaxin signaling pathway	64	gnl|laostr_OGSv1.2|LSTR007448-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR008886-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR004383-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR013925-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR017684-PA;gnl|laostr_OGSv1.2|LSTR013926-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR016805-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR017685-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR006149-PA;gnl|laostr_OGSv1.2|LSTR017655-PA;gnl|laostr_OGSv1.2|LSTR014287-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR006865-PA;gnl|laostr_OGSv1.2|LSTR003893-PA;gnl|laostr_OGSv1.2|LSTR005718-PA;gnl|laostr_OGSv1.2|LSTR009830-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR012874-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR001826-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR007931-PA;gnl|laostr_OGSv1.2|LSTR014213-PA;gnl|laostr_OGSv1.2|LSTR009000-PA;gnl|laostr_OGSv1.2|LSTR016019-PA;gnl|laostr_OGSv1.2|LSTR009001-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR000400-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR007824-PA;gnl|laostr_OGSv1.2|LSTR013822-PA;gnl|laostr_OGSv1.2|LSTR004095-PA;gnl|laostr_OGSv1.2|LSTR003411-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR016961-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR007449-PA;gnl|laostr_OGSv1.2|LSTR008298-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR007810-PA;gnl|laostr_OGSv1.2|LSTR007451-PA
MetaCyc: PWY-7524	Mevalonate pathway III (archaea)	3	gnl|laostr_OGSv1.2|LSTR009096-PA;gnl|laostr_OGSv1.2|LSTR003737-PA;gnl|laostr_OGSv1.2|LSTR008121-PA
MetaCyc: PWY-622	Starch biosynthesis	3	gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR001407-PA
Reactome: R-HSA-6782210	Gap-filling DNA repair synthesis and ligation in TC-NER	51	gnl|laostr_OGSv1.2|LSTR008477-PA;gnl|laostr_OGSv1.2|LSTR006213-PA;gnl|laostr_OGSv1.2|LSTR000597-PA;gnl|laostr_OGSv1.2|LSTR008793-PA;gnl|laostr_OGSv1.2|LSTR015602-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR003302-PA;gnl|laostr_OGSv1.2|LSTR009992-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR006079-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR001499-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR000609-PA;gnl|laostr_OGSv1.2|LSTR009577-PA;gnl|laostr_OGSv1.2|LSTR004497-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001990-PA;gnl|laostr_OGSv1.2|LSTR012022-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR008676-PA;gnl|laostr_OGSv1.2|LSTR001388-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR005075-PA;gnl|laostr_OGSv1.2|LSTR007262-PA;gnl|laostr_OGSv1.2|LSTR009189-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR001445-PA;gnl|laostr_OGSv1.2|LSTR007999-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR016250-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR014371-PA;gnl|laostr_OGSv1.2|LSTR003989-PA;gnl|laostr_OGSv1.2|LSTR015767-PA;gnl|laostr_OGSv1.2|LSTR016430-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR015955-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR010544-PA;gnl|laostr_OGSv1.2|LSTR003677-PA;gnl|laostr_OGSv1.2|LSTR009833-PA;gnl|laostr_OGSv1.2|LSTR007819-PA;gnl|laostr_OGSv1.2|LSTR001322-PA;gnl|laostr_OGSv1.2|LSTR014891-PA
KEGG: 00650+4.2.1.17+1.1.1.35	Butanoate metabolism	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
KEGG: 00514+2.4.1.109	Other types of O-glycan biosynthesis	10	gnl|laostr_OGSv1.2|LSTR014872-PA;gnl|laostr_OGSv1.2|LSTR013873-PA;gnl|laostr_OGSv1.2|LSTR005038-PA;gnl|laostr_OGSv1.2|LSTR011837-PA;gnl|laostr_OGSv1.2|LSTR003492-PA;gnl|laostr_OGSv1.2|LSTR003019-PA;gnl|laostr_OGSv1.2|LSTR003544-PA;gnl|laostr_OGSv1.2|LSTR008009-PA;gnl|laostr_OGSv1.2|LSTR002313-PA;gnl|laostr_OGSv1.2|LSTR017598-PA
KEGG: 00062+4.2.1.17+1.1.1.35	Fatty acid elongation	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-156584	Cytosolic sulfonation of small molecules	1	gnl|laostr_OGSv1.2|LSTR011830-PA
Reactome: R-HSA-388841	Costimulation by the CD28 family	5	gnl|laostr_OGSv1.2|LSTR004024-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR014466-PA
KEGG: 00520+5.3.1.9	Amino sugar and nucleotide sugar metabolism	2	gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005031-PA
MetaCyc: PWY-6433	Hydroxylated fatty acid biosynthesis (plants)	25	gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR013231-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR000861-PA
Reactome: R-HSA-399956	CRMPs in Sema3A signaling	1	gnl|laostr_OGSv1.2|LSTR008140-PA
MetaCyc: PWY-4702	Phytate degradation I	2	gnl|laostr_OGSv1.2|LSTR013361-PA;gnl|laostr_OGSv1.2|LSTR006740-PA
KEGG: 05165+2.7.11.1	Human papillomavirus infection	64	gnl|laostr_OGSv1.2|LSTR011651-PA;gnl|laostr_OGSv1.2|LSTR001520-PA;gnl|laostr_OGSv1.2|LSTR005169-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR013926-PA;gnl|laostr_OGSv1.2|LSTR017684-PA;gnl|laostr_OGSv1.2|LSTR008335-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR006179-PA;gnl|laostr_OGSv1.2|LSTR007448-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR013925-PA;gnl|laostr_OGSv1.2|LSTR005125-PA;gnl|laostr_OGSv1.2|LSTR005168-PA;gnl|laostr_OGSv1.2|LSTR008886-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR004383-PA;gnl|laostr_OGSv1.2|LSTR005786-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR001471-PA;gnl|laostr_OGSv1.2|LSTR006865-PA;gnl|laostr_OGSv1.2|LSTR003893-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR003815-PA;gnl|laostr_OGSv1.2|LSTR016805-PA;gnl|laostr_OGSv1.2|LSTR006148-PA;gnl|laostr_OGSv1.2|LSTR014482-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR014287-PA;gnl|laostr_OGSv1.2|LSTR017655-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR006149-PA;gnl|laostr_OGSv1.2|LSTR017685-PA;gnl|laostr_OGSv1.2|LSTR001832-PA;gnl|laostr_OGSv1.2|LSTR007931-PA;gnl|laostr_OGSv1.2|LSTR014213-PA;gnl|laostr_OGSv1.2|LSTR015290-PA;gnl|laostr_OGSv1.2|LSTR009000-PA;gnl|laostr_OGSv1.2|LSTR016019-PA;gnl|laostr_OGSv1.2|LSTR009001-PA;gnl|laostr_OGSv1.2|LSTR005718-PA;gnl|laostr_OGSv1.2|LSTR001826-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR009830-PA;gnl|laostr_OGSv1.2|LSTR011617-PA;gnl|laostr_OGSv1.2|LSTR012874-PA;gnl|laostr_OGSv1.2|LSTR007449-PA;gnl|laostr_OGSv1.2|LSTR008298-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR001165-PA;gnl|laostr_OGSv1.2|LSTR008694-PA;gnl|laostr_OGSv1.2|LSTR016961-PA;gnl|laostr_OGSv1.2|LSTR010177-PA;gnl|laostr_OGSv1.2|LSTR007451-PA;gnl|laostr_OGSv1.2|LSTR007810-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR013822-PA;gnl|laostr_OGSv1.2|LSTR007824-PA;gnl|laostr_OGSv1.2|LSTR000400-PA;gnl|laostr_OGSv1.2|LSTR015724-PA;gnl|laostr_OGSv1.2|LSTR001272-PA;gnl|laostr_OGSv1.2|LSTR015470-PA;gnl|laostr_OGSv1.2|LSTR003411-PA;gnl|laostr_OGSv1.2|LSTR004095-PA
MetaCyc: PWY-6700	Queuosine biosynthesis I (de novo)	2	gnl|laostr_OGSv1.2|LSTR002185-PA;gnl|laostr_OGSv1.2|LSTR002733-PA
Reactome: R-HSA-6785631	ERBB2 Regulates Cell Motility	2	gnl|laostr_OGSv1.2|LSTR006951-PA;gnl|laostr_OGSv1.2|LSTR012535-PA
KEGG: 00600+3.2.1.45	Sphingolipid metabolism	1	gnl|laostr_OGSv1.2|LSTR007567-PA
Reactome: R-HSA-111469	SMAC, XIAP-regulated apoptotic response	1	gnl|laostr_OGSv1.2|LSTR006036-PA
Reactome: R-HSA-389357	CD28 dependent PI3K/Akt signaling	10	gnl|laostr_OGSv1.2|LSTR015612-PA;gnl|laostr_OGSv1.2|LSTR014465-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR006564-PA;gnl|laostr_OGSv1.2|LSTR002383-PA;gnl|laostr_OGSv1.2|LSTR006673-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR014466-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR001124-PA
Reactome: R-HSA-3371599	Defective HLCS causes multiple carboxylase deficiency	7	gnl|laostr_OGSv1.2|LSTR004137-PA;gnl|laostr_OGSv1.2|LSTR004924-PA;gnl|laostr_OGSv1.2|LSTR005641-PA;gnl|laostr_OGSv1.2|LSTR011768-PA;gnl|laostr_OGSv1.2|LSTR014184-PA;gnl|laostr_OGSv1.2|LSTR002726-PA;gnl|laostr_OGSv1.2|LSTR011278-PA
Reactome: R-HSA-5654699	SHC-mediated cascade:FGFR2	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00030+4.1.2.4	Pentose phosphate pathway	1	gnl|laostr_OGSv1.2|LSTR006927-PA
Reactome: R-HSA-77285	Beta oxidation of myristoyl-CoA to lauroyl-CoA	1	gnl|laostr_OGSv1.2|LSTR004871-PA
MetaCyc: PWY-7798	Protein S-nitrosylation and denitrosylation	2	gnl|laostr_OGSv1.2|LSTR016067-PA;gnl|laostr_OGSv1.2|LSTR010159-PA
Reactome: R-HSA-4719377	Defective DPM2 causes DPM2-CDG (CDG-1u)	1	gnl|laostr_OGSv1.2|LSTR006621-PA
MetaCyc: PWY-1622	Formaldehyde assimilation I (serine pathway)	10	gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002987-PA;gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR002605-PA;gnl|laostr_OGSv1.2|LSTR011550-PA;gnl|laostr_OGSv1.2|LSTR013383-PA;gnl|laostr_OGSv1.2|LSTR002988-PA
Reactome: R-HSA-4086400	PCP/CE pathway	3	gnl|laostr_OGSv1.2|LSTR000476-PA;gnl|laostr_OGSv1.2|LSTR008801-PA;gnl|laostr_OGSv1.2|LSTR000475-PA
Reactome: R-HSA-8939245	RUNX1 regulates transcription of genes involved in BCR signaling	1	gnl|laostr_OGSv1.2|LSTR007964-PA
KEGG: 00062+3.1.2.22	Fatty acid elongation	1	gnl|laostr_OGSv1.2|LSTR005085-PA
Reactome: R-HSA-110330	Recognition and association of DNA glycosylase with site containing an affected purine	3	gnl|laostr_OGSv1.2|LSTR003577-PA;gnl|laostr_OGSv1.2|LSTR002369-PA;gnl|laostr_OGSv1.2|LSTR008600-PA
Reactome: R-HSA-8931987	RUNX1 regulates estrogen receptor mediated transcription	1	gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-1169408	ISG15 antiviral mechanism	35	gnl|laostr_OGSv1.2|LSTR004810-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR001840-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014569-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR014538-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR003757-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR006667-PA
Reactome: R-HSA-9027276	Erythropoietin activates Phosphoinositide-3-kinase (PI3K)	1	gnl|laostr_OGSv1.2|LSTR007995-PA
MetaCyc: PWY-7233	Ubiquinol-6 bypass biosynthesis (eukaryotic)	3	gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR002463-PA;gnl|laostr_OGSv1.2|LSTR012166-PA
Reactome: R-HSA-447038	NrCAM interactions	1	gnl|laostr_OGSv1.2|LSTR005542-PA
KEGG: 00362+4.2.1.17+1.1.1.35	Benzoate degradation	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
KEGG: 00940+1.11.1.7	Phenylpropanoid biosynthesis	5	gnl|laostr_OGSv1.2|LSTR015126-PA;gnl|laostr_OGSv1.2|LSTR003214-PA;gnl|laostr_OGSv1.2|LSTR006976-PA;gnl|laostr_OGSv1.2|LSTR011542-PA;gnl|laostr_OGSv1.2|LSTR017610-PA
Reactome: R-HSA-182218	Nef Mediated CD8 Down-regulation	5	gnl|laostr_OGSv1.2|LSTR003614-PA;gnl|laostr_OGSv1.2|LSTR004559-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR016875-PA
Reactome: R-HSA-76071	RNA Polymerase III Transcription Initiation From Type 3 Promoter	19	gnl|laostr_OGSv1.2|LSTR007299-PA;gnl|laostr_OGSv1.2|LSTR001847-PA;gnl|laostr_OGSv1.2|LSTR002606-PA;gnl|laostr_OGSv1.2|LSTR007257-PA;gnl|laostr_OGSv1.2|LSTR012997-PA;gnl|laostr_OGSv1.2|LSTR009907-PA;gnl|laostr_OGSv1.2|LSTR006219-PA;gnl|laostr_OGSv1.2|LSTR011500-PA;gnl|laostr_OGSv1.2|LSTR012878-PA;gnl|laostr_OGSv1.2|LSTR010523-PA;gnl|laostr_OGSv1.2|LSTR015145-PA;gnl|laostr_OGSv1.2|LSTR008968-PA;gnl|laostr_OGSv1.2|LSTR011646-PA;gnl|laostr_OGSv1.2|LSTR011644-PA;gnl|laostr_OGSv1.2|LSTR004211-PA;gnl|laostr_OGSv1.2|LSTR007149-PA;gnl|laostr_OGSv1.2|LSTR007763-PA;gnl|laostr_OGSv1.2|LSTR012892-PA;gnl|laostr_OGSv1.2|LSTR000586-PA
KEGG: 00900+2.3.3.10	Terpenoid backbone biosynthesis	1	gnl|laostr_OGSv1.2|LSTR008121-PA
KEGG: 00970+6.1.1.20	Aminoacyl-tRNA biosynthesis	4	gnl|laostr_OGSv1.2|LSTR002753-PA;gnl|laostr_OGSv1.2|LSTR013862-PA;gnl|laostr_OGSv1.2|LSTR005571-PA;gnl|laostr_OGSv1.2|LSTR000629-PA
Reactome: R-HSA-9634635	Estrogen-stimulated signaling through PRKCZ	1	gnl|laostr_OGSv1.2|LSTR001124-PA
Reactome: R-HSA-174437	Removal of the Flap Intermediate from the C-strand	9	gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR005850-PA;gnl|laostr_OGSv1.2|LSTR008410-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR006042-PA;gnl|laostr_OGSv1.2|LSTR015123-PA
Reactome: R-HSA-110331	Cleavage of the damaged purine	3	gnl|laostr_OGSv1.2|LSTR008600-PA;gnl|laostr_OGSv1.2|LSTR003577-PA;gnl|laostr_OGSv1.2|LSTR002369-PA
Reactome: R-HSA-2173789	TGF-beta receptor signaling activates SMADs	4	gnl|laostr_OGSv1.2|LSTR002529-PA;gnl|laostr_OGSv1.2|LSTR012377-PA;gnl|laostr_OGSv1.2|LSTR008578-PA;gnl|laostr_OGSv1.2|LSTR008577-PA
MetaCyc: PWY-7800	Ac/N-end rule pathway	4	gnl|laostr_OGSv1.2|LSTR007082-PA;gnl|laostr_OGSv1.2|LSTR005424-PA;gnl|laostr_OGSv1.2|LSTR000140-PA;gnl|laostr_OGSv1.2|LSTR015319-PA
MetaCyc: PWY-7268	NAD/NADP-NADH/NADPH cytosolic interconversion (yeast)	5	gnl|laostr_OGSv1.2|LSTR007019-PA;gnl|laostr_OGSv1.2|LSTR010006-PA;gnl|laostr_OGSv1.2|LSTR008345-PA;gnl|laostr_OGSv1.2|LSTR011490-PA;gnl|laostr_OGSv1.2|LSTR001540-PA
MetaCyc: PWY-6363	D-myo-inositol (1,4,5)-trisphosphate degradation	3	gnl|laostr_OGSv1.2|LSTR006740-PA;gnl|laostr_OGSv1.2|LSTR013361-PA;gnl|laostr_OGSv1.2|LSTR011954-PA
KEGG: 00250+2.4.2.14	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR011376-PA
Reactome: R-HSA-9028335	Activated NTRK2 signals through PI3K	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00511+3.2.1.96	Other glycan degradation	1	gnl|laostr_OGSv1.2|LSTR003443-PA
Reactome: R-HSA-5687128	MAPK6/MAPK4 signaling	54	gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR012822-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR015289-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR007984-PA
Reactome: R-HSA-113501	Inhibition of replication initiation of damaged DNA by RB1/E2F1	5	gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR001286-PA;gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR008245-PA
Reactome: R-HSA-2408508	Metabolism of ingested SeMet, Sec, MeSec into H2Se	3	gnl|laostr_OGSv1.2|LSTR007099-PA;gnl|laostr_OGSv1.2|LSTR009482-PA;gnl|laostr_OGSv1.2|LSTR015227-PA
Reactome: R-HSA-8875360	InlB-mediated entry of Listeria monocytogenes into host cell	5	gnl|laostr_OGSv1.2|LSTR008478-PA;gnl|laostr_OGSv1.2|LSTR008635-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA
KEGG: 00564+2.3.1.15	Glycerophospholipid metabolism	2	gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR008362-PA
KEGG: 00930+4.2.1.17+1.1.1.35	Caprolactam degradation	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
MetaCyc: PWY-7782	Plasmalogen biosynthesis	32	gnl|laostr_OGSv1.2|LSTR017667-PA;gnl|laostr_OGSv1.2|LSTR013166-PA;gnl|laostr_OGSv1.2|LSTR014283-PA;gnl|laostr_OGSv1.2|LSTR001666-PA;gnl|laostr_OGSv1.2|LSTR006031-PA;gnl|laostr_OGSv1.2|LSTR006655-PA;gnl|laostr_OGSv1.2|LSTR014673-PA;gnl|laostr_OGSv1.2|LSTR007794-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR013397-PA;gnl|laostr_OGSv1.2|LSTR006719-PA;gnl|laostr_OGSv1.2|LSTR016204-PA;gnl|laostr_OGSv1.2|LSTR002872-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR003268-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR010846-PA;gnl|laostr_OGSv1.2|LSTR006305-PA;gnl|laostr_OGSv1.2|LSTR004565-PA;gnl|laostr_OGSv1.2|LSTR003148-PA;gnl|laostr_OGSv1.2|LSTR010433-PA;gnl|laostr_OGSv1.2|LSTR001317-PA;gnl|laostr_OGSv1.2|LSTR000429-PA;gnl|laostr_OGSv1.2|LSTR008234-PA;gnl|laostr_OGSv1.2|LSTR003295-PA;gnl|laostr_OGSv1.2|LSTR007030-PA;gnl|laostr_OGSv1.2|LSTR014703-PA;gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR013396-PA;gnl|laostr_OGSv1.2|LSTR003493-PA
KEGG: 00230+2.4.2.7	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR000802-PA
MetaCyc: PWY-7094	Fatty acid salvage	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
MetaCyc: PWY-7717	3-hydroxy-4-methyl-anthranilate biosynthesis I	2	gnl|laostr_OGSv1.2|LSTR011624-PA;gnl|laostr_OGSv1.2|LSTR010754-PA
Reactome: R-HSA-190861	Gap junction assembly	20	gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR002316-PA
Reactome: R-HSA-5632968	Defective Mismatch Repair Associated With MSH6	2	gnl|laostr_OGSv1.2|LSTR015192-PA;gnl|laostr_OGSv1.2|LSTR004669-PA
Reactome: R-HSA-5140745	WNT5A-dependent internalization of FZD2, FZD5 and ROR2	5	gnl|laostr_OGSv1.2|LSTR014067-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR016606-PA;gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR003614-PA
Reactome: R-HSA-8849471	PTK6 Regulates RHO GTPases, RAS GTPase and MAP kinases	2	gnl|laostr_OGSv1.2|LSTR006166-PA;gnl|laostr_OGSv1.2|LSTR006578-PA
Reactome: R-HSA-68962	Activation of the pre-replicative complex	26	gnl|laostr_OGSv1.2|LSTR004013-PA;gnl|laostr_OGSv1.2|LSTR006606-PA;gnl|laostr_OGSv1.2|LSTR000022-PA;gnl|laostr_OGSv1.2|LSTR001286-PA;gnl|laostr_OGSv1.2|LSTR012339-PA;gnl|laostr_OGSv1.2|LSTR002685-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR008124-PA;gnl|laostr_OGSv1.2|LSTR004768-PA;gnl|laostr_OGSv1.2|LSTR011417-PA;gnl|laostr_OGSv1.2|LSTR000319-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR008512-PA;gnl|laostr_OGSv1.2|LSTR011118-PA;gnl|laostr_OGSv1.2|LSTR004817-PA;gnl|laostr_OGSv1.2|LSTR001158-PA;gnl|laostr_OGSv1.2|LSTR002928-PA;gnl|laostr_OGSv1.2|LSTR007453-PA;gnl|laostr_OGSv1.2|LSTR010796-PA;gnl|laostr_OGSv1.2|LSTR013249-PA;gnl|laostr_OGSv1.2|LSTR004713-PA;gnl|laostr_OGSv1.2|LSTR013794-PA;gnl|laostr_OGSv1.2|LSTR001345-PA;gnl|laostr_OGSv1.2|LSTR004403-PA;gnl|laostr_OGSv1.2|LSTR012361-PA;gnl|laostr_OGSv1.2|LSTR002423-PA
MetaCyc: PWY-6842	Glutathione-mediated detoxification II	12	gnl|laostr_OGSv1.2|LSTR014296-PA;gnl|laostr_OGSv1.2|LSTR015227-PA;gnl|laostr_OGSv1.2|LSTR010673-PA;gnl|laostr_OGSv1.2|LSTR010676-PA;gnl|laostr_OGSv1.2|LSTR001419-PA;gnl|laostr_OGSv1.2|LSTR009133-PA;gnl|laostr_OGSv1.2|LSTR011748-PA;gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR009152-PA;gnl|laostr_OGSv1.2|LSTR014509-PA;gnl|laostr_OGSv1.2|LSTR010672-PA
MetaCyc: PWY-6907	Thiamine diphosphate biosynthesis III (Staphylococcus)	1	gnl|laostr_OGSv1.2|LSTR011549-PA
Reactome: R-HSA-5358346	Hedgehog ligand biogenesis	46	gnl|laostr_OGSv1.2|LSTR009020-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR011213-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR011212-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR009358-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA
Reactome: R-HSA-8939243	RUNX1 interacts with co-factors whose precise effect on RUNX1 targets is not known	13	gnl|laostr_OGSv1.2|LSTR015417-PA;gnl|laostr_OGSv1.2|LSTR008658-PA;gnl|laostr_OGSv1.2|LSTR000121-PA;gnl|laostr_OGSv1.2|LSTR006790-PA;gnl|laostr_OGSv1.2|LSTR015471-PA;gnl|laostr_OGSv1.2|LSTR006654-PA;gnl|laostr_OGSv1.2|LSTR011336-PA;gnl|laostr_OGSv1.2|LSTR001396-PA;gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR010628-PA;gnl|laostr_OGSv1.2|LSTR005416-PA;gnl|laostr_OGSv1.2|LSTR011232-PA;gnl|laostr_OGSv1.2|LSTR016309-PA
Reactome: R-HSA-5654688	SHC-mediated cascade:FGFR1	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-432722	Golgi Associated Vesicle Biogenesis	10	gnl|laostr_OGSv1.2|LSTR008553-PA;gnl|laostr_OGSv1.2|LSTR016103-PA;gnl|laostr_OGSv1.2|LSTR014088-PA;gnl|laostr_OGSv1.2|LSTR008465-PA;gnl|laostr_OGSv1.2|LSTR011445-PA;gnl|laostr_OGSv1.2|LSTR012660-PA;gnl|laostr_OGSv1.2|LSTR016503-PA;gnl|laostr_OGSv1.2|LSTR000824-PA;gnl|laostr_OGSv1.2|LSTR012354-PA;gnl|laostr_OGSv1.2|LSTR007026-PA
Reactome: R-HSA-5632684	Hedgehog 'on' state	47	gnl|laostr_OGSv1.2|LSTR009358-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR004534-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR012885-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR004404-PA;gnl|laostr_OGSv1.2|LSTR016583-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR008565-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA
KEGG: 00740+3.6.1.9	Riboflavin metabolism	1	gnl|laostr_OGSv1.2|LSTR006381-PA
Reactome: R-HSA-9665245	Resistance of ERBB2 KD mutants to tesevatinib	1	gnl|laostr_OGSv1.2|LSTR005656-PA
MetaCyc: PWY-6863	Pyruvate fermentation to hexanol (engineered)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
KEGG: 00640+6.4.1.2	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR005641-PA
MetaCyc: PWY-7765	3-hydroxy-4-methyl-anthranilate biosynthesis II	2	gnl|laostr_OGSv1.2|LSTR010754-PA;gnl|laostr_OGSv1.2|LSTR011624-PA
Reactome: R-HSA-5658442	Regulation of RAS by GAPs	48	gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR006578-PA;gnl|laostr_OGSv1.2|LSTR015632-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR002943-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR012708-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR002942-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR002652-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR012709-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA
MetaCyc: PWY-7433	Mucin core 1 and core 2 O-glycosylation	1	gnl|laostr_OGSv1.2|LSTR016196-PA
Reactome: R-HSA-2428928	IRS-related events triggered by IGF1R	1	gnl|laostr_OGSv1.2|LSTR001597-PA
Reactome: R-HSA-381038	XBP1(S) activates chaperone genes	10	gnl|laostr_OGSv1.2|LSTR006519-PA;gnl|laostr_OGSv1.2|LSTR008324-PA;gnl|laostr_OGSv1.2|LSTR012764-PA;gnl|laostr_OGSv1.2|LSTR000615-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR015330-PA;gnl|laostr_OGSv1.2|LSTR011559-PA;gnl|laostr_OGSv1.2|LSTR006520-PA;gnl|laostr_OGSv1.2|LSTR009020-PA;gnl|laostr_OGSv1.2|LSTR006518-PA
Reactome: R-HSA-174184	Cdc20:Phospho-APC/C mediated degradation of Cyclin A	50	gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR002093-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR000661-PA
MetaCyc: PWY-6281	L-selenocysteine biosynthesis II (archaea and eukaryotes)	7	gnl|laostr_OGSv1.2|LSTR014134-PA;gnl|laostr_OGSv1.2|LSTR005562-PA;gnl|laostr_OGSv1.2|LSTR001215-PA;gnl|laostr_OGSv1.2|LSTR006128-PA;gnl|laostr_OGSv1.2|LSTR015327-PA;gnl|laostr_OGSv1.2|LSTR011987-PA;gnl|laostr_OGSv1.2|LSTR007577-PA
MetaCyc: PWY-5057	L-valine degradation II	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00920+2.7.7.4	Sulfur metabolism	1	gnl|laostr_OGSv1.2|LSTR005145-PA
Reactome: R-HSA-5693554	Resolution of D-loop Structures through Synthesis-Dependent Strand Annealing (SDSA)	27	gnl|laostr_OGSv1.2|LSTR015831-PA;gnl|laostr_OGSv1.2|LSTR013643-PA;gnl|laostr_OGSv1.2|LSTR000895-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR009945-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR010496-PA;gnl|laostr_OGSv1.2|LSTR000896-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR005977-PA;gnl|laostr_OGSv1.2|LSTR004401-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR001625-PA;gnl|laostr_OGSv1.2|LSTR015123-PA;gnl|laostr_OGSv1.2|LSTR012902-PA;gnl|laostr_OGSv1.2|LSTR010940-PA;gnl|laostr_OGSv1.2|LSTR008929-PA;gnl|laostr_OGSv1.2|LSTR013815-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR012533-PA;gnl|laostr_OGSv1.2|LSTR009914-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR001888-PA
MetaCyc: PWY-5839	Menaquinol-7 biosynthesis	2	gnl|laostr_OGSv1.2|LSTR000484-PA;gnl|laostr_OGSv1.2|LSTR017295-PA
KEGG: 00240+3.6.1.23	Pyrimidine metabolism	2	gnl|laostr_OGSv1.2|LSTR013429-PA;gnl|laostr_OGSv1.2|LSTR008433-PA
Reactome: R-HSA-3214842	HDMs demethylate histones	5	gnl|laostr_OGSv1.2|LSTR002813-PA;gnl|laostr_OGSv1.2|LSTR003319-PA;gnl|laostr_OGSv1.2|LSTR001802-PA;gnl|laostr_OGSv1.2|LSTR011476-PA;gnl|laostr_OGSv1.2|LSTR011440-PA
MetaCyc: PWY-5749	Itaconate degradation	1	gnl|laostr_OGSv1.2|LSTR006708-PA
Reactome: R-HSA-3108214	SUMOylation of DNA damage response and repair proteins	44	gnl|laostr_OGSv1.2|LSTR002593-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR006044-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR001495-PA;gnl|laostr_OGSv1.2|LSTR009400-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR004989-PA;gnl|laostr_OGSv1.2|LSTR007983-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR008691-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR005434-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR004967-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR004606-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002968-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR008693-PA;gnl|laostr_OGSv1.2|LSTR006487-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR006667-PA
MetaCyc: PWY-6517	N-acetylglucosamine degradation II	1	gnl|laostr_OGSv1.2|LSTR010058-PA
KEGG: 00860+4.2.1.24	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR002328-PA
Reactome: R-HSA-6794361	Neurexins and neuroligins	12	gnl|laostr_OGSv1.2|LSTR009328-PA;gnl|laostr_OGSv1.2|LSTR011191-PA;gnl|laostr_OGSv1.2|LSTR004672-PA;gnl|laostr_OGSv1.2|LSTR002371-PA;gnl|laostr_OGSv1.2|LSTR001640-PA;gnl|laostr_OGSv1.2|LSTR003486-PA;gnl|laostr_OGSv1.2|LSTR008041-PA;gnl|laostr_OGSv1.2|LSTR007920-PA;gnl|laostr_OGSv1.2|LSTR007677-PA;gnl|laostr_OGSv1.2|LSTR005510-PA;gnl|laostr_OGSv1.2|LSTR005888-PA;gnl|laostr_OGSv1.2|LSTR007614-PA
KEGG: 00515+2.7.1.183	Mannose type O-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003585-PA
KEGG: 00790+4.6.1.17	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR002436-PA
MetaCyc: PWY-7035	(9Z)-tricosene biosynthesis	25	gnl|laostr_OGSv1.2|LSTR012747-PA;gnl|laostr_OGSv1.2|LSTR007100-PA;gnl|laostr_OGSv1.2|LSTR003070-PA;gnl|laostr_OGSv1.2|LSTR000861-PA;gnl|laostr_OGSv1.2|LSTR009114-PA;gnl|laostr_OGSv1.2|LSTR009113-PA;gnl|laostr_OGSv1.2|LSTR007327-PA;gnl|laostr_OGSv1.2|LSTR012641-PA;gnl|laostr_OGSv1.2|LSTR012635-PA;gnl|laostr_OGSv1.2|LSTR009112-PA;gnl|laostr_OGSv1.2|LSTR009111-PA;gnl|laostr_OGSv1.2|LSTR007112-PA;gnl|laostr_OGSv1.2|LSTR009494-PA;gnl|laostr_OGSv1.2|LSTR006858-PA;gnl|laostr_OGSv1.2|LSTR012645-PA;gnl|laostr_OGSv1.2|LSTR013076-PA;gnl|laostr_OGSv1.2|LSTR004255-PA;gnl|laostr_OGSv1.2|LSTR012516-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR013336-PA;gnl|laostr_OGSv1.2|LSTR015525-PA;gnl|laostr_OGSv1.2|LSTR010998-PA;gnl|laostr_OGSv1.2|LSTR004257-PA;gnl|laostr_OGSv1.2|LSTR013231-PA
Reactome: R-HSA-5654689	PI-3K cascade:FGFR1	1	gnl|laostr_OGSv1.2|LSTR006288-PA
Reactome: R-HSA-1250342	PI3K events in ERBB4 signaling	1	gnl|laostr_OGSv1.2|LSTR006951-PA
Reactome: R-HSA-5627117	RHO GTPases Activate ROCKs	1	gnl|laostr_OGSv1.2|LSTR006148-PA
KEGG: 00020+2.3.3.8	Citrate cycle (TCA cycle)	1	gnl|laostr_OGSv1.2|LSTR001512-PA
KEGG: 00480+1.17.4.1	Glutathione metabolism	4	gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR001020-PA
MetaCyc: PWY-7007	Methyl ketone biosynthesis (engineered)	8	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA
MetaCyc: PWY-5892	Menaquinol-12 biosynthesis	2	gnl|laostr_OGSv1.2|LSTR000484-PA;gnl|laostr_OGSv1.2|LSTR017295-PA
KEGG: 00670+4.3.1.4+2.1.2.5	One carbon pool by folate	1	gnl|laostr_OGSv1.2|LSTR006460-PA
Reactome: R-HSA-425397	Transport of vitamins, nucleosides, and related molecules	1	gnl|laostr_OGSv1.2|LSTR014274-PA
Reactome: R-HSA-3359462	Defective AMN causes hereditary megaloblastic anemia 1	1	gnl|laostr_OGSv1.2|LSTR005050-PA
Reactome: R-HSA-499943	Interconversion of nucleotide di- and triphosphates	23	gnl|laostr_OGSv1.2|LSTR013702-PA;gnl|laostr_OGSv1.2|LSTR006827-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR014066-PA;gnl|laostr_OGSv1.2|LSTR012557-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR006751-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR005187-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR009849-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR000032-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR004519-PA;gnl|laostr_OGSv1.2|LSTR000281-PA;gnl|laostr_OGSv1.2|LSTR004939-PA;gnl|laostr_OGSv1.2|LSTR006977-PA;gnl|laostr_OGSv1.2|LSTR000102-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR015660-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR014230-PA
Reactome: R-HSA-1362409	Mitochondrial iron-sulfur cluster biogenesis	9	gnl|laostr_OGSv1.2|LSTR008943-PA;gnl|laostr_OGSv1.2|LSTR001259-PA;gnl|laostr_OGSv1.2|LSTR003873-PA;gnl|laostr_OGSv1.2|LSTR000282-PA;gnl|laostr_OGSv1.2|LSTR010476-PA;gnl|laostr_OGSv1.2|LSTR006136-PA;gnl|laostr_OGSv1.2|LSTR012207-PA;gnl|laostr_OGSv1.2|LSTR015241-PA;gnl|laostr_OGSv1.2|LSTR015270-PA
MetaCyc: PWY-6123	Inosine-5'-phosphate biosynthesis I	5	gnl|laostr_OGSv1.2|LSTR008682-PA;gnl|laostr_OGSv1.2|LSTR011377-PA;gnl|laostr_OGSv1.2|LSTR008684-PA;gnl|laostr_OGSv1.2|LSTR003283-PA;gnl|laostr_OGSv1.2|LSTR015390-PA
Reactome: R-HSA-8935964	RUNX1 regulates expression of components of tight junctions	1	gnl|laostr_OGSv1.2|LSTR007964-PA
Reactome: R-HSA-3371453	Regulation of HSF1-mediated heat shock response	57	gnl|laostr_OGSv1.2|LSTR017059-PA;gnl|laostr_OGSv1.2|LSTR008686-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR006918-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR001209-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR015271-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR009207-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR008827-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR003408-PA;gnl|laostr_OGSv1.2|LSTR012346-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR005471-PA;gnl|laostr_OGSv1.2|LSTR000215-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR016231-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR009567-PA;gnl|laostr_OGSv1.2|LSTR001919-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR006982-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR007326-PA;gnl|laostr_OGSv1.2|LSTR006295-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR014912-PA;gnl|laostr_OGSv1.2|LSTR005241-PA;gnl|laostr_OGSv1.2|LSTR003422-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR003409-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR015481-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR006736-PA;gnl|laostr_OGSv1.2|LSTR015226-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR006924-PA
Reactome: R-HSA-8950505	Gene and protein expression by JAK-STAT signaling after Interleukin-12 stimulation	9	gnl|laostr_OGSv1.2|LSTR012721-PA;gnl|laostr_OGSv1.2|LSTR007984-PA;gnl|laostr_OGSv1.2|LSTR008686-PA;gnl|laostr_OGSv1.2|LSTR004378-PA;gnl|laostr_OGSv1.2|LSTR010609-PA;gnl|laostr_OGSv1.2|LSTR015226-PA;gnl|laostr_OGSv1.2|LSTR010793-PA;gnl|laostr_OGSv1.2|LSTR012351-PA;gnl|laostr_OGSv1.2|LSTR013810-PA
MetaCyc: PWY-6859	All-trans-farnesol biosynthesis	6	gnl|laostr_OGSv1.2|LSTR000649-PA;gnl|laostr_OGSv1.2|LSTR007486-PA;gnl|laostr_OGSv1.2|LSTR017631-PA;gnl|laostr_OGSv1.2|LSTR000747-PA;gnl|laostr_OGSv1.2|LSTR009096-PA;gnl|laostr_OGSv1.2|LSTR015723-PA
KEGG: 00591+3.1.1.4	Linoleic acid metabolism	11	gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR010363-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR004995-PA;gnl|laostr_OGSv1.2|LSTR004996-PA;gnl|laostr_OGSv1.2|LSTR000702-PA;gnl|laostr_OGSv1.2|LSTR010693-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR014875-PA;gnl|laostr_OGSv1.2|LSTR004997-PA
KEGG: 04070+3.1.3.78	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR013286-PA
KEGG: 00790+3.5.4.16	Folate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR003984-PA
MetaCyc: PWY-6117	Spermine and spermidine degradation I	2	gnl|laostr_OGSv1.2|LSTR007462-PA;gnl|laostr_OGSv1.2|LSTR007463-PA
Reactome: R-HSA-6811555	PI5P Regulates TP53 Acetylation	1	gnl|laostr_OGSv1.2|LSTR001840-PA
Reactome: R-HSA-1592389	Activation of Matrix Metalloproteinases	4	gnl|laostr_OGSv1.2|LSTR014894-PA;gnl|laostr_OGSv1.2|LSTR010759-PA;gnl|laostr_OGSv1.2|LSTR000364-PA;gnl|laostr_OGSv1.2|LSTR000372-PA
MetaCyc: PWY-5872	Ubiquinol-10 biosynthesis (eukaryotic)	5	gnl|laostr_OGSv1.2|LSTR000513-PA;gnl|laostr_OGSv1.2|LSTR012166-PA;gnl|laostr_OGSv1.2|LSTR015194-PA;gnl|laostr_OGSv1.2|LSTR015214-PA;gnl|laostr_OGSv1.2|LSTR002463-PA
Reactome: R-HSA-4615885	SUMOylation of DNA replication proteins	34	gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR007213-PA;gnl|laostr_OGSv1.2|LSTR007781-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR017095-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR001534-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR006429-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR001161-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR001705-PA;gnl|laostr_OGSv1.2|LSTR000917-PA
Reactome: R-HSA-1912408	Pre-NOTCH Transcription and Translation	14	gnl|laostr_OGSv1.2|LSTR008266-PA;gnl|laostr_OGSv1.2|LSTR014290-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR010439-PA;gnl|laostr_OGSv1.2|LSTR011190-PA;gnl|laostr_OGSv1.2|LSTR015737-PA;gnl|laostr_OGSv1.2|LSTR004239-PA;gnl|laostr_OGSv1.2|LSTR003432-PA;gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR001680-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR011771-PA
MetaCyc: PWY-6366	D-myo-inositol (1,4,5,6)-tetrakisphosphate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005767-PA
KEGG: 00860+4.1.1.37	Porphyrin and chlorophyll metabolism	1	gnl|laostr_OGSv1.2|LSTR002598-PA
Reactome: R-HSA-166058	MyD88:MAL(TIRAP) cascade initiated on plasma membrane	2	gnl|laostr_OGSv1.2|LSTR003246-PA;gnl|laostr_OGSv1.2|LSTR005873-PA
Reactome: R-HSA-211163	AKT-mediated inactivation of FOXO1A	1	gnl|laostr_OGSv1.2|LSTR011722-PA
Reactome: R-HSA-381771	Synthesis, secretion, and inactivation of Glucagon-like Peptide-1 (GLP-1)	5	gnl|laostr_OGSv1.2|LSTR014376-PA;gnl|laostr_OGSv1.2|LSTR003469-PA;gnl|laostr_OGSv1.2|LSTR002788-PA;gnl|laostr_OGSv1.2|LSTR003175-PA;gnl|laostr_OGSv1.2|LSTR007803-PA
KEGG: 00650+5.1.2.3+4.2.1.17+1.1.1.35	Butanoate metabolism	3	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-1483166	Synthesis of PA	19	gnl|laostr_OGSv1.2|LSTR012490-PA;gnl|laostr_OGSv1.2|LSTR013798-PA;gnl|laostr_OGSv1.2|LSTR011431-PA;gnl|laostr_OGSv1.2|LSTR008604-PA;gnl|laostr_OGSv1.2|LSTR011430-PA;gnl|laostr_OGSv1.2|LSTR005402-PA;gnl|laostr_OGSv1.2|LSTR005101-PA;gnl|laostr_OGSv1.2|LSTR001653-PA;gnl|laostr_OGSv1.2|LSTR008596-PA;gnl|laostr_OGSv1.2|LSTR000384-PA;gnl|laostr_OGSv1.2|LSTR006427-PA;gnl|laostr_OGSv1.2|LSTR008362-PA;gnl|laostr_OGSv1.2|LSTR001220-PA;gnl|laostr_OGSv1.2|LSTR001738-PA;gnl|laostr_OGSv1.2|LSTR007375-PA;gnl|laostr_OGSv1.2|LSTR005796-PA;gnl|laostr_OGSv1.2|LSTR009734-PA;gnl|laostr_OGSv1.2|LSTR002643-PA;gnl|laostr_OGSv1.2|LSTR004668-PA
MetaCyc: PWY-5941	Glycogen degradation II	2	gnl|laostr_OGSv1.2|LSTR001061-PA;gnl|laostr_OGSv1.2|LSTR001389-PA
KEGG: 00380+1.14.13.9	Tryptophan metabolism	1	gnl|laostr_OGSv1.2|LSTR011624-PA
Reactome: R-HSA-209968	Thyroxine biosynthesis	2	gnl|laostr_OGSv1.2|LSTR006434-PA;gnl|laostr_OGSv1.2|LSTR012442-PA
Reactome: R-HSA-9017802	Noncanonical activation of NOTCH3	4	gnl|laostr_OGSv1.2|LSTR000692-PA;gnl|laostr_OGSv1.2|LSTR014532-PA;gnl|laostr_OGSv1.2|LSTR013239-PA;gnl|laostr_OGSv1.2|LSTR011008-PA
KEGG: 00626+1.1.1.1	Naphthalene degradation	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
KEGG: 00720+6.4.1.3	Carbon fixation pathways in prokaryotes	1	gnl|laostr_OGSv1.2|LSTR002726-PA
MetaCyc: PWY-6120	L-tyrosine biosynthesis III	1	gnl|laostr_OGSv1.2|LSTR012883-PA
Reactome: R-HSA-913709	O-linked glycosylation of mucins	12	gnl|laostr_OGSv1.2|LSTR002217-PA;gnl|laostr_OGSv1.2|LSTR006621-PA;gnl|laostr_OGSv1.2|LSTR012281-PA;gnl|laostr_OGSv1.2|LSTR012417-PA;gnl|laostr_OGSv1.2|LSTR013130-PA;gnl|laostr_OGSv1.2|LSTR014071-PA;gnl|laostr_OGSv1.2|LSTR000517-PA;gnl|laostr_OGSv1.2|LSTR000518-PA;gnl|laostr_OGSv1.2|LSTR007862-PA;gnl|laostr_OGSv1.2|LSTR012858-PA;gnl|laostr_OGSv1.2|LSTR004797-PA;gnl|laostr_OGSv1.2|LSTR016196-PA
MetaCyc: PWY-8043	Ophthalmate biosynthesis	2	gnl|laostr_OGSv1.2|LSTR011975-PA;gnl|laostr_OGSv1.2|LSTR001490-PA
Reactome: R-HSA-5637810	Constitutive Signaling by EGFRvIII	2	gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR005656-PA
Reactome: R-HSA-70263	Gluconeogenesis	21	gnl|laostr_OGSv1.2|LSTR015218-PA;gnl|laostr_OGSv1.2|LSTR000521-PA;gnl|laostr_OGSv1.2|LSTR009787-PA;gnl|laostr_OGSv1.2|LSTR006469-PA;gnl|laostr_OGSv1.2|LSTR005947-PA;gnl|laostr_OGSv1.2|LSTR008240-PA;gnl|laostr_OGSv1.2|LSTR014184-PA;gnl|laostr_OGSv1.2|LSTR011278-PA;gnl|laostr_OGSv1.2|LSTR000279-PA;gnl|laostr_OGSv1.2|LSTR010042-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR005031-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR011033-PA;gnl|laostr_OGSv1.2|LSTR004156-PA;gnl|laostr_OGSv1.2|LSTR002740-PA;gnl|laostr_OGSv1.2|LSTR005482-PA;gnl|laostr_OGSv1.2|LSTR002268-PA;gnl|laostr_OGSv1.2|LSTR016098-PA;gnl|laostr_OGSv1.2|LSTR006488-PA;gnl|laostr_OGSv1.2|LSTR004176-PA
Reactome: R-HSA-177504	Retrograde neurotrophin signalling	3	gnl|laostr_OGSv1.2|LSTR004226-PA;gnl|laostr_OGSv1.2|LSTR013225-PA;gnl|laostr_OGSv1.2|LSTR003614-PA
MetaCyc: PWY-6364	D-myo-inositol (1,3,4)-trisphosphate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR011954-PA
Reactome: R-HSA-912694	Regulation of IFNA signaling	1	gnl|laostr_OGSv1.2|LSTR004024-PA
Reactome: R-HSA-3299685	Detoxification of Reactive Oxygen Species	25	gnl|laostr_OGSv1.2|LSTR003334-PA;gnl|laostr_OGSv1.2|LSTR004803-PA;gnl|laostr_OGSv1.2|LSTR012351-PA;gnl|laostr_OGSv1.2|LSTR010925-PA;gnl|laostr_OGSv1.2|LSTR009680-PA;gnl|laostr_OGSv1.2|LSTR004640-PA;gnl|laostr_OGSv1.2|LSTR007054-PA;gnl|laostr_OGSv1.2|LSTR006200-PA;gnl|laostr_OGSv1.2|LSTR003106-PA;gnl|laostr_OGSv1.2|LSTR000684-PA;gnl|laostr_OGSv1.2|LSTR006443-PA;gnl|laostr_OGSv1.2|LSTR000172-PA;gnl|laostr_OGSv1.2|LSTR005959-PA;gnl|laostr_OGSv1.2|LSTR006173-PA;gnl|laostr_OGSv1.2|LSTR001593-PA;gnl|laostr_OGSv1.2|LSTR007159-PA;gnl|laostr_OGSv1.2|LSTR009625-PA;gnl|laostr_OGSv1.2|LSTR001265-PA;gnl|laostr_OGSv1.2|LSTR000690-PA;gnl|laostr_OGSv1.2|LSTR015220-PA;gnl|laostr_OGSv1.2|LSTR011948-PA;gnl|laostr_OGSv1.2|LSTR009635-PA;gnl|laostr_OGSv1.2|LSTR007161-PA;gnl|laostr_OGSv1.2|LSTR012900-PA;gnl|laostr_OGSv1.2|LSTR008617-PA
MetaCyc: PWY-5532	Nucleoside and nucleotide degradation (archaea)	3	gnl|laostr_OGSv1.2|LSTR009878-PA;gnl|laostr_OGSv1.2|LSTR001023-PA;gnl|laostr_OGSv1.2|LSTR009469-PA
Reactome: R-HSA-2644607	Loss of Function of FBXW7 in Cancer and NOTCH1 Signaling	1	gnl|laostr_OGSv1.2|LSTR004054-PA
Reactome: R-HSA-6811434	COPI-dependent Golgi-to-ER retrograde traffic	77	gnl|laostr_OGSv1.2|LSTR010250-PA;gnl|laostr_OGSv1.2|LSTR012505-PA;gnl|laostr_OGSv1.2|LSTR006233-PA;gnl|laostr_OGSv1.2|LSTR008441-PA;gnl|laostr_OGSv1.2|LSTR010508-PA;gnl|laostr_OGSv1.2|LSTR014982-PA;gnl|laostr_OGSv1.2|LSTR017621-PA;gnl|laostr_OGSv1.2|LSTR003608-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR004510-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR007423-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR005077-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR005453-PA;gnl|laostr_OGSv1.2|LSTR000599-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR008425-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR005458-PA;gnl|laostr_OGSv1.2|LSTR011115-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR014893-PA;gnl|laostr_OGSv1.2|LSTR012264-PA;gnl|laostr_OGSv1.2|LSTR017432-PA;gnl|laostr_OGSv1.2|LSTR001652-PA;gnl|laostr_OGSv1.2|LSTR012352-PA;gnl|laostr_OGSv1.2|LSTR005258-PA;gnl|laostr_OGSv1.2|LSTR012730-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR005053-PA;gnl|laostr_OGSv1.2|LSTR014171-PA;gnl|laostr_OGSv1.2|LSTR003723-PA;gnl|laostr_OGSv1.2|LSTR001977-PA;gnl|laostr_OGSv1.2|LSTR006304-PA;gnl|laostr_OGSv1.2|LSTR007530-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR000706-PA;gnl|laostr_OGSv1.2|LSTR005257-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR004380-PA;gnl|laostr_OGSv1.2|LSTR007551-PA;gnl|laostr_OGSv1.2|LSTR004769-PA;gnl|laostr_OGSv1.2|LSTR005512-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR000438-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR009507-PA;gnl|laostr_OGSv1.2|LSTR014319-PA;gnl|laostr_OGSv1.2|LSTR012287-PA;gnl|laostr_OGSv1.2|LSTR015231-PA;gnl|laostr_OGSv1.2|LSTR011281-PA;gnl|laostr_OGSv1.2|LSTR000055-PA;gnl|laostr_OGSv1.2|LSTR004033-PA;gnl|laostr_OGSv1.2|LSTR011165-PA;gnl|laostr_OGSv1.2|LSTR003862-PA;gnl|laostr_OGSv1.2|LSTR000735-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR011399-PA;gnl|laostr_OGSv1.2|LSTR005298-PA;gnl|laostr_OGSv1.2|LSTR004400-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR003091-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR004071-PA;gnl|laostr_OGSv1.2|LSTR000549-PA;gnl|laostr_OGSv1.2|LSTR015141-PA;gnl|laostr_OGSv1.2|LSTR005373-PA;gnl|laostr_OGSv1.2|LSTR001821-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR011114-PA;gnl|laostr_OGSv1.2|LSTR006832-PA
KEGG: 00360+2.6.1.5	Phenylalanine metabolism	1	gnl|laostr_OGSv1.2|LSTR002765-PA
Reactome: R-HSA-5633231	Defective ALG14 causes congenital myasthenic syndrome (ALG14-CMS)	1	gnl|laostr_OGSv1.2|LSTR002919-PA
MetaCyc: PWY-6313	Serotonin degradation	2	gnl|laostr_OGSv1.2|LSTR010159-PA;gnl|laostr_OGSv1.2|LSTR016067-PA
MetaCyc: PWY-6019	Pseudouridine degradation	1	gnl|laostr_OGSv1.2|LSTR013033-PA
KEGG: 00513+2.4.1.131	Various types of N-glycan biosynthesis	1	gnl|laostr_OGSv1.2|LSTR008291-PA
Reactome: R-HSA-8941856	RUNX3 regulates NOTCH signaling	5	gnl|laostr_OGSv1.2|LSTR007576-PA;gnl|laostr_OGSv1.2|LSTR007804-PA;gnl|laostr_OGSv1.2|LSTR011679-PA;gnl|laostr_OGSv1.2|LSTR013075-PA;gnl|laostr_OGSv1.2|LSTR004239-PA
Reactome: R-HSA-912446	Meiotic recombination	21	gnl|laostr_OGSv1.2|LSTR009914-PA;gnl|laostr_OGSv1.2|LSTR005998-PA;gnl|laostr_OGSv1.2|LSTR001888-PA;gnl|laostr_OGSv1.2|LSTR017518-PA;gnl|laostr_OGSv1.2|LSTR001587-PA;gnl|laostr_OGSv1.2|LSTR010940-PA;gnl|laostr_OGSv1.2|LSTR009504-PA;gnl|laostr_OGSv1.2|LSTR004280-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR005126-PA;gnl|laostr_OGSv1.2|LSTR006837-PA;gnl|laostr_OGSv1.2|LSTR004585-PA;gnl|laostr_OGSv1.2|LSTR012306-PA;gnl|laostr_OGSv1.2|LSTR000896-PA;gnl|laostr_OGSv1.2|LSTR009737-PA;gnl|laostr_OGSv1.2|LSTR002749-PA;gnl|laostr_OGSv1.2|LSTR011902-PA;gnl|laostr_OGSv1.2|LSTR000280-PA;gnl|laostr_OGSv1.2|LSTR008143-PA;gnl|laostr_OGSv1.2|LSTR007643-PA;gnl|laostr_OGSv1.2|LSTR015831-PA
MetaCyc: PWY-5481	Pyruvate fermentation to (S)-lactate	1	gnl|laostr_OGSv1.2|LSTR010963-PA
KEGG: 00720+4.2.1.17+1.1.1.35	Carbon fixation pathways in prokaryotes	4	gnl|laostr_OGSv1.2|LSTR016133-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004500-PA
Reactome: R-HSA-9616222	Transcriptional regulation of granulopoiesis	4	gnl|laostr_OGSv1.2|LSTR007964-PA;gnl|laostr_OGSv1.2|LSTR008245-PA;gnl|laostr_OGSv1.2|LSTR002188-PA;gnl|laostr_OGSv1.2|LSTR001806-PA
Reactome: R-HSA-186763	Downstream signal transduction	4	gnl|laostr_OGSv1.2|LSTR004813-PA;gnl|laostr_OGSv1.2|LSTR006288-PA;gnl|laostr_OGSv1.2|LSTR006578-PA;gnl|laostr_OGSv1.2|LSTR011607-PA
KEGG: 00330+1.2.1.41+2.7.2.11	Arginine and proline metabolism	1	gnl|laostr_OGSv1.2|LSTR002932-PA
Reactome: R-HSA-881907	Gastrin-CREB signalling pathway via PKC and MAPK	3	gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR008086-PA;gnl|laostr_OGSv1.2|LSTR001458-PA
MetaCyc: PWY-7227	Adenosine deoxyribonucleotides de novo biosynthesis	12	gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR001987-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR015721-PA
MetaCyc: PWY-7210	Pyrimidine deoxyribonucleotides biosynthesis from CTP	17	gnl|laostr_OGSv1.2|LSTR015921-PA;gnl|laostr_OGSv1.2|LSTR008853-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR008852-PA;gnl|laostr_OGSv1.2|LSTR015741-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR003206-PA;gnl|laostr_OGSv1.2|LSTR015999-PA;gnl|laostr_OGSv1.2|LSTR017065-PA;gnl|laostr_OGSv1.2|LSTR002066-PA;gnl|laostr_OGSv1.2|LSTR006751-PA;gnl|laostr_OGSv1.2|LSTR001020-PA;gnl|laostr_OGSv1.2|LSTR014066-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR001987-PA
Reactome: R-HSA-204626	Hypusine synthesis from eIF5A-lysine	2	gnl|laostr_OGSv1.2|LSTR002183-PA;gnl|laostr_OGSv1.2|LSTR000603-PA
KEGG: 04070+3.1.3.36	Phosphatidylinositol signaling system	4	gnl|laostr_OGSv1.2|LSTR008849-PA;gnl|laostr_OGSv1.2|LSTR015773-PA;gnl|laostr_OGSv1.2|LSTR001717-PA;gnl|laostr_OGSv1.2|LSTR007022-PA
Reactome: R-HSA-6804757	Regulation of TP53 Degradation	12	gnl|laostr_OGSv1.2|LSTR002383-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR011722-PA;gnl|laostr_OGSv1.2|LSTR001124-PA;gnl|laostr_OGSv1.2|LSTR015612-PA;gnl|laostr_OGSv1.2|LSTR003302-PA;gnl|laostr_OGSv1.2|LSTR001662-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006564-PA;gnl|laostr_OGSv1.2|LSTR006355-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR009842-PA
Reactome: R-HSA-9648895	Response of EIF2AK1 (HRI) to heme deficiency	2	gnl|laostr_OGSv1.2|LSTR002053-PA;gnl|laostr_OGSv1.2|LSTR002699-PA
Reactome: R-HSA-2046106	alpha-linolenic acid (ALA) metabolism	1	gnl|laostr_OGSv1.2|LSTR003894-PA
Reactome: R-HSA-1855167	Synthesis of pyrophosphates in the cytosol	5	gnl|laostr_OGSv1.2|LSTR013820-PA;gnl|laostr_OGSv1.2|LSTR007612-PA;gnl|laostr_OGSv1.2|LSTR007611-PA;gnl|laostr_OGSv1.2|LSTR005767-PA;gnl|laostr_OGSv1.2|LSTR009653-PA
Reactome: R-HSA-77346	Beta oxidation of decanoyl-CoA to octanoyl-CoA-CoA	1	gnl|laostr_OGSv1.2|LSTR004871-PA
MetaCyc: PWY-3561	Choline biosynthesis III	2	gnl|laostr_OGSv1.2|LSTR008596-PA;gnl|laostr_OGSv1.2|LSTR008604-PA
Reactome: R-HSA-4551638	SUMOylation of chromatin organization proteins	31	gnl|laostr_OGSv1.2|LSTR004983-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR000581-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014124-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR005032-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR012558-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR017370-PA
Reactome: R-HSA-381753	Olfactory Signaling Pathway	2	gnl|laostr_OGSv1.2|LSTR001323-PA;gnl|laostr_OGSv1.2|LSTR011634-PA
Reactome: R-HSA-5684264	MAP3K8 (TPL2)-dependent MAPK1/3 activation	5	gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR003438-PA
KEGG: 00480+1.1.1.44	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR004001-PA
Reactome: R-HSA-193048	Androgen biosynthesis	1	gnl|laostr_OGSv1.2|LSTR009024-PA
KEGG: 00480+2.5.1.22	Glutathione metabolism	2	gnl|laostr_OGSv1.2|LSTR010763-PA;gnl|laostr_OGSv1.2|LSTR013271-PA
Reactome: R-HSA-212676	Dopamine Neurotransmitter Release Cycle	5	gnl|laostr_OGSv1.2|LSTR007920-PA;gnl|laostr_OGSv1.2|LSTR005949-PA;gnl|laostr_OGSv1.2|LSTR006801-PA;gnl|laostr_OGSv1.2|LSTR016317-PA;gnl|laostr_OGSv1.2|LSTR006803-PA
Reactome: R-HSA-4719360	Defective DPM3 causes DPM3-CDG (CDG-1o)	1	gnl|laostr_OGSv1.2|LSTR006621-PA
KEGG: 00785+2.3.1.181	Lipoic acid metabolism	4	gnl|laostr_OGSv1.2|LSTR004137-PA;gnl|laostr_OGSv1.2|LSTR011768-PA;gnl|laostr_OGSv1.2|LSTR011151-PA;gnl|laostr_OGSv1.2|LSTR001672-PA
Reactome: R-HSA-176407	Conversion from APC/C:Cdc20 to APC/C:Cdh1 in late anaphase	10	gnl|laostr_OGSv1.2|LSTR003133-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR015289-PA;gnl|laostr_OGSv1.2|LSTR012856-PA;gnl|laostr_OGSv1.2|LSTR005667-PA;gnl|laostr_OGSv1.2|LSTR008569-PA;gnl|laostr_OGSv1.2|LSTR008915-PA;gnl|laostr_OGSv1.2|LSTR003132-PA;gnl|laostr_OGSv1.2|LSTR005687-PA;gnl|laostr_OGSv1.2|LSTR002093-PA
Reactome: R-HSA-9649948	Signaling downstream of RAS mutants	8	gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR011756-PA;gnl|laostr_OGSv1.2|LSTR012206-PA;gnl|laostr_OGSv1.2|LSTR017443-PA;gnl|laostr_OGSv1.2|LSTR015042-PA;gnl|laostr_OGSv1.2|LSTR001458-PA;gnl|laostr_OGSv1.2|LSTR015998-PA;gnl|laostr_OGSv1.2|LSTR003631-PA
KEGG: 00480+1.8.4.2	Glutathione metabolism	1	gnl|laostr_OGSv1.2|LSTR000664-PA
Reactome: R-HSA-211736	Stimulation of the cell death response by PAK-2p34	1	gnl|laostr_OGSv1.2|LSTR007984-PA
Reactome: R-HSA-5619078	Defective SLC35C1 causes congenital disorder of glycosylation 2C (CDG2C)	1	gnl|laostr_OGSv1.2|LSTR011054-PA
KEGG: 00630+1.1.1.37	Glyoxylate and dicarboxylate metabolism	5	gnl|laostr_OGSv1.2|LSTR004176-PA;gnl|laostr_OGSv1.2|LSTR006175-PA;gnl|laostr_OGSv1.2|LSTR015604-PA;gnl|laostr_OGSv1.2|LSTR002587-PA;gnl|laostr_OGSv1.2|LSTR011550-PA
KEGG: 00640+6.2.1.4	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR006708-PA
MetaCyc: PWY-6365	D-myo-inositol (3,4,5,6)-tetrakisphosphate biosynthesis	1	gnl|laostr_OGSv1.2|LSTR005767-PA
MetaCyc: PWY-6435	4-hydroxybenzoate biosynthesis III (plants)	4	gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-189483	Heme degradation	1	gnl|laostr_OGSv1.2|LSTR009744-PA
Reactome: R-HSA-3769402	Deactivation of the beta-catenin transactivating complex	15	gnl|laostr_OGSv1.2|LSTR000544-PA;gnl|laostr_OGSv1.2|LSTR006178-PA;gnl|laostr_OGSv1.2|LSTR007620-PA;gnl|laostr_OGSv1.2|LSTR005837-PA;gnl|laostr_OGSv1.2|LSTR005398-PA;gnl|laostr_OGSv1.2|LSTR013710-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR013968-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR012402-PA;gnl|laostr_OGSv1.2|LSTR007018-PA;gnl|laostr_OGSv1.2|LSTR013300-PA;gnl|laostr_OGSv1.2|LSTR002796-PA;gnl|laostr_OGSv1.2|LSTR014487-PA;gnl|laostr_OGSv1.2|LSTR015850-PA
Reactome: R-HSA-4641258	Degradation of DVL	43	gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR000476-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR000475-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR006954-PA
Reactome: R-HSA-1368108	BMAL1:CLOCK,NPAS2 activates circadian gene expression	6	gnl|laostr_OGSv1.2|LSTR016097-PA;gnl|laostr_OGSv1.2|LSTR006492-PA;gnl|laostr_OGSv1.2|LSTR012683-PA;gnl|laostr_OGSv1.2|LSTR007682-PA;gnl|laostr_OGSv1.2|LSTR000973-PA;gnl|laostr_OGSv1.2|LSTR009167-PA
Reactome: R-HSA-975957	Nonsense Mediated Decay (NMD) enhanced by the Exon Junction Complex (EJC)	104	gnl|laostr_OGSv1.2|LSTR007374-PA;gnl|laostr_OGSv1.2|LSTR002547-PA;gnl|laostr_OGSv1.2|LSTR007450-PA;gnl|laostr_OGSv1.2|LSTR016958-PA;gnl|laostr_OGSv1.2|LSTR000213-PA;gnl|laostr_OGSv1.2|LSTR010657-PA;gnl|laostr_OGSv1.2|LSTR003448-PA;gnl|laostr_OGSv1.2|LSTR008618-PA;gnl|laostr_OGSv1.2|LSTR017470-PA;gnl|laostr_OGSv1.2|LSTR003558-PA;gnl|laostr_OGSv1.2|LSTR004875-PA;gnl|laostr_OGSv1.2|LSTR003130-PA;gnl|laostr_OGSv1.2|LSTR014907-PA;gnl|laostr_OGSv1.2|LSTR008799-PA;gnl|laostr_OGSv1.2|LSTR008202-PA;gnl|laostr_OGSv1.2|LSTR013712-PA;gnl|laostr_OGSv1.2|LSTR015438-PA;gnl|laostr_OGSv1.2|LSTR003416-PA;gnl|laostr_OGSv1.2|LSTR007846-PA;gnl|laostr_OGSv1.2|LSTR011755-PA;gnl|laostr_OGSv1.2|LSTR005418-PA;gnl|laostr_OGSv1.2|LSTR013633-PA;gnl|laostr_OGSv1.2|LSTR015443-PA;gnl|laostr_OGSv1.2|LSTR000443-PA;gnl|laostr_OGSv1.2|LSTR007710-PA;gnl|laostr_OGSv1.2|LSTR013935-PA;gnl|laostr_OGSv1.2|LSTR010499-PA;gnl|laostr_OGSv1.2|LSTR008480-PA;gnl|laostr_OGSv1.2|LSTR008651-PA;gnl|laostr_OGSv1.2|LSTR014435-PA;gnl|laostr_OGSv1.2|LSTR014845-PA;gnl|laostr_OGSv1.2|LSTR015014-PA;gnl|laostr_OGSv1.2|LSTR010157-PA;gnl|laostr_OGSv1.2|LSTR003724-PA;gnl|laostr_OGSv1.2|LSTR006292-PA;gnl|laostr_OGSv1.2|LSTR004044-PA;gnl|laostr_OGSv1.2|LSTR014344-PA;gnl|laostr_OGSv1.2|LSTR000880-PA;gnl|laostr_OGSv1.2|LSTR007888-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR015437-PA;gnl|laostr_OGSv1.2|LSTR007683-PA;gnl|laostr_OGSv1.2|LSTR005954-PA;gnl|laostr_OGSv1.2|LSTR000522-PA;gnl|laostr_OGSv1.2|LSTR014814-PA;gnl|laostr_OGSv1.2|LSTR015085-PA;gnl|laostr_OGSv1.2|LSTR014343-PA;gnl|laostr_OGSv1.2|LSTR013912-PA;gnl|laostr_OGSv1.2|LSTR007339-PA;gnl|laostr_OGSv1.2|LSTR008282-PA;gnl|laostr_OGSv1.2|LSTR005524-PA;gnl|laostr_OGSv1.2|LSTR017247-PA;gnl|laostr_OGSv1.2|LSTR013972-PA;gnl|laostr_OGSv1.2|LSTR000275-PA;gnl|laostr_OGSv1.2|LSTR009027-PA;gnl|laostr_OGSv1.2|LSTR008926-PA;gnl|laostr_OGSv1.2|LSTR005346-PA;gnl|laostr_OGSv1.2|LSTR002104-PA;gnl|laostr_OGSv1.2|LSTR006265-PA;gnl|laostr_OGSv1.2|LSTR014178-PA;gnl|laostr_OGSv1.2|LSTR009322-PA;gnl|laostr_OGSv1.2|LSTR002994-PA;gnl|laostr_OGSv1.2|LSTR012488-PA;gnl|laostr_OGSv1.2|LSTR006756-PA;gnl|laostr_OGSv1.2|LSTR011149-PA;gnl|laostr_OGSv1.2|LSTR004143-PA;gnl|laostr_OGSv1.2|LSTR000381-PA;gnl|laostr_OGSv1.2|LSTR010748-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR009905-PA;gnl|laostr_OGSv1.2|LSTR010558-PA;gnl|laostr_OGSv1.2|LSTR013105-PA;gnl|laostr_OGSv1.2|LSTR001956-PA;gnl|laostr_OGSv1.2|LSTR004877-PA;gnl|laostr_OGSv1.2|LSTR001631-PA;gnl|laostr_OGSv1.2|LSTR008782-PA;gnl|laostr_OGSv1.2|LSTR013706-PA;gnl|laostr_OGSv1.2|LSTR015754-PA;gnl|laostr_OGSv1.2|LSTR011146-PA;gnl|laostr_OGSv1.2|LSTR008784-PA;gnl|laostr_OGSv1.2|LSTR011080-PA;gnl|laostr_OGSv1.2|LSTR001485-PA;gnl|laostr_OGSv1.2|LSTR010520-PA;gnl|laostr_OGSv1.2|LSTR000795-PA;gnl|laostr_OGSv1.2|LSTR010962-PA;gnl|laostr_OGSv1.2|LSTR016804-PA;gnl|laostr_OGSv1.2|LSTR001740-PA;gnl|laostr_OGSv1.2|LSTR011734-PA;gnl|laostr_OGSv1.2|LSTR001962-PA;gnl|laostr_OGSv1.2|LSTR001019-PA;gnl|laostr_OGSv1.2|LSTR006605-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR012336-PA;gnl|laostr_OGSv1.2|LSTR008422-PA;gnl|laostr_OGSv1.2|LSTR015820-PA;gnl|laostr_OGSv1.2|LSTR007451-PA;gnl|laostr_OGSv1.2|LSTR002132-PA;gnl|laostr_OGSv1.2|LSTR012658-PA;gnl|laostr_OGSv1.2|LSTR002504-PA;gnl|laostr_OGSv1.2|LSTR014342-PA;gnl|laostr_OGSv1.2|LSTR012646-PA;gnl|laostr_OGSv1.2|LSTR013089-PA;gnl|laostr_OGSv1.2|LSTR005417-PA
Reactome: R-HSA-203615	eNOS activation	2	gnl|laostr_OGSv1.2|LSTR005070-PA;gnl|laostr_OGSv1.2|LSTR009053-PA
KEGG: 00730+2.8.1.7	Thiamine metabolism	2	gnl|laostr_OGSv1.2|LSTR008277-PA;gnl|laostr_OGSv1.2|LSTR006136-PA
KEGG: 00250+4.3.2.2	Alanine, aspartate and glutamate metabolism	1	gnl|laostr_OGSv1.2|LSTR003283-PA
MetaCyc: PWY-6807	Xyloglucan degradation II (exoglucanase)	7	gnl|laostr_OGSv1.2|LSTR012087-PA;gnl|laostr_OGSv1.2|LSTR012507-PA;gnl|laostr_OGSv1.2|LSTR010398-PA;gnl|laostr_OGSv1.2|LSTR005727-PA;gnl|laostr_OGSv1.2|LSTR010758-PA;gnl|laostr_OGSv1.2|LSTR014018-PA;gnl|laostr_OGSv1.2|LSTR005138-PA
Reactome: R-HSA-8951664	Neddylation	113	gnl|laostr_OGSv1.2|LSTR006405-PA;gnl|laostr_OGSv1.2|LSTR002796-PA;gnl|laostr_OGSv1.2|LSTR003574-PA;gnl|laostr_OGSv1.2|LSTR008287-PA;gnl|laostr_OGSv1.2|LSTR005237-PA;gnl|laostr_OGSv1.2|LSTR008376-PA;gnl|laostr_OGSv1.2|LSTR005176-PA;gnl|laostr_OGSv1.2|LSTR002563-PA;gnl|laostr_OGSv1.2|LSTR005340-PA;gnl|laostr_OGSv1.2|LSTR010617-PA;gnl|laostr_OGSv1.2|LSTR017658-PA;gnl|laostr_OGSv1.2|LSTR013724-PA;gnl|laostr_OGSv1.2|LSTR007999-PA;gnl|laostr_OGSv1.2|LSTR003480-PA;gnl|laostr_OGSv1.2|LSTR010099-PA;gnl|laostr_OGSv1.2|LSTR005847-PA;gnl|laostr_OGSv1.2|LSTR012884-PA;gnl|laostr_OGSv1.2|LSTR005263-PA;gnl|laostr_OGSv1.2|LSTR009093-PA;gnl|laostr_OGSv1.2|LSTR008340-PA;gnl|laostr_OGSv1.2|LSTR005828-PA;gnl|laostr_OGSv1.2|LSTR013245-PA;gnl|laostr_OGSv1.2|LSTR001402-PA;gnl|laostr_OGSv1.2|LSTR001944-PA;gnl|laostr_OGSv1.2|LSTR002767-PA;gnl|laostr_OGSv1.2|LSTR012547-PA;gnl|laostr_OGSv1.2|LSTR000661-PA;gnl|laostr_OGSv1.2|LSTR014795-PA;gnl|laostr_OGSv1.2|LSTR001692-PA;gnl|laostr_OGSv1.2|LSTR012739-PA;gnl|laostr_OGSv1.2|LSTR004455-PA;gnl|laostr_OGSv1.2|LSTR016479-PA;gnl|laostr_OGSv1.2|LSTR010220-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR011409-PA;gnl|laostr_OGSv1.2|LSTR010432-PA;gnl|laostr_OGSv1.2|LSTR003646-PA;gnl|laostr_OGSv1.2|LSTR005837-PA;gnl|laostr_OGSv1.2|LSTR016542-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR003813-PA;gnl|laostr_OGSv1.2|LSTR008578-PA;gnl|laostr_OGSv1.2|LSTR011892-PA;gnl|laostr_OGSv1.2|LSTR003229-PA;gnl|laostr_OGSv1.2|LSTR013748-PA;gnl|laostr_OGSv1.2|LSTR009765-PA;gnl|laostr_OGSv1.2|LSTR012479-PA;gnl|laostr_OGSv1.2|LSTR011678-PA;gnl|laostr_OGSv1.2|LSTR013647-PA;gnl|laostr_OGSv1.2|LSTR010778-PA;gnl|laostr_OGSv1.2|LSTR002713-PA;gnl|laostr_OGSv1.2|LSTR010779-PA;gnl|laostr_OGSv1.2|LSTR002233-PA;gnl|laostr_OGSv1.2|LSTR005591-PA;gnl|laostr_OGSv1.2|LSTR011925-PA;gnl|laostr_OGSv1.2|LSTR013773-PA;gnl|laostr_OGSv1.2|LSTR012704-PA;gnl|laostr_OGSv1.2|LSTR006359-PA;gnl|laostr_OGSv1.2|LSTR003611-PA;gnl|laostr_OGSv1.2|LSTR011400-PA;gnl|laostr_OGSv1.2|LSTR014150-PA;gnl|laostr_OGSv1.2|LSTR002139-PA;gnl|laostr_OGSv1.2|LSTR011594-PA;gnl|laostr_OGSv1.2|LSTR008577-PA;gnl|laostr_OGSv1.2|LSTR005994-PA;gnl|laostr_OGSv1.2|LSTR011224-PA;gnl|laostr_OGSv1.2|LSTR014363-PA;gnl|laostr_OGSv1.2|LSTR006971-PA;gnl|laostr_OGSv1.2|LSTR001269-PA;gnl|laostr_OGSv1.2|LSTR015111-PA;gnl|laostr_OGSv1.2|LSTR010621-PA;gnl|laostr_OGSv1.2|LSTR010787-PA;gnl|laostr_OGSv1.2|LSTR002852-PA;gnl|laostr_OGSv1.2|LSTR012307-PA;gnl|laostr_OGSv1.2|LSTR003377-PA;gnl|laostr_OGSv1.2|LSTR004341-PA;gnl|laostr_OGSv1.2|LSTR003507-PA;gnl|laostr_OGSv1.2|LSTR001501-PA;gnl|laostr_OGSv1.2|LSTR014318-PA;gnl|laostr_OGSv1.2|LSTR010764-PA;gnl|laostr_OGSv1.2|LSTR001599-PA;gnl|laostr_OGSv1.2|LSTR013749-PA;gnl|laostr_OGSv1.2|LSTR007552-PA;gnl|laostr_OGSv1.2|LSTR005112-PA;gnl|laostr_OGSv1.2|LSTR009139-PA;gnl|laostr_OGSv1.2|LSTR007018-PA;gnl|laostr_OGSv1.2|LSTR009355-PA;gnl|laostr_OGSv1.2|LSTR001731-PA;gnl|laostr_OGSv1.2|LSTR000479-PA;gnl|laostr_OGSv1.2|LSTR001943-PA;gnl|laostr_OGSv1.2|LSTR004558-PA;gnl|laostr_OGSv1.2|LSTR002741-PA;gnl|laostr_OGSv1.2|LSTR014364-PA;gnl|laostr_OGSv1.2|LSTR002738-PA;gnl|laostr_OGSv1.2|LSTR005995-PA;gnl|laostr_OGSv1.2|LSTR009244-PA;gnl|laostr_OGSv1.2|LSTR003998-PA;gnl|laostr_OGSv1.2|LSTR001514-PA;gnl|laostr_OGSv1.2|LSTR005297-PA;gnl|laostr_OGSv1.2|LSTR004046-PA;gnl|laostr_OGSv1.2|LSTR006424-PA;gnl|laostr_OGSv1.2|LSTR003331-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR006043-PA;gnl|laostr_OGSv1.2|LSTR010594-PA;gnl|laostr_OGSv1.2|LSTR004054-PA;gnl|laostr_OGSv1.2|LSTR006752-PA;gnl|laostr_OGSv1.2|LSTR003136-PA;gnl|laostr_OGSv1.2|LSTR011156-PA;gnl|laostr_OGSv1.2|LSTR007574-PA;gnl|laostr_OGSv1.2|LSTR006954-PA;gnl|laostr_OGSv1.2|LSTR003701-PA;gnl|laostr_OGSv1.2|LSTR005457-PA
Reactome: R-HSA-8964539	Glutamate and glutamine metabolism	12	gnl|laostr_OGSv1.2|LSTR002932-PA;gnl|laostr_OGSv1.2|LSTR015841-PA;gnl|laostr_OGSv1.2|LSTR004650-PA;gnl|laostr_OGSv1.2|LSTR003906-PA;gnl|laostr_OGSv1.2|LSTR017175-PA;gnl|laostr_OGSv1.2|LSTR008316-PA;gnl|laostr_OGSv1.2|LSTR014191-PA;gnl|laostr_OGSv1.2|LSTR014286-PA;gnl|laostr_OGSv1.2|LSTR008315-PA;gnl|laostr_OGSv1.2|LSTR003945-PA;gnl|laostr_OGSv1.2|LSTR008833-PA;gnl|laostr_OGSv1.2|LSTR001710-PA
KEGG: 00970+6.1.1.7	Aminoacyl-tRNA biosynthesis	4	gnl|laostr_OGSv1.2|LSTR015131-PA;gnl|laostr_OGSv1.2|LSTR002466-PA;gnl|laostr_OGSv1.2|LSTR008576-PA;gnl|laostr_OGSv1.2|LSTR011563-PA
Reactome: R-HSA-6811438	Intra-Golgi traffic	24	gnl|laostr_OGSv1.2|LSTR011115-PA;gnl|laostr_OGSv1.2|LSTR006811-PA;gnl|laostr_OGSv1.2|LSTR012505-PA;gnl|laostr_OGSv1.2|LSTR001638-PA;gnl|laostr_OGSv1.2|LSTR004927-PA;gnl|laostr_OGSv1.2|LSTR007515-PA;gnl|laostr_OGSv1.2|LSTR014982-PA;gnl|laostr_OGSv1.2|LSTR015977-PA;gnl|laostr_OGSv1.2|LSTR006004-PA;gnl|laostr_OGSv1.2|LSTR003862-PA;gnl|laostr_OGSv1.2|LSTR010114-PA;gnl|laostr_OGSv1.2|LSTR004022-PA;gnl|laostr_OGSv1.2|LSTR002076-PA;gnl|laostr_OGSv1.2|LSTR013899-PA;gnl|laostr_OGSv1.2|LSTR006709-PA;gnl|laostr_OGSv1.2|LSTR016825-PA;gnl|laostr_OGSv1.2|LSTR014229-PA;gnl|laostr_OGSv1.2|LSTR007337-PA;gnl|laostr_OGSv1.2|LSTR017680-PA;gnl|laostr_OGSv1.2|LSTR002650-PA;gnl|laostr_OGSv1.2|LSTR011114-PA;gnl|laostr_OGSv1.2|LSTR008285-PA;gnl|laostr_OGSv1.2|LSTR000295-PA;gnl|laostr_OGSv1.2|LSTR009885-PA
KEGG: 00770+2.7.1.33	Pantothenate and CoA biosynthesis	2	gnl|laostr_OGSv1.2|LSTR001928-PA;gnl|laostr_OGSv1.2|LSTR005953-PA
Reactome: R-HSA-532668	N-glycan trimming in the ER and Calnexin/Calreticulin cycle	10	gnl|laostr_OGSv1.2|LSTR002276-PA;gnl|laostr_OGSv1.2|LSTR003681-PA;gnl|laostr_OGSv1.2|LSTR001925-PA;gnl|laostr_OGSv1.2|LSTR003730-PA;gnl|laostr_OGSv1.2|LSTR000076-PA;gnl|laostr_OGSv1.2|LSTR003443-PA;gnl|laostr_OGSv1.2|LSTR000430-PA;gnl|laostr_OGSv1.2|LSTR012879-PA;gnl|laostr_OGSv1.2|LSTR014294-PA;gnl|laostr_OGSv1.2|LSTR000794-PA
KEGG: 00230+4.1.1.21	Purine metabolism	1	gnl|laostr_OGSv1.2|LSTR011377-PA
KEGG: 00230+2.7.4.6	Purine metabolism	6	gnl|laostr_OGSv1.2|LSTR011251-PA;gnl|laostr_OGSv1.2|LSTR003766-PA;gnl|laostr_OGSv1.2|LSTR011962-PA;gnl|laostr_OGSv1.2|LSTR012436-PA;gnl|laostr_OGSv1.2|LSTR015721-PA;gnl|laostr_OGSv1.2|LSTR002066-PA
MetaCyc: PWY-4202	Arsenate detoxification I (mammalian)	1	gnl|laostr_OGSv1.2|LSTR001023-PA
Reactome: R-HSA-6807878	COPI-mediated anterograde transport	68	gnl|laostr_OGSv1.2|LSTR006709-PA;gnl|laostr_OGSv1.2|LSTR000225-PA;gnl|laostr_OGSv1.2|LSTR003593-PA;gnl|laostr_OGSv1.2|LSTR016825-PA;gnl|laostr_OGSv1.2|LSTR005373-PA;gnl|laostr_OGSv1.2|LSTR002316-PA;gnl|laostr_OGSv1.2|LSTR002440-PA;gnl|laostr_OGSv1.2|LSTR011114-PA;gnl|laostr_OGSv1.2|LSTR007313-PA;gnl|laostr_OGSv1.2|LSTR007515-PA;gnl|laostr_OGSv1.2|LSTR004033-PA;gnl|laostr_OGSv1.2|LSTR001638-PA;gnl|laostr_OGSv1.2|LSTR011165-PA;gnl|laostr_OGSv1.2|LSTR006604-PA;gnl|laostr_OGSv1.2|LSTR003862-PA;gnl|laostr_OGSv1.2|LSTR008551-PA;gnl|laostr_OGSv1.2|LSTR017386-PA;gnl|laostr_OGSv1.2|LSTR009321-PA;gnl|laostr_OGSv1.2|LSTR000329-PA;gnl|laostr_OGSv1.2|LSTR000767-PA;gnl|laostr_OGSv1.2|LSTR003877-PA;gnl|laostr_OGSv1.2|LSTR005933-PA;gnl|laostr_OGSv1.2|LSTR010376-PA;gnl|laostr_OGSv1.2|LSTR014229-PA;gnl|laostr_OGSv1.2|LSTR009507-PA;gnl|laostr_OGSv1.2|LSTR001057-PA;gnl|laostr_OGSv1.2|LSTR002754-PA;gnl|laostr_OGSv1.2|LSTR004910-PA;gnl|laostr_OGSv1.2|LSTR016879-PA;gnl|laostr_OGSv1.2|LSTR004568-PA;gnl|laostr_OGSv1.2|LSTR002631-PA;gnl|laostr_OGSv1.2|LSTR007202-PA;gnl|laostr_OGSv1.2|LSTR002076-PA;gnl|laostr_OGSv1.2|LSTR007936-PA;gnl|laostr_OGSv1.2|LSTR006304-PA;gnl|laostr_OGSv1.2|LSTR007303-PA;gnl|laostr_OGSv1.2|LSTR008285-PA;gnl|laostr_OGSv1.2|LSTR016567-PA;gnl|laostr_OGSv1.2|LSTR001466-PA;gnl|laostr_OGSv1.2|LSTR002002-PA;gnl|laostr_OGSv1.2|LSTR011115-PA;gnl|laostr_OGSv1.2|LSTR006811-PA;gnl|laostr_OGSv1.2|LSTR011584-PA;gnl|laostr_OGSv1.2|LSTR012264-PA;gnl|laostr_OGSv1.2|LSTR010114-PA;gnl|laostr_OGSv1.2|LSTR005787-PA;gnl|laostr_OGSv1.2|LSTR001652-PA;gnl|laostr_OGSv1.2|LSTR006603-PA;gnl|laostr_OGSv1.2|LSTR015886-PA;gnl|laostr_OGSv1.2|LSTR009622-PA;gnl|laostr_OGSv1.2|LSTR017680-PA;gnl|laostr_OGSv1.2|LSTR002650-PA;gnl|laostr_OGSv1.2|LSTR016020-PA;gnl|laostr_OGSv1.2|LSTR016780-PA;gnl|laostr_OGSv1.2|LSTR004867-PA;gnl|laostr_OGSv1.2|LSTR012428-PA;gnl|laostr_OGSv1.2|LSTR003687-PA;gnl|laostr_OGSv1.2|LSTR006018-PA;gnl|laostr_OGSv1.2|LSTR012505-PA;gnl|laostr_OGSv1.2|LSTR000006-PA;gnl|laostr_OGSv1.2|LSTR015977-PA;gnl|laostr_OGSv1.2|LSTR014982-PA;gnl|laostr_OGSv1.2|LSTR010508-PA;gnl|laostr_OGSv1.2|LSTR002938-PA;gnl|laostr_OGSv1.2|LSTR004510-PA;gnl|laostr_OGSv1.2|LSTR011475-PA;gnl|laostr_OGSv1.2|LSTR007052-PA;gnl|laostr_OGSv1.2|LSTR006276-PA
Reactome: R-HSA-2029485	Role of phospholipids in phagocytosis	5	gnl|laostr_OGSv1.2|LSTR008596-PA;gnl|laostr_OGSv1.2|LSTR011249-PA;gnl|laostr_OGSv1.2|LSTR001258-PA;gnl|laostr_OGSv1.2|LSTR012029-PA;gnl|laostr_OGSv1.2|LSTR008604-PA
Reactome: R-HSA-3371571	HSF1-dependent transactivation	6	gnl|laostr_OGSv1.2|LSTR014448-PA;gnl|laostr_OGSv1.2|LSTR008980-PA;gnl|laostr_OGSv1.2|LSTR000357-PA;gnl|laostr_OGSv1.2|LSTR008655-PA;gnl|laostr_OGSv1.2|LSTR007290-PA;gnl|laostr_OGSv1.2|LSTR001662-PA
KEGG: 00350+2.6.1.5	Tyrosine metabolism	1	gnl|laostr_OGSv1.2|LSTR002765-PA
Reactome: R-HSA-159231	Transport of Mature mRNA Derived from an Intronless Transcript	34	gnl|laostr_OGSv1.2|LSTR017659-PA;gnl|laostr_OGSv1.2|LSTR014216-PA;gnl|laostr_OGSv1.2|LSTR007308-PA;gnl|laostr_OGSv1.2|LSTR017370-PA;gnl|laostr_OGSv1.2|LSTR002135-PA;gnl|laostr_OGSv1.2|LSTR015505-PA;gnl|laostr_OGSv1.2|LSTR013793-PA;gnl|laostr_OGSv1.2|LSTR008692-PA;gnl|laostr_OGSv1.2|LSTR015323-PA;gnl|laostr_OGSv1.2|LSTR001255-PA;gnl|laostr_OGSv1.2|LSTR011374-PA;gnl|laostr_OGSv1.2|LSTR003347-PA;gnl|laostr_OGSv1.2|LSTR002792-PA;gnl|laostr_OGSv1.2|LSTR002496-PA;gnl|laostr_OGSv1.2|LSTR014215-PA;gnl|laostr_OGSv1.2|LSTR015709-PA;gnl|laostr_OGSv1.2|LSTR008494-PA;gnl|laostr_OGSv1.2|LSTR009571-PA;gnl|laostr_OGSv1.2|LSTR015079-PA;gnl|laostr_OGSv1.2|LSTR014998-PA;gnl|laostr_OGSv1.2|LSTR009219-PA;gnl|laostr_OGSv1.2|LSTR002134-PA;gnl|laostr_OGSv1.2|LSTR014561-PA;gnl|laostr_OGSv1.2|LSTR008756-PA;gnl|laostr_OGSv1.2|LSTR015349-PA;gnl|laostr_OGSv1.2|LSTR000393-PA;gnl|laostr_OGSv1.2|LSTR011406-PA;gnl|laostr_OGSv1.2|LSTR009740-PA;gnl|laostr_OGSv1.2|LSTR000917-PA;gnl|laostr_OGSv1.2|LSTR006667-PA;gnl|laostr_OGSv1.2|LSTR007368-PA;gnl|laostr_OGSv1.2|LSTR002910-PA;gnl|laostr_OGSv1.2|LSTR014743-PA;gnl|laostr_OGSv1.2|LSTR000581-PA
Reactome: R-HSA-179812	GRB2 events in EGFR signaling	1	gnl|laostr_OGSv1.2|LSTR006288-PA
KEGG: 00630+6.4.1.3	Glyoxylate and dicarboxylate metabolism	1	gnl|laostr_OGSv1.2|LSTR002726-PA
MetaCyc: PWY-5531	3,8-divinyl-chlorophyllide a biosynthesis II (anaerobic)	1	gnl|laostr_OGSv1.2|LSTR002598-PA
KEGG: 04070+2.7.8.11	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR001803-PA
KEGG: 00640+6.4.1.3	Propanoate metabolism	1	gnl|laostr_OGSv1.2|LSTR002726-PA
Reactome: R-HSA-9023661	Biosynthesis of E-series 18(R)-resolvins	1	gnl|laostr_OGSv1.2|LSTR009632-PA
KEGG: 04070+2.7.1.159	Phosphatidylinositol signaling system	1	gnl|laostr_OGSv1.2|LSTR005767-PA
KEGG: 00720+2.3.3.8	Carbon fixation pathways in prokaryotes	1	gnl|laostr_OGSv1.2|LSTR001512-PA
Reactome: R-HSA-425393	Transport of inorganic cations/anions and amino acids/oligopeptides	1	gnl|laostr_OGSv1.2|LSTR009485-PA
MetaCyc: PWY-7818	Type IV lipoteichoic acid biosynthesis (S. pneumoniae)	2	gnl|laostr_OGSv1.2|LSTR000429-PA;gnl|laostr_OGSv1.2|LSTR006031-PA
Reactome: R-HSA-426117	Cation-coupled Chloride cotransporters	6	gnl|laostr_OGSv1.2|LSTR000607-PA;gnl|laostr_OGSv1.2|LSTR015851-PA;gnl|laostr_OGSv1.2|LSTR013267-PA;gnl|laostr_OGSv1.2|LSTR013266-PA;gnl|laostr_OGSv1.2|LSTR012275-PA;gnl|laostr_OGSv1.2|LSTR011235-PA
Reactome: R-HSA-197264	Nicotinamide salvaging	4	gnl|laostr_OGSv1.2|LSTR000694-PA;gnl|laostr_OGSv1.2|LSTR009607-PA;gnl|laostr_OGSv1.2|LSTR009167-PA;gnl|laostr_OGSv1.2|LSTR005314-PA
Reactome: R-HSA-73817	Purine ribonucleoside monophosphate biosynthesis	14	gnl|laostr_OGSv1.2|LSTR015390-PA;gnl|laostr_OGSv1.2|LSTR011956-PA;gnl|laostr_OGSv1.2|LSTR006657-PA;gnl|laostr_OGSv1.2|LSTR011067-PA;gnl|laostr_OGSv1.2|LSTR011376-PA;gnl|laostr_OGSv1.2|LSTR003283-PA;gnl|laostr_OGSv1.2|LSTR008684-PA;gnl|laostr_OGSv1.2|LSTR008682-PA;gnl|laostr_OGSv1.2|LSTR009802-PA;gnl|laostr_OGSv1.2|LSTR002970-PA;gnl|laostr_OGSv1.2|LSTR015763-PA;gnl|laostr_OGSv1.2|LSTR011377-PA;gnl|laostr_OGSv1.2|LSTR014869-PA;gnl|laostr_OGSv1.2|LSTR013954-PA
MetaCyc: PWY-7726	(4Z,7Z,10Z,13Z,16Z)-docosapentaenoate biosynthesis (6-desaturase)	10	gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR002886-PA;gnl|laostr_OGSv1.2|LSTR010964-PA;gnl|laostr_OGSv1.2|LSTR007323-PA;gnl|laostr_OGSv1.2|LSTR004500-PA;gnl|laostr_OGSv1.2|LSTR012731-PA;gnl|laostr_OGSv1.2|LSTR004871-PA;gnl|laostr_OGSv1.2|LSTR016133-PA
Reactome: R-HSA-4655427	SUMOylation of DNA methylation proteins	2	gnl|laostr_OGSv1.2|LSTR009501-PA;gnl|laostr_OGSv1.2|LSTR009502-PA
MetaCyc: PWY-801	Homocysteine and cysteine interconversion	3	gnl|laostr_OGSv1.2|LSTR002398-PA;gnl|laostr_OGSv1.2|LSTR002397-PA;gnl|laostr_OGSv1.2|LSTR015227-PA
MetaCyc: PWY-6837	Fatty acid beta-oxidation V (unsaturated, odd number, di-isomerase-dependent)	4	gnl|laostr_OGSv1.2|LSTR008329-PA;gnl|laostr_OGSv1.2|LSTR017520-PA;gnl|laostr_OGSv1.2|LSTR008872-PA;gnl|laostr_OGSv1.2|LSTR010964-PA
MetaCyc: PWY-7082	Ammonia oxidation IV (autotrophic ammonia oxidizers)	1	gnl|laostr_OGSv1.2|LSTR003514-PA