BLASTP 2.7.1+
Reference:
Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer,
Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997),
"Gapped BLAST and PSI-BLAST: a new generation of protein database
search programs", Nucleic Acids Res. 25:3389-3402.
Reference for
composition-based statistics:
Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei
Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and
Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST
protein database searches with composition-based statistics and
other refinements", Nucleic Acids Res. 29:2994-3005.
Database: /agbase_database/invertebrates_exponly.fa
25,198 sequences; 17,182,648 total letters
Query= NP_001310770.1 uncharacterized LOC107264838 [Cephus cinctus]
Length=413
Score E
Sequences producing significant alignments: (Bits) Value
OR22B_DROME unnamed protein product 64.7 3e-11
OR2_ANOGA unnamed protein product 58.2 4e-09
OR85E_DROME unnamed protein product 57.8 7e-09
>OR22B_DROME unnamed protein product
Length=397
Score = 64.7 bits (156), Expect = 3e-11, Method: Compositional matrix adjust.
Identities = 85/374 (23%), Positives = 147/374 (39%), Gaps = 52/374 (14%)
Query 41 PLELSSSRTERIVTITTAVTCCLLMSFVLTIPCCIEMFSSQKDFKSRLEMLGPSSFCVMA 100
P+ +S +R T + F+ +I + M+ S FKS L M+G
Sbjct 64 PISVSVEYIQRFKTFSAG-------EFLSSIQIGVNMYGSS--FKSYLTMMGYK------ 108
Query 101 VIKFFFFVIRGKEIRFCIDSVVTDWRNVDVPEERNIMLRKAKSARFLTTVCALFMYYGGI 160
+ +E + +D + D R V EER I+ R F C +F + I
Sbjct 109 ---------KRQEAKMSLDEL--DKRCV-CDEERTIVHRHVALGNF----CYIFYH---I 149
Query 161 FYTTYLPLTTAKALSTENVTIRILPYRCNFILFDPYAPLFFDIIYFLQCLSAAFMFTLTS 220
YT++L + LS + RI +R F DP + I + A L +
Sbjct 150 AYTSFL---ISNFLSF--IMKRIHAWRMYFPYVDPEKQFYISSIAEVILRGWAVFMDLCT 204
Query 221 GVCSLAANFIIHACGQCQIIGL--LLENLVDGRGNTSTTLEKRIAVVIVRHLHLLRFVTR 278
VC L + I +C I L L NL G T K +A + H +L +V
Sbjct 205 DVCPLISMVI----ARCHITLLKQRLRNLRSEPGRTEDEYLKELADCVRDHRLILDYVDA 260
Query 279 VEDVLNEVCLVEFL--GCTLNICLLGYYFITGLETADTARFVTFALLFISFTFNIFIFCY 336
+ V + V+FL G L + ++ F + L T V L + F FCY
Sbjct 261 LRSVFSGTIFVQFLLIGIVLGLSMINIMFFSTLSTG-----VAVVLFMSCVSMQTFPFCY 315
Query 337 IGQLLTNHCHQIGEISYTIDWYRIPGAQARFLILLIAIANRPVTITAGKIVQLSFPCFRD 396
+ ++ + C ++ + + DW L+ + +P+ +TAG + +S +
Sbjct 316 LCNMIMDDCQEMADSLFQSDWTSADRRYKSTLVYFLHNLQQPIILTAGGVFPISMQTNLN 375
Query 397 VLKAALAYLNMLRK 410
++K A + ++++
Sbjct 376 MVKLAFTVVTIVKQ 389
>OR2_ANOGA unnamed protein product
Length=378
Score = 58.2 bits (139), Expect = 4e-09, Method: Compositional matrix adjust.
Identities = 76/356 (21%), Positives = 149/356 (42%), Gaps = 30/356 (8%)
Query 68 VLTIPCCIEMFSSQKDFKSRLEMLGPSSFCVM---AVIKFFFFVIRGKEIRFCIDSVVTD 124
VL + ++++SS D E++ F V+ V++ F VI ++ + V +
Sbjct 39 VLNVFQFLKLYSSWGDMS---ELIINGYFTVLYFNLVLRTSFLVINRRKFETFFEGVAAE 95
Query 125 WRNVDVPEE-RNIMLRKAKSARFLTTVCALFMYYGGIFYTTYLPLTTAKALSTENVTIRI 183
+ ++ ++ R ++ R + R L+ + + TY PL V R
Sbjct 96 YALLEKNDDIRPVLERYTRRGRMLSISNLWLGAFISACFVTY-PLF---------VPGRG 145
Query 184 LPYRCNFILFDPYAPLFFDIIYFLQC---LSAAFM---FTLTSGVCSLAANFIIHACGQC 237
LPY D A + +++ LQ A M FT C+L A ++
Sbjct 146 LPYGVTIPGVDVLATPTYQVVFVLQVYLTFPACCMYIPFTSFYATCTLFA--LVQIAALK 203
Query 238 QIIGLLLEN--LVDGRGNTSTTLEKRIAVVIVRHLHLLRFVTRVEDVLNEVCLVEFLGCT 295
Q +G L + + G+++ TL + + H ++++V + ++ +CL+EFL
Sbjct 204 QRLGRLGRHSGTMASTGHSAGTLFAELKECLKYHKQIIQYVHDLNSLVTHLCLLEFLSFG 263
Query 296 LNICLLGYYFITGLETADTARFVTFALLFISFTFNIFIFCYIGQLLTNHCHQIGEISYTI 355
+ +C L + + A ++ + +S +F F + + IG+ Y
Sbjct 264 MMLCALLFLLSISNQLAQMIMIGSYIFMILS---QMFAFYWHANEVLEQSLGIGDAIYNG 320
Query 356 DWYRIPGAQARFLILLIAIANRPVTITAGKIVQLSFPCFRDVLKAALAYLNMLRKV 411
W + LIL+IA A RP+ I G + ++ F+ +L + +Y +LR+V
Sbjct 321 AWPDFEEPIRKRLILIIARAQRPMVIKVGNVYPMTLEMFQKLLNVSYSYFTLLRRV 376
>OR85E_DROME unnamed protein product
Length=467
Score = 57.8 bits (138), Expect = 7e-09, Method: Compositional matrix adjust.
Identities = 38/146 (26%), Positives = 74/146 (51%), Gaps = 4/146 (3%)
Query 269 HLHLLRFVTRVEDVLNEVCLVEFLGCTLNICLLGYYFITGLETADTARFVTFALLFISFT 328
H +L +E++ + CLV+ L T +CLL + ++G T + R V L ++ T
Sbjct 318 HRFILHCSQELENLFSPYCLVKSLQITFQLCLLVFVGVSG--TREVLRIVN-QLQYLGLT 374
Query 329 -FNIFIFCYIGQLLTNHCHQIGEISYTIDWYRIPGAQARFLILLIAIANRPVTITAGKIV 387
F + +F Y G+LL+ H + G+ + W++ + +++ + + R V +TAGK
Sbjct 375 IFELLMFTYCGELLSRHSIRSGDAFWRGAWWKHAHFIRQDILIFLVNSRRAVHVTAGKFY 434
Query 388 QLSFPCFRDVLKAALAYLNMLRKVTT 413
+ R V+ A ++L +L+K+
Sbjct 435 VMDVNRLRSVITQAFSFLTLLQKLAA 460
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310771.1 odorant receptor 67c-like [Cephus cinctus]
Length=413
Score E
Sequences producing significant alignments: (Bits) Value
OR2_ANOGA unnamed protein product 64.3 4e-11
OR45B_DROME unnamed protein product 56.2 2e-08
OR22B_DROME unnamed protein product 53.9 1e-07
>OR2_ANOGA unnamed protein product
Length=378
Score = 64.3 bits (155), Expect = 4e-11, Method: Compositional matrix adjust.
Identities = 62/320 (19%), Positives = 133/320 (42%), Gaps = 21/320 (7%)
Query 99 VVLKYFFLITRGDTLKMCIDTILGDWSNVQAKEE-RKIMFRNAKIARLFTIICVSFMYCG 157
+VL+ FL+ + + + +++ ++ ++ R ++ R + R+ +I S ++ G
Sbjct 71 LVLRTSFLVINRRKFETFFEGVAAEYALLEKNDDIRPVLERYTRRGRMLSI---SNLWLG 127
Query 158 GIFYSIFLPLITAKSLTNGNNLTIRILPYRCNFIIFDPYRRPIFDIVYVVHCF------C 211
+ F +T G R LPY D P + +V+V+ + C
Sbjct 128 AFISACF---VTYPLFVPG-----RGLPYGVTIPGVDVLATPTYQVVFVLQVYLTFPACC 179
Query 212 SVIMYSITTGICSLAAKFVMHACGQCEIVMSLLENLIDDDKQCSDIVESKLATIIVQHLH 271
I ++ C+L A + A Q + + + + ++L + H
Sbjct 180 MYIPFTSFYATCTLFALVQIAALKQRLGRLGRHSGTMASTGHSAGTLFAELKECLKYHKQ 239
Query 272 VIRFVTRVEDLLNEVCLVEFLGCTMNMCLVGYYIITGFESADTVRFITFTLLFISFTFNI 331
+I++V + L+ +CL+EFL M +C + + + + A + ++ + +S +
Sbjct 240 IIQYVHDLNSLVTHLCLLEFLSFGMMLCALLFLLSISNQLAQMIMIGSYIFMILS---QM 296
Query 332 FVFCYIGQILTNHCHQIGEASYMIDWYRFPGTQARFLILLIGVANRPIRLTAGKMVQFSF 391
F F + + IG+A Y W F + LIL+I A RP+ + G + +
Sbjct 297 FAFYWHANEVLEQSLGIGDAIYNGAWPDFEEPIRKRLILIIARAQRPMVIKVGNVYPMTL 356
Query 392 PCFCNVIKAAMAYLNIIRTV 411
F ++ + +Y ++R V
Sbjct 357 EMFQKLLNVSYSYFTLLRRV 376
>OR45B_DROME unnamed protein product
Length=396
Score = 56.2 bits (134), Expect = 2e-08, Method: Compositional matrix adjust.
Identities = 54/236 (23%), Positives = 106/236 (45%), Gaps = 18/236 (8%)
Query 184 LPYRCNFIIFDPYRRPIFDIVYVVHCFC---SVIMYSITTGIC---SLAAKFVMHACGQC 237
+P+R F F +R P F + Y+ + +V ++ T G +L F++ A
Sbjct 170 MPFRMLFHDF-AHRMPWFPVFYLYSTWSGQVTVYAFAGTDGFFFGFTLYMAFLLQALRYD 228
Query 238 EIVMSLLENLIDDDKQCSDIVESKLATIIVQHLHVIRFVTRVEDLLNEVCLVEFLGCTM- 296
+ L+ + D + S I +LA I+ +H + + V ++ V F+ ++
Sbjct 229 --IQDALKPIRDPSLRESKICCQRLADIVDRHNEIEKIVKEFSGIMAAPTFVHFVSASLV 286
Query 297 -NMCLVGYYIITGFESADTVRFITFTLLFISFTFNIFVFCYIGQILTNHCHQIGEASYMI 355
++ + +G+ + +R++ +T S IF++CY G ++ +GEA+Y
Sbjct 287 IATSVIDILLYSGY---NIIRYVVYTFTVSS---AIFLYCYGGTEMSTESLSLGEAAYSS 340
Query 356 DWYRFPGTQARFLILLIGVANRPIRLTAGKMVQFSFPCFCNVIKAAMAYLNIIRTV 411
WY + R + L+I A RPI + S P F +VIK + + + +T+
Sbjct 341 AWYTWDRETRRRVFLIILRAQRPITVRVPFFAP-SLPVFTSVIKFTGSIVALAKTI 395
>OR22B_DROME unnamed protein product
Length=397
Score = 53.9 bits (128), Expect = 1e-07, Method: Compositional matrix adjust.
Identities = 50/238 (21%), Positives = 101/238 (42%), Gaps = 25/238 (11%)
Query 182 RILPYRCNFIIFDPYRRPIFDIVYVVHCFCSVIM--YSITTGICSLAAKFVMHACGQCEI 239
RI +R F DP ++ + + VI+ +++ +C+ + +C I
Sbjct 166 RIHAWRMYFPYVDPEKQ------FYISSIAEVILRGWAVFMDLCTDVCPLISMVIARCHI 219
Query 240 VM--SLLENLIDDDKQCSDIVESKLATIIVQHLHVIRFVTRVEDLLNEVCLVEFLGCTMN 297
+ L NL + + D +LA + H ++ +V + + + V+FL
Sbjct 220 TLLKQRLRNLRSEPGRTEDEYLKELADCVRDHRLILDYVDALRSVFSGTIFVQFL----- 274
Query 298 MCLVGYYIITGFESADTVRFITFT-----LLFIS-FTFNIFVFCYIGQILTNHCHQIGEA 351
L+G I+ G + + F T + +LF+S + F FCY+ ++ + C ++ ++
Sbjct 275 --LIG--IVLGLSMINIMFFSTLSTGVAVVLFMSCVSMQTFPFCYLCNMIMDDCQEMADS 330
Query 352 SYMIDWYRFPGTQARFLILLIGVANRPIRLTAGKMVQFSFPCFCNVIKAAMAYLNIIR 409
+ DW L+ + +PI LTAG + S N++K A + I++
Sbjct 331 LFQSDWTSADRRYKSTLVYFLHNLQQPIILTAGGVFPISMQTNLNMVKLAFTVVTIVK 388
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310772.1 odorant receptor 13a-like [Cephus cinctus]
Length=387
Score E
Sequences producing significant alignments: (Bits) Value
OR49B_DROME unnamed protein product 103 1e-24
OR47A_DROME unnamed protein product 86.3 2e-18
OR67C_DROME unnamed protein product 85.5 5e-18
>OR49B_DROME unnamed protein product
Length=375
Score = 103 bits (258), Expect = 1e-24, Method: Compositional matrix adjust.
Identities = 67/238 (28%), Positives = 123/238 (52%), Gaps = 11/238 (5%)
Query 157 YILHSEEKILPFRGYF-FLNHTLSPNYEMIYIFEIIAGSFGGSMIAGVTSFNLVVIMHGA 215
Y L S E++LPF LN SP YEM YIF+++ G M TS + +IM G
Sbjct 137 YPLSSSERVLPFGSKIPGLNEYESPYYEMWYIFQMLITPMGCCMYIPYTSLIVGLIMFGI 196
Query 216 ARFSLLQKKLESL-------NRNDPDVNKLMVKCIKLHQDAIKFADALEDIINVVALGQF 268
R LQ +L + +R+ ++ + ++ CI+ Q I++ D + ++ ++ L +
Sbjct 197 VRCKALQHRLRQVALKHPYGDRDPRELREEIIACIRYQQSIIEYMDHINELTTMMFLFEL 256
Query 269 VTSTGLVCFAGFQLTSMLEDRGRLMKYSTFLNSAILELFIFSFSGNELIVESEAVGDAAY 328
+ + L+C F L ++ +L+ ++N + ++ + NEL ++ AV AAY
Sbjct 257 MAFSALLCALLFMLI-IVSGTSQLIIVCMYINMILAQILALYWYANELREQNLAVATAAY 315
Query 329 RSDWAS--SSFTQSLRILMMRATLPSRITAAKFYSMSLESFSAVLSTSFSYFTVLKAV 384
++W + +++ +MMRA P+ I ++LE F +L+T++++FTVLK V
Sbjct 316 ETEWFTFDVPLRKNILFMMMRAQRPAAILLGNIRPITLELFQNLLNTTYTFFTVLKRV 373
>OR47A_DROME unnamed protein product
Length=385
Score = 86.3 bits (212), Expect = 2e-18, Method: Compositional matrix adjust.
Identities = 86/349 (25%), Positives = 160/349 (46%), Gaps = 32/349 (9%)
Query 60 VTADVIHNWGNMDTATECSLIASAFVLCFLRLMVYTYHQKDMRYVVETMR---SDWADAS 116
+ A V+HNW N+ + + +L + + Y ++D + +++ R S+ A+
Sbjct 46 ILAAVLHNWKNVLLLADAMVALLITILGLFKFSMILYLRRDFKRLIDKFRLLMSNEAEQG 105
Query 117 YEEKQVLKEKCDFAFRLAKYFIATVAITIAFFMTVPM----LETYILHSEEKILPFRGYF 172
E ++L R+ F + A +P+ L ++ E LPF F
Sbjct 106 EEYAEILNAANKQDQRMCTLFRTCFLLAWALNSVLPLVRMGLSYWLAGHAEPELPFPCLF 165
Query 173 FLNHTLSPNYEMIYIFEIIAGSFGGSMIAGVT------SF--NLVVIMHGAARFSLLQKK 224
N + NY + +I+ A + G ++ V+ SF NL A++ +++ K
Sbjct 166 PWNIHIIRNYVLSFIWSAFAST--GVVLPAVSLDTIFCSFTSNLCAFFK-IAQYKVVRFK 222
Query 225 LESLNRNDPDVNKLMVKCIKLHQDAIKFADALEDIINVVALGQFVTSTGLVCFAGFQLTS 284
SL + +NK+ L+Q ++ + L + QF S+ +C G+ L S
Sbjct 223 GGSLKESQATLNKVFA----LYQTSLDMCNDLNQCYQPIICAQFFISSLQLCMLGY-LFS 277
Query 285 MLEDRGRLMKYSTFLNSAILELFIFSFSGNELIVESEAVGDAAYRSDW--------ASSS 336
+ + + Y++F+ + I++ +I+ + G L ES + A Y S W AS+S
Sbjct 278 ITFAQTEGVYYASFIATIIIQAYIYCYCGENLKTESASFEWAIYDSPWHESLGAGGASTS 337
Query 337 FTQSLRILMMRATLPSRITAAKFYSMSLESFSAVLSTSFSYFTVLKAVS 385
+SL I MMRA RIT F+ ++E+FS+++ T+ SY T+L++ S
Sbjct 338 ICRSLLISMMRAHRGFRITG-YFFEANMEAFSSIVRTAMSYITMLRSFS 385
>OR67C_DROME unnamed protein product
Length=404
Score = 85.5 bits (210), Expect = 5e-18, Method: Compositional matrix adjust.
Identities = 56/197 (28%), Positives = 104/197 (53%), Gaps = 14/197 (7%)
Query 197 GSMIAGVTSFN-----LVVIMHGAARFSLLQKKLE--SLNRNDPDVN-KLMVKCIKLHQD 248
G+ +AG+ +VVI F+ + +LE N N+ N + ++ I+ H
Sbjct 205 GAYLAGIAFLCADLLLVVVITQICMHFNYISMRLEDHPCNSNEDKENIEFLIGIIRYHDK 264
Query 249 AIKFADALEDIINVVALGQFVTSTGLVCFAGFQLT-SMLEDRGRLMKYSTFLNSAILELF 307
+K + + D+ + L F+ ++ +CF FQ+T S +E ++ Y FL ++++++F
Sbjct 265 CLKLCEHVNDLYSFSLLLNFLMASMQICFIAFQVTESTVE---VIIIYCIFLMTSMVQVF 321
Query 308 IFSFSGNELIVESEAVGDAAYRSDW--ASSSFTQSLRILMMRATLPSRITAAKFYSMSLE 365
+ + G+ LI S VGDAAY W S S+ L++L+MR+ P+ I F +SL
Sbjct 322 MVCYYGDTLIAASLKVGDAAYNQKWFQCSKSYCTMLKLLIMRSQKPASIRPPTFPPISLV 381
Query 366 SFSAVLSTSFSYFTVLK 382
++ V+S S+ +F +L+
Sbjct 382 TYMKVISMSYQFFALLR 398
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310773.1 odorant receptor 67c-like [Cephus cinctus]
Length=399
Score E
Sequences producing significant alignments: (Bits) Value
OR67C_DROME unnamed protein product 52.4 3e-07
OR67A_DROME unnamed protein product 51.6 6e-07
OR85B_DROME unnamed protein product 48.5 5e-06
>OR67C_DROME unnamed protein product
Length=404
Score = 52.4 bits (124), Expect = 3e-07, Method: Compositional matrix adjust.
Identities = 44/222 (20%), Positives = 99/222 (45%), Gaps = 32/222 (14%)
Query 169 STGLFIAGILFETLGGFYTILKKASIDIYLIHVITLLTAQYKYLSLELINIINGKNENIN 228
+ G ++AGI F D+ L+ VIT + + Y+S+ L
Sbjct 203 AHGAYLAGIAF------------LCADLLLVVVITQICMHFNYISMRL------------ 238
Query 229 KSDLESLDNERNEKIEKTVQIELKKWIRHREVVMEIGKILKNLLVLNVVYVYLNCIFRFC 288
D NE E IE + I IR+ + +++ + + +L +++ +L + C
Sbjct 239 -EDHPCNSNEDKENIEFLIGI-----IRYHDKCLKLCEHVNDLYSFSLLLNFLMASMQIC 292
Query 289 FLGFLLISSSGDYFIQALVCSYTVVCLMQVYVLCFCAQNLLDSSTAMTHDAFYEKWYAYG 348
F+ F + S+ + I + C + + ++QV+++C+ L+ +S + A+ +KW+
Sbjct 293 FIAFQVTESTVEVII--IYCIFLMTSMVQVFMVCYYGDTLIAASLKVGDAAYNQKWFQCS 350
Query 349 PSTKRIFSMILISNKMECRLSMCGVVDLTLPTFMAILKNSYS 390
S + ++++ ++ + ++L T+M ++ SY
Sbjct 351 KSYCTMLKLLIMRSQKPASIRPPTFPPISLVTYMKVISMSYQ 392
>OR67A_DROME unnamed protein product
Length=407
Score = 51.6 bits (122), Expect = 6e-07, Method: Compositional matrix adjust.
Identities = 56/234 (24%), Positives = 104/234 (44%), Gaps = 31/234 (13%)
Query 164 PGEPYSTGLFIAGILFETLGGFYTILKKASIDIYLIHVITLLTAQYKYLS-------LEL 216
P E + LF ++ G+ + D+ + V+ + Y+ L+ ++
Sbjct 186 PWEFRDSWLFYPSYFHQSSAGYTATCGSIAGDLMIFAVVLQVIMHYERLAKVLREFKIQA 245
Query 217 INIINGKNENINKSDLESLDNERNEKIEKTVQIELKKWIRHREVVMEIGKILKNLLVLNV 276
N NG E+I K L+SL + + I +R +++ E+ I L+LN
Sbjct 246 HNAPNGAKEDIRK--LQSL-------VANHIDI-----LRLTDLMNEVFGIP---LLLN- 287
Query 277 VYVYLNCIFRFCFLGF-LLISSSGDYFIQALVCSYTVVCLMQVYVLCFCAQNLLDSSTAM 335
++ C +G L I+ S +YF + ++ + + L++VY+LC +Q L+D+S +
Sbjct 288 ---FIASALLVCLVGVQLTIALSPEYFCKQML--FLISVLLEVYLLCSFSQRLIDASENV 342
Query 336 THDAFYEKWYAYGPSTKRIFSMILISNKMECRLSMCGVVDLTLPTFMAILKNSY 389
H A+ W K+I I + ++ L V+DL++PT L SY
Sbjct 343 GHAAYDMDWLGSDKRFKKILIFISMRSQKPVCLKATVVLDLSMPTMSIFLGMSY 396
>OR85B_DROME unnamed protein product
Length=390
Score = 48.5 bits (114), Expect = 5e-06, Method: Compositional matrix adjust.
Identities = 45/229 (20%), Positives = 94/229 (41%), Gaps = 22/229 (10%)
Query 162 YIPGEPYSTGLFIAGILFETLGGFYTILKKASIDIYLIHVITLLTAQYKYLSLELINIIN 221
YIP + + + + G+ + + S D+ L V T L + +LS
Sbjct 171 YIPWKWQDNWSYYPLLFSQNFAGYTSAAGQISTDVLLCAVATQLVMHFDFLS-------- 222
Query 222 GKNENINKSDLESLDNERNEKIEKTVQIELKKWIRHREVVMEIGKILKNLLVLNVVYVYL 281
N + L + + V I +R+ E ++ + + ++ + ++ ++
Sbjct 223 ------NSMERHELSGDWKKDSRFLVDI-----VRYHERILRLSDAVNDIFGIPLLLNFM 271
Query 282 NCIFRFCFLGF-LLISSSGDYFIQALVCSYTVVCLMQVYVLCFCAQNLLDSSTAMTHDAF 340
F CF+GF + + D ++ + + V + QVY++C Q + D+S + +
Sbjct 272 VSSFVICFVGFQMTVGVPPDIVVKLFL--FLVSSMSQVYLICHYGQLVADASYGFSVATY 329
Query 341 YEKWYAYGPSTKRIFSMILISNKMECRLSMCGVVDLTLPTFMAILKNSY 389
+KWY KR +I+ ++ L +D+T T +L+ SY
Sbjct 330 NQKWYKADVRYKRALVIIIARSQKVTFLKATIFLDITRSTMTDLLQISY 378
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310774.1 odorant receptor coreceptor [Cephus cinctus]
Length=480
Score E
Sequences producing significant alignments: (Bits) Value
ORCO_OOCBI unnamed protein product 756 0.0
B0FAQ4_APOBA unnamed protein product 748 0.0
ORCO_HARSA unnamed protein product 736 0.0
>ORCO_OOCBI unnamed protein product
Length=478
Score = 756 bits (1951), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 372/480 (78%), Positives = 417/480 (87%), Gaps = 2/480 (0%)
Query 1 MMKFKQQGLVADLMPNIRHMQFSGHFMFNYYNDTGGSTKLFHTIYCSIHLFLILLQFGLC 60
MMK KQQGLVADL+PNIR M+ GHF+FNYYND S+K H +YC ++LF++LLQFGLC
Sbjct 1 MMKMKQQGLVADLLPNIRVMKTFGHFVFNYYND--NSSKYLHKVYCCVNLFMLLLQFGLC 58
Query 61 CVNLTLERADVDDLTANTITVLFFAHSIIKLAYFAVRSKLFYRTLGIWNNPNSHPLFAES 120
VNL +E ADVDDLTANTIT+LFF HSI+K+ YFA+RSK FYRT IWNNPNSHPLFAES
Sbjct 59 AVNLIVESADVDDLTANTITLLFFTHSIVKICYFAIRSKYFYRTWAIWNNPNSHPLFAES 118
Query 121 NARYHAIALTKMRRLLAAVGAATILTVCAWTGITFVGDSVKKVTDPVTNETMTVEIPRLM 180
NARYHAIAL KMR LL VG T+L AWT +TF ++K+ DPVTNET +E+P+L+
Sbjct 119 NARYHAIALKKMRLLLFLVGGTTMLAAVAWTVLTFFEHPIRKIVDPVTNETEIIELPQLL 178
Query 181 LRSWYPYDASHGMAHVLTLIYQFYFLLITTMDANSLDVLFCSWLLFACEQLQHLKQIMKP 240
+RS+YP+DA G+ HVL L+YQFY++L +DANSLDVLFCSWLLFACEQLQHLKQIMKP
Sbjct 179 IRSFYPFDAGKGITHVLVLVYQFYWVLFMLIDANSLDVLFCSWLLFACEQLQHLKQIMKP 238
Query 241 LMELSATLDTVVPHTNELFKAGSTDHLRDTQGTQPMAPPPNENMLDMDLRGIYSNRQDFT 300
LMELSATLDTVVP+++ELFKAGS DHLRD P PP ++NMLD+DLR IYSNRQDFT
Sbjct 239 LMELSATLDTVVPNSSELFKAGSADHLRDGDNPPPPPPPQSDNMLDLDLRNIYSNRQDFT 298
Query 301 ATFRTAAGMNFNGGVGPNGLTKKQEMLVRSAIKYWVERHKHIVRLVTAIGDAYGVALLFH 360
ATFR AGM FNGGVGPNGLTKKQE LVRSAIKYWVERHKHIVRLVTA+GDAYG ALL H
Sbjct 299 ATFRPTAGMTFNGGVGPNGLTKKQEALVRSAIKYWVERHKHIVRLVTAVGDAYGFALLLH 358
Query 361 MLITTVSLTLLAYQATKVNTVDVYAATVIGYVLYTLGQVFLFCIFGNRLIEESSSVMEAA 420
ML TT++LTLLAYQATKVN ++VYAA+ IGY+LYT GQVFLFCIFGNRLIEES+SVMEAA
Sbjct 359 MLTTTITLTLLAYQATKVNGINVYAASTIGYILYTFGQVFLFCIFGNRLIEESTSVMEAA 418
Query 421 YSCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK 480
YSCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK
Sbjct 419 YSCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK 478
>B0FAQ4_APOBA unnamed protein product
Length=474
Score = 748 bits (1931), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 373/479 (78%), Positives = 417/479 (87%), Gaps = 5/479 (1%)
Query 2 MKFKQQGLVADLMPNIRHMQFSGHFMFNYYNDTGGSTKLFHTIYCSIHLFLILLQFGLCC 61
MKFK QGLVADL+PNIR MQ GHFMFNYY++ K H IYC + L L+LLQ+G+
Sbjct 1 MKFKHQGLVADLLPNIRVMQGVGHFMFNYYSE---GKKFPHRIYCIVTLLLLLLQYGMMA 57
Query 62 VNLTLERADVDDLTANTITVLFFAHSIIKLAYFAVRSKLFYRTLGIWNNPNSHPLFAESN 121
VNL +E DVDDLTANTIT+LFF H I+K+ YF VRSK+FY+TL IWNNPNSHPLFAESN
Sbjct 58 VNLMMESDDVDDLTANTITMLFFLHPIVKMIYFPVRSKIFYKTLAIWNNPNSHPLFAESN 117
Query 122 ARYHAIALTKMRRLLAAVGAATILTVCAWTGITFVGDSVKKVTDPVTNETMTVEIPRLML 181
AR+HA+A+TKMRRLL V ATI +V +WTGITF+ DSVK++TDP TNET + IPRLM+
Sbjct 118 ARFHALAITKMRRLLFCVAGATIFSVISWTGITFIEDSVKRITDPETNETTIIPIPRLMI 177
Query 182 RSWYPYDASHGMAHVLTLIYQFYFLLITTMDANSLDVLFCSWLLFACEQLQHLKQIMKPL 241
R++YP++A G HV LIYQFY+L+I+ +NSLDVLFCSWLLFACEQLQHLK IMKPL
Sbjct 178 RTFYPFNAMSGAGHVFALIYQFYYLVISMAVSNSLDVLFCSWLLFACEQLQHLKAIMKPL 237
Query 242 MELSATLDTVVPHTNELFKAGSTDHLRDTQGTQPMAPPPNENMLDMDLRGIYSNRQDFTA 301
MELSATLDTVVP++ ELFKAGS DHLR++QG QP +N+LD+DLRGIYSNRQDFTA
Sbjct 238 MELSATLDTVVPNSGELFKAGSADHLRESQGVQPSGN--GDNVLDVDLRGIYSNRQDFTA 295
Query 302 TFRTAAGMNFNGGVGPNGLTKKQEMLVRSAIKYWVERHKHIVRLVTAIGDAYGVALLFHM 361
TFR AG FNGGVGPNGLTKKQEMLVRSAIKYWVERHKH+VRLVTA+GDAYGVALL HM
Sbjct 296 TFRPTAGTTFNGGVGPNGLTKKQEMLVRSAIKYWVERHKHVVRLVTAVGDAYGVALLLHM 355
Query 362 LITTVSLTLLAYQATKVNTVDVYAATVIGYVLYTLGQVFLFCIFGNRLIEESSSVMEAAY 421
L TT++LTLLAYQATKVN V+VYAATVIGY+LYTLGQVFLFCIFGNRLIEESSSVMEAAY
Sbjct 356 LTTTITLTLLAYQATKVNGVNVYAATVIGYLLYTLGQVFLFCIFGNRLIEESSSVMEAAY 415
Query 422 SCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK 480
SCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK
Sbjct 416 SCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK 474
>ORCO_HARSA unnamed protein product
Length=479
Score = 736 bits (1900), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 374/481 (78%), Positives = 422/481 (88%), Gaps = 3/481 (1%)
Query 1 MMKFKQQGLVADLMPNIRHMQFSGHFMFNYYNDTGGSTKLFHTIYCSIHLFLILLQFGLC 60
MMK KQQGLVADL+PNIR M+F GHF+FNYY+D S+K H I+C ++LFL+LLQF LC
Sbjct 1 MMKMKQQGLVADLLPNIRVMKFFGHFVFNYYDD--NSSKYLHKIFCCVNLFLLLLQFALC 58
Query 61 CVNLTLERADVDDLTANTITVLFFAHSIIKLAYFAVRSKLFYRTLGIWNNPNSHPLFAES 120
VNL +E ADVDDLTANTIT+LFF HSI+K+ YFAVRSK FYRT IWNNPNSHPLFAES
Sbjct 59 AVNLIIESADVDDLTANTITLLFFTHSIVKIIYFAVRSKYFYRTWAIWNNPNSHPLFAES 118
Query 121 NARYHAIALTKMRRLLAAVGAATILTVCAWTGITFVGDSVKKVTDPVTNETMTVEIPRLM 180
NARYHAIAL KMR LL VGA T+L+ AWT +TF ++K+ DPVTNET +E+P+L+
Sbjct 119 NARYHAIALKKMRLLLFLVGATTVLSAIAWTVLTFFEHPIRKLVDPVTNETTIIELPQLL 178
Query 181 LRSWYPYDASHGMAHVLTLIYQFYFLLITTMDANSLDVLFCSWLLFACEQLQHLKQIMKP 240
LRS+YP+DAS G+ HV+ LIYQFY++L +DANSLDVLFCSWLLFACEQLQHLKQIMKP
Sbjct 179 LRSYYPFDASKGIMHVIVLIYQFYWVLFMLIDANSLDVLFCSWLLFACEQLQHLKQIMKP 238
Query 241 LMELSATLDTVVPHTNELFKAGSTDHLRDTQG-TQPMAPPPNENMLDMDLRGIYSNRQDF 299
LMELSATLDTVVP+++ELFKAGS +HLR+++ P PP ++MLD+DLR IYSNRQDF
Sbjct 239 LMELSATLDTVVPNSSELFKAGSAEHLRESENQPPPPVPPQGDSMLDLDLRNIYSNRQDF 298
Query 300 TATFRTAAGMNFNGGVGPNGLTKKQEMLVRSAIKYWVERHKHIVRLVTAIGDAYGVALLF 359
TATFR AGM FNGGVGPNGLTKKQEMLVRSAIKYWVERHKHIVRLVTA+GDAYG ALL
Sbjct 299 TATFRPTAGMTFNGGVGPNGLTKKQEMLVRSAIKYWVERHKHIVRLVTAVGDAYGFALLL 358
Query 360 HMLITTVSLTLLAYQATKVNTVDVYAATVIGYVLYTLGQVFLFCIFGNRLIEESSSVMEA 419
HML TT++LTLLAYQATKVN V+VYAA+ IGY++YT GQVFLFCIFGNRLIEES+SVMEA
Sbjct 359 HMLTTTITLTLLAYQATKVNGVNVYAASTIGYIIYTFGQVFLFCIFGNRLIEESTSVMEA 418
Query 420 AYSCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQL 479
AYSCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQL
Sbjct 419 AYSCHWYDGSEEAKTFVQIVCQQCQKAMSISGAKFFTVSLDLFASVLGAVVTYFMVLVQL 478
Query 480 K 480
K
Sbjct 479 K 479
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310775.1 odorant receptor 13a-like [Cephus cinctus]
Length=380
Score E
Sequences producing significant alignments: (Bits) Value
OR47A_DROME unnamed protein product 70.9 3e-13
ORCO_AEDAE unnamed protein product 70.1 6e-13
ORCO_DROME unnamed protein product 68.9 1e-12
>OR47A_DROME unnamed protein product
Length=385
Score = 70.9 bits (172), Expect = 3e-13, Method: Compositional matrix adjust.
Identities = 79/327 (24%), Positives = 147/327 (45%), Gaps = 32/327 (10%)
Query 73 AMVILKTAMFRRNMQLLLPLLSEVRADKF----SVEEEPG--IAWLYNIMGKLYTRLSVV 126
A++I +F+ +M L L + DKF S E E G A + N K R+ +
Sbjct 66 ALLITILGLFKFSMILYLRRDFKRLIDKFRLLMSNEAEQGEEYAEILNAANKQDQRMCTL 125
Query 127 L--IFIVTTMLYAV------PLSQWIVAKSNNLTSTYELPYQMYFGFEINDLRSHVLACL 178
F++ L +V LS W+ + ELP+ F + I+ +R++VL+ +
Sbjct 126 FRTCFLLAWALNSVLPLVRMGLSYWLAGHAEP-----ELPFPCLFPWNIHIIRNYVLSFI 180
Query 179 SLLPMSTVLTIGCTGSDTLLVVLIFYLCRQFVLLSVRIRNVETDPLIHP-TKMKQLIERH 237
ST + + DT+ LC F + ++ + L + ++ +
Sbjct 181 WSAFASTGVVLPAVSLDTIFCSFTSNLCAFFKIAQYKVVRFKGGSLKESQATLNKVFALY 240
Query 238 ANLIGMATALNKTYSSLLLVQTMGLSFVICIVAFEL-LTMAEVGEETNTLSFIIYSLAVV 296
+ M LN+ Y ++ Q S +C++ + +T A+ E SFI ++
Sbjct 241 QTSLDMCNDLNQCYQPIICAQFFISSLQLCMLGYLFSITFAQT-EGVYYASFIA---TII 296
Query 297 TLLFSYCFLGECLIHESSSIHNACYFSNWYQ------LPPDLARPIIIPIMRSRKPLHLT 350
+ YC+ GE L ES+S A Y S W++ + R ++I +MR+ + +T
Sbjct 297 IQAYIYCYCGENLKTESASFEWAIYDSPWHESLGAGGASTSICRSLLISMMRAHRGFRIT 356
Query 351 AGQFYVFSLETFTSIMKGSMAYLSVLR 377
G F+ ++E F+SI++ +M+Y+++LR
Sbjct 357 -GYFFEANMEAFSSIVRTAMSYITMLR 382
>ORCO_AEDAE unnamed protein product
Length=478
Score = 70.1 bits (170), Expect = 6e-13, Method: Compositional matrix adjust.
Identities = 39/154 (25%), Positives = 83/154 (54%), Gaps = 4/154 (3%)
Query 228 TKMKQLIERHANLIGMATALNKTYSSLLLVQTMGLSFVICIVAFELLTMAEVGEETNT-L 286
+ +K +ERH +++ + +A+ +TY + LL+ + + + ++A++ + + T +
Sbjct 328 SAIKYWVERHKHVVRLVSAIGETYGAALLLHMLTSTIKLTLLAYQATKIDALNVYGLTVI 387
Query 287 SFIIYSLAVVTLLFSYCFLGECLIHESSSIHNACYFSNWYQLPPDLARPIIIPIMRSRKP 346
+++Y+LA V F +C G LI ESSS+ A Y +WY + + I + +K
Sbjct 388 GYLVYALAQV---FLFCIFGNRLIEESSSVMEAAYSCHWYDGSEEAKTFVQIVCQQCQKA 444
Query 347 LHLTAGQFYVFSLETFTSIMKGSMAYLSVLREIK 380
+ ++ +F+ SL+ F S++ + Y VL ++K
Sbjct 445 MTISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK 478
>ORCO_DROME unnamed protein product
Length=486
Score = 68.9 bits (167), Expect = 1e-12, Method: Compositional matrix adjust.
Identities = 40/154 (26%), Positives = 80/154 (52%), Gaps = 4/154 (3%)
Query 228 TKMKQLIERHANLIGMATALNKTYSSLLLVQTMGLSFVICIVAFELLTMAEVGEETNTL- 286
+ +K +ERH +++ + A+ TY + LL+ + + + ++A++ + V T+
Sbjct 336 SAIKYWVERHKHVVRLVAAIGDTYGAALLLHMLTSTIKLTLLAYQATKINGVNVYAFTVV 395
Query 287 SFIIYSLAVVTLLFSYCFLGECLIHESSSIHNACYFSNWYQLPPDLARPIIIPIMRSRKP 346
++ Y+LA V F +C G LI ESSS+ A Y +WY + + I + +K
Sbjct 396 GYLGYALAQV---FHFCIFGNRLIEESSSVMEAAYSCHWYDGSEEAKTFVQIVCQQCQKA 452
Query 347 LHLTAGQFYVFSLETFTSIMKGSMAYLSVLREIK 380
+ ++ +F+ SL+ F S++ + Y VL ++K
Sbjct 453 MSISGAKFFTVSLDLFASVLGAVVTYFMVLVQLK 486
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310776.1 putative odorant receptor 71a [Cephus cinctus]
Length=382
Score E
Sequences producing significant alignments: (Bits) Value
OR2_ANOGA unnamed protein product 73.6 4e-14
OR94B_DROME unnamed protein product 63.5 7e-11
OR43A_DROME unnamed protein product 62.4 1e-10
>OR2_ANOGA unnamed protein product
Length=378
Score = 73.6 bits (179), Expect = 4e-14, Method: Compositional matrix adjust.
Identities = 70/318 (22%), Positives = 138/318 (43%), Gaps = 21/318 (7%)
Query 75 VIYLHAAGKVGIMRLHRHKFSRLLHGV--ERVQTTASGELLRYHKEYTRVGYV----AYW 128
V+Y + + + ++R KF GV E + ++ + YTR G + W
Sbjct 66 VLYFNLVLRTSFLVINRRKFETFFEGVAAEYALLEKNDDIRPVLERYTRRGRMLSISNLW 125
Query 129 IYTISVFIITLDYIVQPLWKKSQFLPTGAWYPFDYKKSTFFYTLAYFQQIICITFSGCAS 188
+ I+ ++ PL+ + LP G P +T Y + + Q+ +TF C
Sbjct 126 LGAF----ISACFVTYPLFVPGRGLPYGVTIPGVDVLATPTYQVVFVLQVY-LTFPACCM 180
Query 189 TTEIT--FGVFIFFACARLKVLQRKFQQLSDNSNG------NEKILRRRICNYVQQHCDI 240
T + FA ++ L+++ +L +S + L + ++ H I
Sbjct 181 YIPFTSFYATCTLFALVQIAALKQRLGRLGRHSGTMASTGHSAGTLFAELKECLKYHKQI 240
Query 241 LRYINDVNETYTFIILVLFLSILLTVCCTSFLIINVTEHSLDSIFINSLLMVASAVQLLF 300
++Y++D+N T + L+ FLS + +C FL+ +++ I I S + + + F
Sbjct 241 IQYVHDLNSLVTHLCLLEFLSFGMMLCALLFLL-SISNQLAQMIMIGSYIFMILSQMFAF 299
Query 301 YYLPGHILIEEAKTIAESVYYSGWESLSINCRKLLLQIMVYSASPINLRNGKMGLLILEN 360
Y+ +L E++ I +++Y W RK L+ I+ + P+ ++ G + + LE
Sbjct 300 YWHANEVL-EQSLGIGDAIYNGAWPDFEEPIRKRLILIIARAQRPMVIKVGNVYPMTLEM 358
Query 361 YTTFLTTAASYLTSLRSI 378
+ L + SY T LR +
Sbjct 359 FQKLLNVSYSYFTLLRRV 376
>OR94B_DROME unnamed protein product
Length=383
Score = 63.5 bits (153), Expect = 7e-11, Method: Compositional matrix adjust.
Identities = 67/318 (21%), Positives = 139/318 (44%), Gaps = 19/318 (6%)
Query 51 IQALVYAIIQANNPQEIIETLSTQVIYLHAAGKVGIMRLHRHKFSRLLHGVER---VQTT 107
I + Y I +++ +E + L + L K+ + RH+ + L+H ++
Sbjct 54 IALMWYEAITSSDFEEAGQVLYMSITELALVTKLLNIWYRRHEAASLIHELQHDPAFNLR 113
Query 108 ASGELLRYHKEYTRVGYVAYWIYTISVFIITLDYIVQPLWKKSQFLPTGAWYPFDYK-KS 166
S E+ + + + YW S+F+ + YI +++ LP G + PF+++ +
Sbjct 114 NSEEIKFWQQNQRNFKRIFYWYIWGSLFVAVMGYI-SVFFQEDYELPFGYYVPFEWRTRE 172
Query 167 TFFYTLAYFQQIICITFSGCASTTEITFGVFIFFACARL-KVLQRKFQQLSDNSNGNEKI 225
+FY Y ++ +T ++ T G + F A L ++L + + L + + +
Sbjct 173 RYFYAWGY--NVVAMTLCCLSNILLDTLGCYFMFHIASLFRLLGMRLEALKNAAEEKARP 230
Query 226 LRRRICNYVQQHCDILRYINDVNETYTFIILVLFLSILLTVCCTSFLIINVTEHSLDSIF 285
RRI Q H + R + + +L + +C +++ ++++ +F
Sbjct 231 ELRRI---FQLHTKVRRLTRECEVLVSPYVLSQVVFSAFIICFSAYRLVHMGFKQRPGLF 287
Query 286 INSLLMVASAVQLLFYYLP---GHILIEEAKTIAESVYYSGWESLSINCRKLLLQIMVYS 342
+ ++ VA + +F LP G+ L A + SV+ + W S+ RKLL M +
Sbjct 288 VTTVQFVAVMIVQIF--LPCYYGNELTFHANALTNSVFGTNWLEYSVGTRKLLNCYMEFL 345
Query 343 ASPINLRNG---KMGLLI 357
P+ +R G ++GL I
Sbjct 346 KRPVKVRAGVFFEIGLPI 363
>OR43A_DROME unnamed protein product
Length=376
Score = 62.4 bits (150), Expect = 1e-10, Method: Compositional matrix adjust.
Identities = 54/247 (22%), Positives = 105/247 (43%), Gaps = 4/247 (2%)
Query 135 FIITLDYIVQPLWKKSQFLPTGAWYPFDYKKSTFFYTLAYFQQIICITFSGCASTTEIT- 193
F+ + +V PL+++ + P G P S+ Y + Y Q+ ++
Sbjct 132 FLDIVGALVSPLFREERAHPFGLALPGVSMTSSPVYEVIYLAQLPTPLLLSMMYMPFVSL 191
Query 194 FGVFIFFACARLKVLQRKFQQLSDNSNGNEKILRRRICNYVQQHCDILRYINDVNETYTF 253
F F A L++L + Q+ E+ +R + + + H ++RY+ +N+
Sbjct 192 FAGLAIFGKAMLQILVHRLGQIGGEEQSEEERFQR-LASCIAYHTQVMRYVWQLNKLVAN 250
Query 254 IILVLFLSILLTVCCTSFLIINVTEHSLDSIFINSLLMVASAVQLLFYYLPGHILIEEAK 313
I+ V + I ++ C+ +N+ I I ++ V +Y I +E +
Sbjct 251 IVAVEAI-IFGSIICSLLFCLNIITSPTQVISIVMYILTMLYVLFTYYNRANEICLENNR 309
Query 314 TIAESVYYSGWESLSINCRKLLLQIMVYSASPINLRNGKMGLLILENYTTFLTTAASYLT 373
+AE+VY W RK LL ++ + P+ +R G + + L + + L + SY T
Sbjct 310 -VAEAVYNVPWYEAGTRFRKTLLIFLMQTQHPMEIRVGNVYPMTLAMFQSLLNASYSYFT 368
Query 374 SLRSIVG 380
LR + G
Sbjct 369 MLRGVTG 375
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310777.1 odorant receptor 13a-like [Cephus cinctus]
Length=415
Score E
Sequences producing significant alignments: (Bits) Value
OR82A_DROME unnamed protein product 73.6 5e-14
OR9A_DROME unnamed protein product 67.8 4e-12
OR67C_DROME unnamed protein product 67.4 4e-12
>OR82A_DROME unnamed protein product
Length=385
Score = 73.6 bits (179), Expect = 5e-14, Method: Compositional matrix adjust.
Identities = 83/337 (25%), Positives = 151/337 (45%), Gaps = 19/337 (6%)
Query 79 SDTGFVIAVLSGTLTATLSMSKGLTILTSHREVRELLLRLSGFWEKS---IER-PENVDV 134
+D V A LS T L++ K T L + ++ E++ R E+S I R E +D
Sbjct 56 NDMEKVTACLSVVFTNMLTVIKISTFLANRKDFWEMIHRFRKMHEQSASHIPRYREGLDY 115
Query 135 MVQMANRASYLSKCYAATVVIMCSSYCMNPYVSVITQFLFTKTANNSYNFTATTFPTVYP 194
+ + AS+L + Y + + + + P V + T + P +P
Sbjct 116 VAEANKLASFLGRAYCVSCGLTGLYFMLGPIVKIGVCRWHGTTCDKEL-----PMPMKFP 170
Query 195 FDLSYFPKYVVWILFEQAVCLLMTLHWIACDTLFPMCATHLAIQFQILRRDLER----TT 250
F+ P Y V L+ V +++ + A D LF A +L FQ L+R +E ++
Sbjct 171 FNDLESPGYEVCFLYTVLVTVVVVAYASAVDGLFISFAINLRAHFQTLQRQIENWEFPSS 230
Query 251 EVD---ELREIVKKQIILFQSCDILENIFSPIIFLTIIMTSTIMCACIFQFEKTLSCGVY 307
E D L+ IV+ ++L L +I++P + ++TS + I+Q +
Sbjct 231 EPDTQIRLKSIVEYHVLLLSLSRKLRSIYTPTVMGQFVITSLQVGVIIYQLVTNMDS--V 288
Query 308 LEIIKYVTHMMSLFVEILIYCGFSNVLSDQTELLYHAAYNSEWTDRSKKYKSIIYFLILR 367
++++ Y + S+ +++ IYC ++ ++ + A S W S K ++ + +IL+
Sbjct 289 MDLLLYASFFGSIMLQLFIYCYGGEIIKAESLQVDTAVRLSNWHLASPKTRTSLSLIILQ 348
Query 368 SQKPFQCTAYHFFPVGLVQITTILTTAVSYFTLLKTV 404
SQK A FF L I TA+S TL+K++
Sbjct 349 SQKEVLIRA-GFFVASLANFVGICRTALSLITLIKSI 384
>OR9A_DROME unnamed protein product
Length=392
Score = 67.8 bits (164), Expect = 4e-12, Method: Compositional matrix adjust.
Identities = 82/351 (23%), Positives = 146/351 (42%), Gaps = 46/351 (13%)
Query 75 VSLGSDTGFVIAVLSGTLTATLSMSKGLTILTSHREVRELLLRLSGFWEKSIERPENVDV 134
VSL SDT L T + L++ K L +E L+ + K IE +
Sbjct 69 VSLLSDT------LGSTFASMLTLVKFLLFCYHRKEFVGLIYHIRAILAKEIEVWPDARE 122
Query 135 MVQMANRASYL-----SKCYAATVVIMCSSYCMNPYVSVITQFLFTKTANNSYNFTATTF 189
++++ N++ + ++C+ + + P+V +I + +
Sbjct 123 IIEVENQSDQMLSLTYTRCFGLAGIFAA----LKPFVGIILSSIRGDEIHLELPHNG--- 175
Query 190 PTVYPFDLS----YFPKYVVWILFEQAVCLLMTLHWIACDTLFPMCATHLAIQFQILRRD 245
VYP+DL Y P Y+ W + + M L D+L ++ F+I +
Sbjct 176 --VYPYDLQVVMFYVPTYL-WNVMASYSAVTMAL---CVDSLLFFFTYNVCAIFKIAKHR 229
Query 246 LERTTEV---DELREIVKKQIILF-----QSCDILENIFSPIIFLTIIMTSTIMCACIFQ 297
+ V +EL +V Q++L Q D + + + P+IFL +++ +C FQ
Sbjct 230 MIHLPAVGGKEELEGLV--QVLLLHQKGLQIADHIADKYRPLIFLQFFLSALQICFIGFQ 287
Query 298 FEKTLSCGVYLEIIKYVTHMMSLFVEILIY--CGFSNVLSDQTELLYHAAYNSEWTDRSK 355
L I +V SL + + IY CG N+ S + + Y + WTD S
Sbjct 288 VADLFPNPQSLYFIAFVG---SLLIALFIYSKCG-ENIKSASLDF-GNGLYETNWTDFSP 342
Query 356 KYKSIIYFLILRSQKPFQCTAYHFFPVGLVQITTILTTAVSYFTLLKTVTS 406
K + +R+Q+P Q Y FF + +TI+ +AVSY +L++ +
Sbjct 343 PTKRALLIAAMRAQRPCQMKGY-FFEASMATFSTIVRSAVSYIMMLRSFNA 392
>OR67C_DROME unnamed protein product
Length=404
Score = 67.4 bits (163), Expect = 4e-12, Method: Compositional matrix adjust.
Identities = 80/368 (22%), Positives = 154/368 (42%), Gaps = 50/368 (14%)
Query 52 VLLVLTISTCGFFIIILEFRSVAVSLGSDTGFVIAVLSGTLTATLSMSKGLTILTSHREV 111
+ L + ++ C F ++ +F+ A+ G T +I +L L +
Sbjct 76 IRLAIAVAPCIGFSLVADFKQAAMIRGKKT--LIMLLDD-----------LENMHPKTLA 122
Query 112 RELLLRLSGFWEKSIERPENVDVMVQMANRASYLSKCYAATVVIMCSSYCMNPYVSVITQ 171
+++ +L F EK+++R N+ + C A T +++ P + +
Sbjct 123 KQMEYKLPDF-EKTMKRVINIFTFL-----------CLAYT-----TTFSFYPAIKASVK 165
Query 172 FLFTKTANNSYNFTATTFPTVYPFDLSYFPKYVVWILFEQAV--CLLMTLHWIACDTLFP 229
F F NF F +PFD + + WI++ L + ++ D L
Sbjct 166 FNFLGYDTFDRNFG---FLIWFPFDATR-NNLIYWIMYWDIAHGAYLAGIAFLCADLLLV 221
Query 230 MCATHLAIQFQILRRDLER--------TTEVDELREIVKKQIILFQSCDILENIFSPIIF 281
+ T + + F + LE ++ L I++ + C+ + +++S +
Sbjct 222 VVITQICMHFNYISMRLEDHPCNSNEDKENIEFLIGIIRYHDKCLKLCEHVNDLYSFSLL 281
Query 282 LTIIMTSTIMCACIFQF-EKTLSCGVYLEIIKYVTHMMSLFVEILIYCGFSNVLSDQTEL 340
L +M S +C FQ E T+ II Y +M+ V++ + C + + L +
Sbjct 282 LNFLMASMQICFIAFQVTESTVEV-----IIIYCIFLMTSMVQVFMVCYYGDTLIAASLK 336
Query 341 LYHAAYNSEWTDRSKKYKSIIYFLILRSQKPFQCTAYHFFPVGLVQITTILTTAVSYFTL 400
+ AAYN +W SK Y +++ LI+RSQKP F P+ LV +++ + +F L
Sbjct 337 VGDAAYNQKWFQCSKSYCTMLKLLIMRSQKPASIRPPTFPPISLVTYMKVISMSYQFFAL 396
Query 401 LKTVTSES 408
L+T S +
Sbjct 397 LRTTYSNN 404
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310778.1 odorant receptor 13a-like [Cephus cinctus]
Length=407
Score E
Sequences producing significant alignments: (Bits) Value
OR49B_DROME unnamed protein product 95.1 2e-21
OR2_ANOGA unnamed protein product 86.7 2e-18
OR83A_DROME unnamed protein product 84.3 2e-17
>OR49B_DROME unnamed protein product
Length=375
Score = 95.1 bits (235), Expect = 2e-21, Method: Compositional matrix adjust.
Identities = 68/249 (27%), Positives = 121/249 (49%), Gaps = 19/249 (8%)
Query 155 NTTERTLPF-RVVFDLPLTVTPYYEISYVIEVIGAFSVGLCS-VAFASYLFYTCTFVSGH 212
+++ER LPF + L +PYYE+ Y+ +++ +G C + + S + F
Sbjct 140 SSSERVLPFGSKIPGLNEYESPYYEMWYIFQMLIT-PMGCCMYIPYTSLIVGLIMFGIVR 198
Query 213 FKILQRELENVCEVELKILITKSSYSDNDAKLAYEKFKKCIVQHELLIGYLGKLESLFSY 272
K LQ L V K Y D D + E+ CI + +I Y+ + L +
Sbjct 199 CKALQHRLRQVA--------LKHPYGDRDPRELREEIIACIRYQQSIIEYMDHINELTTM 250
Query 273 IFLMLVLCIVIILCFSGFQFILGDGTSKLHRQILSAEYIVTTLVETGLFAFSCNEIFEAS 332
+FL ++ +LC F I+ GTS+L I+ YI L + + NE+ E +
Sbjct 251 MFLFELMAFSALLCALLFMLIIVSGTSQL---IIVCMYINMILAQILALYWYANELREQN 307
Query 333 AAIGEAAYRCKWYKLPCDENGRALRQGMTIMVMRSYKPCSLTVGKFCPMNLQVFSSVLST 392
A+ AAY +W+ LR+ + M+MR+ +P ++ +G P+ L++F ++L+T
Sbjct 308 LAVATAAYETEWFTFDV-----PLRKNILFMMMRAQRPAAILLGNIRPITLELFQNLLNT 362
Query 393 SLSYFTVLR 401
+ ++FTVL+
Sbjct 363 TYTFFTVLK 371
>OR2_ANOGA unnamed protein product
Length=378
Score = 86.7 bits (213), Expect = 2e-18, Method: Compositional matrix adjust.
Identities = 67/245 (27%), Positives = 121/245 (49%), Gaps = 16/245 (7%)
Query 159 RTLPFRV-VFDLPLTVTPYYEISYVIEVIGAFSVGLCSVAFASYLFYTCT-FVSGHFKIL 216
R LP+ V + + + TP Y++ +V++V F + F S+ + TCT F L
Sbjct 144 RGLPYGVTIPGVDVLATPTYQVVFVLQVYLTFPACCMYIPFTSF-YATCTLFALVQIAAL 202
Query 217 QRELENVCEVELKILITKSSYSDNDAKLAYEKFKKCIVQHELLIGYLGKLESLFSYIFLM 276
++ L + + T S A + + K+C+ H+ +I Y+ L SL +++ L+
Sbjct 203 KQRLGRLGRHSGTMASTGHS-----AGTLFAELKECLKYHKQIIQYVHDLNSLVTHLCLL 257
Query 277 LVLCIVIILCFSGFQFILGDGTSKLHRQILSAEYIVTTLVETGLFAFSCNEIFEASAAIG 336
L ++LC F+L +++L + I+ YI L + F + NE+ E S IG
Sbjct 258 EFLSFGMMLC--ALLFLLSI-SNQLAQMIMIGSYIFMILSQMFAFYWHANEVLEQSLGIG 314
Query 337 EAAYRCKWYKLPCDENGRALRQGMTIMVMRSYKPCSLTVGKFCPMNLQVFSSVLSTSLSY 396
+A Y W + +R+ + +++ R+ +P + VG PM L++F +L+ S SY
Sbjct 315 DAIYNGAW-----PDFEEPIRKRLILIIARAQRPMVIKVGNVYPMTLEMFQKLLNVSYSY 369
Query 397 FTVLR 401
FT+LR
Sbjct 370 FTLLR 374
>OR83A_DROME unnamed protein product
Length=453
Score = 84.3 bits (207), Expect = 2e-17, Method: Compositional matrix adjust.
Identities = 70/343 (20%), Positives = 138/343 (40%), Gaps = 51/343 (15%)
Query 111 NELDKAILDKCDSTSAIGMCVLSV----------LATIVAIHYLTGPYWDAVGTNTTERT 160
N + I D+ ++ SA+G +++ + T V Y+ +W A+ +R+
Sbjct 116 NTILSNINDEYETRSAVGFSFVTMAGSYRMSKLWIKTYVYCCYIGTIFWLALPIAYRDRS 175
Query 161 LPFRVVFDLPLTVTPYYEISYVIEVIGAFSVGLCSVAFASYLFYTCTFVSGHFKILQREL 220
LP + T YE+ ++++ +G V + + C +SG + +L L
Sbjct 176 LPLACWYPFDYTQPGVYEVVFLLQAMGQIQVAASFASSSGLHMVLCVLISGQYDVLFCSL 235
Query 221 ENVCE----------VELKILITKSSYSD-NDAKLAYE---------------------- 247
+NV EL L + S +D + AY
Sbjct 236 KNVLASSYVLMGANMTELNQLQAEQSAADVEPGQYAYSVEEETPLQELLKVGSSMDFSSA 295
Query 248 ---KFKKCIVQHELLIGYLGKLESLFSYIFLMLVLCIVIILCFSGFQFILGDGTSKLHRQ 304
F +CI H ++ L K+ES +S I+ + + + ++C F + R
Sbjct 296 FRLSFVRCIQHHRYIVAALKKIESFYSPIWFVKIGEVTFLMCLVAFVSTKSTAANSFMRM 355
Query 305 ILSAEYIVTTLVETGLFAFSCNEIFEASAAIGEAAYRCKWYKLPCDENGRALRQGMTIMV 364
+ +Y++ L E + + + +F+ S GEA +R W + + + +R +
Sbjct 356 VSLGQYLLLVLYELFIICYFADIVFQNSQRCGEALWRSPWQR-----HLKDVRSDYMFFM 410
Query 365 MRSYKPCSLTVGKFCPMNLQVFSSVLSTSLSYFTVLRSMNESE 407
+ S + LT GK +N+ F ++T+ S+ T+L+ M+ E
Sbjct 411 LNSRRQFQLTAGKISNLNVDRFRGTITTAFSFLTLLQKMDARE 453
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310779.1 odorant receptor Or1-like [Cephus cinctus]
Length=378
Score E
Sequences producing significant alignments: (Bits) Value
OR1_ANOGA unnamed protein product 103 2e-24
OR46A_DROME unnamed protein product 92.8 1e-20
OR2_ANOGA unnamed protein product 90.9 5e-20
>OR1_ANOGA unnamed protein product
Length=417
Score = 103 bits (257), Expect = 2e-24, Method: Compositional matrix adjust.
Identities = 89/397 (22%), Positives = 177/397 (45%), Gaps = 37/397 (9%)
Query 12 KFWGLWRPSDYLSWMKILYNIYS-LLIVVIMYSFMLFEFIDVFINIKSIDDFTMNSFMLV 70
K+ GLW P D + Y Y L ++ ++ + L + + F ++K I+D F+L+
Sbjct 27 KYLGLWPPEDTDQATRNRYIAYGWALRIMFLHLYALTQAL-YFKDVKDINDIANALFVLM 85
Query 71 TFTNACWRVAKILAGRGKILKVINLLTSDYCVAVDKREVE----IKEGYDGIARWNTLRY 126
T +++ K +I + L C ++ E + + G+ W +
Sbjct 86 TQVTLIYKLEKFNYNIARIQACLRKLN---CTLYHPKQREEFSPVLQSMSGVF-WLMIFL 141
Query 127 VILVQITVALMLIVPLSNESRKRILPFRSWLPYDLS-SLKLFWLSYVHQCIAIMAAAYIN 185
+ + T+ + ++ P + R+ LP +W P D S ++ + +++Q I I+ +A N
Sbjct 142 MFVAIFTIIMWVMSPAFDNERR--LPVPAWFPVDYHHSDIVYGVLFLYQTIGIVMSATYN 199
Query 186 VATDSFISGLMIQICSQLDILKYRLIKLPR------------------LYNINHRDEFLS 227
+TD+ SGLM+ I Q+ L + KL I+H +
Sbjct 200 FSTDTMFSGLMLHINGQIVRLGSMVKKLGHDVPPERQLVATDAEWKEMRKRIDHHSKVYG 259
Query 228 SL----THCVLHHEHIFKFASAVESVSNPITIVQFCASAVALCSSVYQLSKHSVDSAKFM 283
++ T CVL H+ I F V+ + Q CAS + +C ++ Q + V A +
Sbjct 260 TMYAKVTECVLFHKDILSFGDEVQDIFQGSIFAQVCASVIIICMTLLQATGDDVTMADLL 319
Query 284 PLILYLLCMLFQLFFYCWYGNEVILKSMEVRDAVYEMDWILLDNNNKKALLMMMKRSERS 343
YLL M Q+F +C+ GNE+ + + + V ++ D +A++ ++ + +
Sbjct 320 GCGFYLLVMTSQVFIFCYVGNEISYTTDKFTEFVGFSNYFKFDKRTSQAMIFFLQMTLKD 379
Query 344 IQIKSGYF--IALSVEPYIKILKASFTAYNALQQISN 378
+ IK G + L++ +++I+K S++ LQ + +
Sbjct 380 VHIKVGSVLKVTLNLHTFLQIMKLSYSYLAVLQSMES 416
>OR46A_DROME unnamed protein product
Length=381
Score = 92.8 bits (229), Expect = 1e-20, Method: Compositional matrix adjust.
Identities = 56/200 (28%), Positives = 104/200 (52%), Gaps = 4/200 (2%)
Query 151 LPFRSWLPY-DLSSLKLFWLSYVHQCIAIMAAAYINVATDSFISGLMIQICSQLDILKYR 209
LP +++ P + + +WL Y +QC+A+ + N+ DS S L I + QLDIL R
Sbjct 153 LPLKTYNPLGENTGSPAYWLLYCYQCLALSVSCITNIGFDSLCSSLFIFLKCQLDILAVR 212
Query 210 LIKLPRLYNINHRDEFLSSLTHCVLHHEHIFKFASAVESV-SNPITIVQFCASAVALCSS 268
L K+ RL + L + +H I + + VE + PI++ FC S + L ++
Sbjct 213 LDKIGRLITTSG-GTVEQQLKENIRYHMTIVELSKTVERLLCKPISVQIFC-SVLVLTAN 270
Query 269 VYQLSKHSVDSAKFMPLILYLLCMLFQLFFYCWYGNEVILKSMEVRDAVYEMDWILLDNN 328
Y ++ S + + + Y CML Q+F C+Y EV +S+++ +Y+ W+ D
Sbjct 271 FYAIAVLSDERLELFKYVTYQACMLIQIFILCYYAGEVTQRSLDLPHELYKTSWVDWDYR 330
Query 329 NKKALLMMMKRSERSIQIKS 348
+++ L+ M+R +++I++
Sbjct 331 SRRIALLFMQRLHSTLRIRT 350
>OR2_ANOGA unnamed protein product
Length=378
Score = 90.9 bits (224), Expect = 5e-20, Method: Compositional matrix adjust.
Identities = 72/340 (21%), Positives = 162/340 (48%), Gaps = 10/340 (3%)
Query 46 LFEFIDVFINIKSIDDFTMNSFMLVTFTNACWRVAKILAGRGKILKVINLLTSDYCVAVD 105
+F+F+ ++ + + + +N + V + N R + ++ R K + ++Y +
Sbjct 42 VFQFLKLYSSWGDMSELIINGYFTVLYFNLVLRTSFLVINRRKFETFFEGVAAEYALLEK 101
Query 106 KREVE-IKEGYDGIARWNTLRYVILVQITVALMLIVPLSNESRKRILPFRSWLP-YDLSS 163
++ + E Y R ++ + L A + PL R LP+ +P D+ +
Sbjct 102 NDDIRPVLERYTRRGRMLSISNLWLGAFISACFVTYPLFVPGRG--LPYGVTIPGVDVLA 159
Query 164 LKLFWLSYVHQCIAIMAAAYINVATDSFISGLMIQICSQLDILKYRLIKLPR----LYNI 219
+ + +V Q A + + SF + + Q+ LK RL +L R + +
Sbjct 160 TPTYQVVFVLQVYLTFPACCMYIPFTSFYATCTLFALVQIAALKQRLGRLGRHSGTMAST 219
Query 220 NHR-DEFLSSLTHCVLHHEHIFKFASAVESVSNPITIVQFCASAVALCSSVYQLSKHSVD 278
H + L C+ +H+ I ++ + S+ + +++F + + LC+ ++ LS S
Sbjct 220 GHSAGTLFAELKECLKYHKQIIQYVHDLNSLVTHLCLLEFLSFGMMLCALLFLLSI-SNQ 278
Query 279 SAKFMPLILYLLCMLFQLFFYCWYGNEVILKSMEVRDAVYEMDWILLDNNNKKALLMMMK 338
A+ + + Y+ +L Q+F + W+ NEV+ +S+ + DA+Y W + +K L++++
Sbjct 279 LAQMIMIGSYIFMILSQMFAFYWHANEVLEQSLGIGDAIYNGAWPDFEEPIRKRLILIIA 338
Query 339 RSERSIQIKSGYFIALSVEPYIKILKASFTAYNALQQISN 378
R++R + IK G +++E + K+L S++ + L+++ N
Sbjct 339 RAQRPMVIKVGNVYPMTLEMFQKLLNVSYSYFTLLRRVYN 378
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= NP_001310780.1 odorant receptor Or2-like [Cephus cinctus]
Length=407
Score E
Sequences producing significant alignments: (Bits) Value
OR2_ANOGA unnamed protein product 86.7 2e-18
OR49B_DROME unnamed protein product 84.0 1e-17
OR43A_DROME unnamed protein product 76.3 5e-15
>OR2_ANOGA unnamed protein product
Length=378
Score = 86.7 bits (213), Expect = 2e-18, Method: Compositional matrix adjust.
Identities = 65/246 (26%), Positives = 123/246 (50%), Gaps = 14/246 (6%)
Query 159 RTLPFRV-VFDFPITVTPLYQILYFIEVIGTISIGICSVAFASYLFYTCIFVSGFFKILQ 217
R LP+ V + + TP YQ+++ ++V T + F S+ +F L+
Sbjct 144 RGLPYGVTIPGVDVLATPTYQVVFVLQVYLTFPACCMYIPFTSFYATCTLFALVQIAALK 203
Query 218 RELENVCEVELESVNTKSSYNNNDTMLAYKKLKKCVIQHQLLIWYLGKLEGLFSYILLML 277
+ L + S S+ ++ T+ A +LK+C+ H+ +I Y+ L L +++ L+
Sbjct 204 QRLGRLGR---HSGTMASTGHSAGTLFA--ELKECLKYHKQIIQYVHDLNSLVTHLCLLE 258
Query 278 VLCAVIILCFAGFQIILGDGTTKLHRQILSVEFIMAALAETVLFAFSCNEILTASAAIGE 337
L ++LC F + + + +L + I+ +I L++ F + NE+L S IG+
Sbjct 259 FLSFGMMLCALLFLLSISN---QLAQMIMIGSYIFMILSQMFAFYWHANEVLEQSLGIGD 315
Query 338 AAYRCKWYKLPCDEYGRALRQGMTIMVMRSYKPCSLTVGKFCPMTLEVFTSILSTSLSYF 397
A Y W ++ +R+ + +++ R+ +P + VG PMTLE+F +L+ S SYF
Sbjct 316 AIYNGAW-----PDFEEPIRKRLILIIARAQRPMVIKVGNVYPMTLEMFQKLLNVSYSYF 370
Query 398 TVLRSM 403
T+LR +
Sbjct 371 TLLRRV 376
>OR49B_DROME unnamed protein product
Length=375
Score = 84.0 bits (206), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 78/308 (25%), Positives = 147/308 (48%), Gaps = 26/308 (8%)
Query 97 LHKFTEDTYWNKDYNELDKAILDKCDTTSAIGMSILALTSAILAFHYLTGPYLDNLGTNT 156
+ K TE Y + N D I + D + +G + L F LT ++
Sbjct 87 IQKLTEAYYDLLNLN--DSYISEILDQVNKVGK---LMARGNLFFGMLTSMGFGLYPLSS 141
Query 157 TERTLPF-RVVFDFPITVTPLYQILYFIEVIGTISIGICSVAFASYLFYTCIFVS-GFFK 214
+ER LPF + +P Y++ Y +++ T +G C Y+ YT + V F
Sbjct 142 SERVLPFGSKIPGLNEYESPYYEMWYIFQMLIT-PMGCCM-----YIPYTSLIVGLIMFG 195
Query 215 ILQ-RELENVCEVELESVNTKSSYNNNDTMLAYKKLKKCVIQHQLLIWYLGKLEGLFSYI 273
I++ + L++ L V K Y + D +++ C+ Q +I Y+ + L + +
Sbjct 196 IVRCKALQH----RLRQVALKHPYGDRDPRELREEIIACIRYQQSIIEYMDHINELTTMM 251
Query 274 LLMLVLCAVIILCFAGFQIILGDGTTKLHRQILSVEFIMAALAETVLFAFSCNEILTASA 333
L ++ +LC F +I+ GT++L I+ +I LA+ + + NE+ +
Sbjct 252 FLFELMAFSALLCALLFMLIIVSGTSQL---IIVCMYINMILAQILALYWYANELREQNL 308
Query 334 AIGEAAYRCKWYKLPCDEYGRALRQGMTIMVMRSYKPCSLTVGKFCPMTLEVFTSILSTS 393
A+ AAY +W+ + LR+ + M+MR+ +P ++ +G P+TLE+F ++L+T+
Sbjct 309 AVATAAYETEWFT-----FDVPLRKNILFMMMRAQRPAAILLGNIRPITLELFQNLLNTT 363
Query 394 LSYFTVLR 401
++FTVL+
Sbjct 364 YTFFTVLK 371
>OR43A_DROME unnamed protein product
Length=376
Score = 76.3 bits (186), Expect = 5e-15, Method: Compositional matrix adjust.
Identities = 77/294 (26%), Positives = 133/294 (45%), Gaps = 35/294 (12%)
Query 122 DTTSAIGMSILALT---SAILAFHYLTGPYLDNLGTNTT-----ERTLPFRVVFD-FPIT 172
D+T G IL + LA L+ +LD +G + ER PF + +T
Sbjct 103 DSTDEWGRGILRRAEREARNLAILNLSASFLDIVGALVSPLFREERAHPFGLALPGVSMT 162
Query 173 VTPLYQILYFIEVIGTISIGICSVAFASYLFYTCIFVSGFFKILQRELENVCEVELESVN 232
+P+Y+++Y ++ + + + + F S IF +IL L + E +S
Sbjct 163 SSPVYEVIYLAQLPTPLLLSMMYMPFVSLFAGLAIFGKAMLQILVHRLGQIGGEE-QSEE 221
Query 233 TKSSYNNNDTMLAYKKLKKCVIQHQLLIWYLGKLEGLFSYILLMLVLCAVIILCFAGFQI 292
+ +++L C+ H ++ Y+ +L L + I+ + + I+C F +
Sbjct 222 ER-----------FQRLASCIAYHTQVMRYVWQLNKLVANIVAVEAIIFGSIICSLLFCL 270
Query 293 ILGDGTTKLHRQILS-VEFIMAALAETVLFAF--SCNEILTASAAIGEAAYRCKWYKLPC 349
+ T Q++S V +I+ L VLF + NEI + + EA Y WY
Sbjct 271 NIITSPT----QVISIVMYILTML--YVLFTYYNRANEICLENNRVAEAVYNVPWY---- 320
Query 350 DEYGRALRQGMTIMVMRSYKPCSLTVGKFCPMTLEVFTSILSTSLSYFTVLRSM 403
E G R+ + I +M++ P + VG PMTL +F S+L+ S SYFT+LR +
Sbjct 321 -EAGTRFRKTLLIFLMQTQHPMEIRVGNVYPMTLAMFQSLLNASYSYFTMLRGV 373
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584661.1 uncharacterized protein LOC107275202 isoform X1
[Cephus cinctus]
Length=983
Score E
Sequences producing significant alignments: (Bits) Value
PYX_DROME unnamed protein product 47.0 7e-05
FEM1_CAEEL unnamed protein product 37.7 0.047
Q7PLP4_DROME unnamed protein product 33.9 0.81
>PYX_DROME unnamed protein product
Length=956
Score = 47.0 bits (110), Expect = 7e-05, Method: Compositional matrix adjust.
Identities = 72/288 (25%), Positives = 122/288 (42%), Gaps = 54/288 (19%)
Query 56 IQNYIFDWNAIPEVFSNKENERRKLREINRNIEKETQTYKTILKLLTRGANPNYPTAPYP 115
I + D+ A P N+ + R+++ ++ +++ + IL LL R A+ N
Sbjct 148 IAKVLLDFGADP----NRWDARKEVTSLH--CAASSKSVECILLLLRRKASINIGIEKRS 201
Query 116 VLIMAIFSKSTNLVQQLLLYGADPNVTLSKQEYSLAPLHILAVIEPSFDNSIIAKSLIHA 175
L AI + + V+ LL YGADPN + Q Y+ PLH + F + + L+
Sbjct 202 ALHYAIDVNAVDCVEILLKYGADPN---TPQVYTETPLHTASA--AGFAKCV--QLLLSH 254
Query 176 NADV------------NLRTDSTYRPDVKARVSESRSTEFLDDSQGFTALHLLALRSDYK 223
NADV +L ++ Y + + E R+ ++ T LHL L
Sbjct 255 NADVRSQFGEGKVTALHLAAENDY-VECARLLLEHRAEVDCRNASHQTPLHLACLSQSIG 313
Query 224 TDKNQFLTQLVCALLCNGSNKSYQFYQGHSALSLAIVEE--NIDAMKLLLQTGQ-INVNE 280
T V L+ G+N + + G +AL AIV++ ++D LL+ G +N +
Sbjct 314 T---------VDLLISYGANVNAVYRDGRTALHAAIVKQSRSLDCCNALLKAGADVNKAD 364
Query 281 QLGY---------DVGSCMLMM------VSCRLQEKLSA-SFIEKSIP 312
GY + SC+ ++ R ++SA SFI + P
Sbjct 365 NYGYTPLHIAALNEFSSCVYTFIEHGADITARTDGRVSALSFIVRRTP 412
>FEM1_CAEEL unnamed protein product
Length=656
Score = 37.7 bits (86), Expect = 0.047, Method: Compositional matrix adjust.
Identities = 48/187 (26%), Positives = 81/187 (43%), Gaps = 28/187 (15%)
Query 114 YPVLIMAIFSKSTNLVQQLLLYGADPNV----TLSKQEYSLAPLHILAVIEPSFDNSIIA 169
YP L++A + N+V+ LL GADP+V + P A + I
Sbjct 50 YP-LVIAARNGHANVVEYLLEIGADPSVRGVVEFDNENIQGTPPLWAASAAGHIE---IV 105
Query 170 KSLIH-ANADVNLRTDSTYRP----------DVKARVSESRSTEFLDDSQGFTALHLLAL 218
K LI ANADVN T++ P D+ + E + + + G T L + +
Sbjct 106 KLLIEKANADVNQATNTRSTPLRGACYDGHLDIVKYLLEKGADPHIPNRHGHTCLMIASY 165
Query 219 RSDYKTDKNQFLTQLVCALLCNGSNKSYQFYQGHSALSLAIVEENIDAMKLLLQTGQINV 278
R+ +V LL G + + + +G++AL A N++ +K+LL+ G + +
Sbjct 166 RNK---------VGIVEELLKTGIDVNKKTERGNTALHDAAESGNVEVVKILLKHGSVLM 216
Query 279 NEQLGYD 285
+ G D
Sbjct 217 KDIQGVD 223
>Q7PLP4_DROME unnamed protein product
Length=1111
Score = 33.9 bits (76), Expect = 0.81, Method: Compositional matrix adjust.
Identities = 44/157 (28%), Positives = 74/157 (47%), Gaps = 20/157 (13%)
Query 165 NSIIAKSLIH---ANAD-VNLRTDSTYRPDVKARVSESRSTEFLDDSQGF---------- 210
N+ IAKSL+ AN + VN+ S + +K ++ S FL D
Sbjct 257 NAKIAKSLVDNGMANINAVNMEGFSLLKSALKN--GDAFSANFLLDQNCLLDLPSKPSSD 314
Query 211 TALHLLALRSDYKTDKNQFLTQLVCALLCNGSNKSYQFYQGHSALSLAIVEENIDAMKLL 270
TALH++ +Y D + ++V +L N + Q +G + L +AI N++ +KLL
Sbjct 315 TALHIIC---NYGPDNTPEIMEVVKKILQRQLNINIQNIKGETPLHIAIARRNVEMVKLL 371
Query 271 LQTGQINVNEQLGYDVGSCMLMMVSCRLQEKLSASFI 307
L+ I++N + YD + + +S E L AS +
Sbjct 372 LKVPNIDINLR-TYDEKCALELSLSMGDHEFLIASIL 407
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584664.1 ATP synthase subunit O, mitochondrial [Cephus
cinctus]
Length=209
Score E
Sequences producing significant alignments: (Bits) Value
ATPO_DROME unnamed protein product 246 2e-83
P91283_CAEEL unnamed protein product 180 2e-57
Q7JNG1_CAEEL unnamed protein product 179 7e-57
>ATPO_DROME unnamed protein product
Length=209
Score = 246 bits (629), Expect = 2e-83, Method: Compositional matrix adjust.
Identities = 122/205 (60%), Positives = 155/205 (76%), Gaps = 1/205 (0%)
Query 4 SRINIIARSFSSSAAVQQMVKPPVQVFGLEGRYATALFSAASKQKSLDVVEKDLIKFQGL 63
+++ +++R+ SS+AA Q VKPPVQVFGLEGRYATAL+SAASK LD VEKDL Q
Sbjct 5 NKLALLSRTLSSAAA-QATVKPPVQVFGLEGRYATALYSAASKLSQLDQVEKDLTALQAT 63
Query 64 LKTDAKLAEFVKDPSIKRKSKVEAFKGIGGAANLNPATTNLLALLAENGRLGKINQVINA 123
+++D KL E+V P I +K A K PAT NLL LLA+NGRL K++ VINA
Sbjct 64 IRSDKKLREYVTSPIINKKVMATALKEASEKLRFAPATVNLLGLLADNGRLKKLDTVINA 123
Query 124 FKVIMAANRGEVVCEVITAKPLDADSKSKLEGALKSFLSKGQTLLLTTKVDPSIIGGMVV 183
+K IMAA+RGEVVCEV+TAKPLDA +LEGALKSFL ++L +T++VDPSIIGG++V
Sbjct 124 YKTIMAAHRGEVVCEVVTAKPLDASQSKQLEGALKSFLKGNESLKITSRVDPSIIGGLIV 183
Query 184 SIGDKYVDMSISSKVKKYSELISAA 208
SIGDKYVDMSI++KVK Y+++I A
Sbjct 184 SIGDKYVDMSIATKVKLYTDVIQTA 208
>P91283_CAEEL unnamed protein product
Length=207
Score = 180 bits (456), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 93/204 (46%), Positives = 132/204 (65%), Gaps = 2/204 (1%)
Query 8 IIARSFSSSAAVQ--QMVKPPVQVFGLEGRYATALFSAASKQKSLDVVEKDLIKFQGLLK 65
++ R FS+SAA+ Q+VK P+QV G+EGRYA AL+SA KQ LD + DL + + K
Sbjct 4 LMKRGFSTSAALAKAQLVKTPIQVHGVEGRYAAALYSAGHKQNKLDQISTDLNNVRSVYK 63
Query 66 TDAKLAEFVKDPSIKRKSKVEAFKGIGGAANLNPATTNLLALLAENGRLGKINQVINAFK 125
+ K EFV DP++K K A + I L T N L LLAENGRL K+ V+++F+
Sbjct 64 DNKKFQEFVLDPTLKANKKKTAIEAISTKLGLTKETGNFLGLLAENGRLNKLESVVSSFE 123
Query 126 VIMAANRGEVVCEVITAKPLDADSKSKLEGALKSFLSKGQTLLLTTKVDPSIIGGMVVSI 185
IM A+RGE+ +V +A+ L + ++ L AL GQ L +T V PSI+GG+VV+I
Sbjct 124 SIMRAHRGELFVQVTSAEELSSSNQKALSDALSKIGKSGQKLTVTYAVKPSILGGLVVTI 183
Query 186 GDKYVDMSISSKVKKYSELISAAV 209
GDKYVD+SI+S+VKKY + ++ A+
Sbjct 184 GDKYVDLSIASRVKKYKDALATAI 207
>Q7JNG1_CAEEL unnamed protein product
Length=228
Score = 179 bits (455), Expect = 7e-57, Method: Compositional matrix adjust.
Identities = 93/204 (46%), Positives = 132/204 (65%), Gaps = 2/204 (1%)
Query 8 IIARSFSSSAAVQ--QMVKPPVQVFGLEGRYATALFSAASKQKSLDVVEKDLIKFQGLLK 65
++ R FS+SAA+ Q+VK P+QV G+EGRYA AL+SA KQ LD + DL + + K
Sbjct 25 LMKRGFSTSAALAKAQLVKTPIQVHGVEGRYAAALYSAGHKQNKLDQISTDLNNVRSVYK 84
Query 66 TDAKLAEFVKDPSIKRKSKVEAFKGIGGAANLNPATTNLLALLAENGRLGKINQVINAFK 125
+ K EFV DP++K K A + I L T N L LLAENGRL K+ V+++F+
Sbjct 85 DNKKFQEFVLDPTLKANKKKTAIEAISTKLGLTKETGNFLGLLAENGRLNKLESVVSSFE 144
Query 126 VIMAANRGEVVCEVITAKPLDADSKSKLEGALKSFLSKGQTLLLTTKVDPSIIGGMVVSI 185
IM A+RGE+ +V +A+ L + ++ L AL GQ L +T V PSI+GG+VV+I
Sbjct 145 SIMRAHRGELFVQVTSAEELSSSNQKALSDALSKIGKSGQKLTVTYAVKPSILGGLVVTI 204
Query 186 GDKYVDMSISSKVKKYSELISAAV 209
GDKYVD+SI+S+VKKY + ++ A+
Sbjct 205 GDKYVDLSIASRVKKYKDALATAI 228
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584665.1 AP-3 complex subunit sigma-2 [Cephus cinctus]
Length=191
Score E
Sequences producing significant alignments: (Bits) Value
Q9W1E8_DROME unnamed protein product 363 5e-130
Q57TU5_TRYB2 unnamed protein product 158 2e-49
Q9VDC3_DROME unnamed protein product 114 9e-33
>Q9W1E8_DROME unnamed protein product
Length=191
Score = 363 bits (931), Expect = 5e-130, Method: Compositional matrix adjust.
Identities = 172/191 (90%), Positives = 184/191 (96%), Gaps = 0/191 (0%)
Query 1 MIKAILVFNNHGKPRLSKFYQYFNEDMQQQIIKETFQLVSKRDDNVCNFLEGGSLIGGSD 60
MIKAILVFNNHGKPRLSKFYQYF+E +QQQIIKETFQLVSKRDDNVCNFLEGGSLIGGSD
Sbjct 1 MIKAILVFNNHGKPRLSKFYQYFDESLQQQIIKETFQLVSKRDDNVCNFLEGGSLIGGSD 60
Query 61 YKLIYRHYATLYFVFCVDSSESELGILDLIQVFVETLDKCFENVCELDLIFHVDKVHYIL 120
YKLIYRHYATLYFVFCVDSSESELGILDLIQVFVETLDKCFENVCELDLIFH D VH+IL
Sbjct 61 YKLIYRHYATLYFVFCVDSSESELGILDLIQVFVETLDKCFENVCELDLIFHADAVHHIL 120
Query 121 NELVMGGMVLETNMTEILTRIEDQNKLEKQEAGITAAPARAVSAVKNMNIPQQIKDMKLP 180
+ELVMGGMVL+TNM +I+ RIE+QNK+ KQEAGI+AAPARAVSAVK+MNIPQQIKD+KLP
Sbjct 121 SELVMGGMVLQTNMNDIMARIEEQNKIVKQEAGISAAPARAVSAVKSMNIPQQIKDIKLP 180
Query 181 DLPQAIKDLKF 191
DLPQAIKD KF
Sbjct 181 DLPQAIKDFKF 191
>Q57TU5_TRYB2 unnamed protein product
Length=164
Score = 158 bits (399), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 79/160 (49%), Positives = 110/160 (69%), Gaps = 1/160 (1%)
Query 1 MIKAILVFNNHGKPRLSKFYQY-FNEDMQQQIIKETFQLVSKRDDNVCNFLEGGSLIGGS 59
MIKA+++ N GK RL Y+ +QQ++++ L+S+R ++CNF++
Sbjct 1 MIKAVIIINMVGKIRLLNVYEKEIPLSVQQELVQRVHSLISRRGADLCNFVDNFREWPTP 60
Query 60 DYKLIYRHYATLYFVFCVDSSESELGILDLIQVFVETLDKCFENVCELDLIFHVDKVHYI 119
D +++YRHYATL FVF VDSSES+L ILDLIQVFVE LD+ FENVCELDLIFH DKV +
Sbjct 61 DTRVVYRHYATLCFVFVVDSSESQLAILDLIQVFVEVLDRTFENVCELDLIFHSDKVQLL 120
Query 120 LNELVMGGMVLETNMTEILTRIEDQNKLEKQEAGITAAPA 159
L E+VMGGMVLET+ E+L + D +L + G+ ++ +
Sbjct 121 LMEMVMGGMVLETSREEVLRAVCDMQRLGNTKTGMGSSSS 160
>Q9VDC3_DROME unnamed protein product
Length=142
Score = 114 bits (286), Expect = 9e-33, Method: Compositional matrix adjust.
Identities = 60/148 (41%), Positives = 97/148 (66%), Gaps = 6/148 (4%)
Query 1 MIKAILVFNNHGKPRLSKFYQYFNEDMQQQIIKETFQLVSKRDDNVCNFLEGGSLIGGSD 60
MI+ IL+ N GK RL+K+Y F++D +Q++I+E +V+ RD NF+E +
Sbjct 1 MIRFILIQNRAGKTRLAKWYMNFDDDEKQKLIEEVHAVVTVRDAKHTNFVEF------RN 54
Query 61 YKLIYRHYATLYFVFCVDSSESELGILDLIQVFVETLDKCFENVCELDLIFHVDKVHYIL 120
+K++YR YA LYF CVD +++ L L+ I FVE L++ F NVCELDL+F+ KV+ ++
Sbjct 55 FKIVYRRYAGLYFCICVDVNDNNLCYLEAIHNFVEVLNEYFHNVCELDLVFNFYKVYSVV 114
Query 121 NELVMGGMVLETNMTEILTRIEDQNKLE 148
+E+ + G + ET+ T++L ++ N LE
Sbjct 115 DEMFLAGEIRETSQTKVLKQLLTLNSLE 142
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584668.1 D-aminoacyl-tRNA deacylase 1 [Cephus cinctus]
Length=158
Score E
Sequences producing significant alignments: (Bits) Value
DTD_DROME unnamed protein product 173 4e-56
DTD1_LEIMA unnamed protein product 156 2e-49
Q38AP4_TRYB2 unnamed protein product 122 2e-36
>DTD_DROME unnamed protein product
Length=158
Score = 173 bits (438), Expect = 4e-56, Method: Compositional matrix adjust.
Identities = 83/154 (54%), Positives = 111/154 (72%), Gaps = 1/154 (1%)
Query 1 MKAVIQRVTKASVSVDGKIISSIENGLCILIGIKRDDTLADMEYIVRKILNMKVFEGQNG 60
M+AVIQRV A V+V +++SSI GLC+L+GIK DT D+EY+VRKIL +++FE + G
Sbjct 1 MRAVIQRVKAAKVTVLDELVSSIGPGLCVLVGIKASDTAKDVEYLVRKILALRLFE-EEG 59
Query 61 RKWCANVMEKEYEVLCVSQFTLYHVMKGNKLDFHKAMPAQDSEPFYMNFLAELGKKYKPE 120
++W +V + E+LCVSQFTLYH +KGNK DF AM ++++ Y FL LG+ Y
Sbjct 60 KRWQKSVKDLNLELLCVSQFTLYHRLKGNKPDFLAAMKGEEAQELYNQFLDRLGQSYDST 119
Query 121 LIKDGKFGAMMQVHIQNDGPVTLEIESPIKTAND 154
IKDGKFGA MQVHI+NDGPVT+ +ESP + D
Sbjct 120 KIKDGKFGAYMQVHIENDGPVTINLESPEQKDTD 153
>DTD1_LEIMA unnamed protein product
Length=152
Score = 156 bits (394), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 76/148 (51%), Positives = 101/148 (68%), Gaps = 1/148 (1%)
Query 1 MKAVIQRVTKASVSVDGKIISSIENGLCILIGIKRDDTLADMEYIVRKILNMKVFEGQNG 60
MKAVIQRV SV+ +G+++ SI+ GL +L+GI RDDT D EYI+RKIL ++V+ ++G
Sbjct 1 MKAVIQRVLSGSVTSEGEVVGSIQKGLAVLVGIARDDTADDTEYILRKILGVRVWSNEDG 60
Query 61 RK-WCANVMEKEYEVLCVSQFTLYHVMKGNKLDFHKAMPAQDSEPFYMNFLAELGKKYKP 119
K WC NV E + EVL +SQFTL HVMKGNK DFH AMP +D+ + +L +Y P
Sbjct 61 SKMWCRNVKEIDGEVLLISQFTLMHVMKGNKPDFHNAMPPEDALKVFNALRDKLRCEYAP 120
Query 120 ELIKDGKFGAMMQVHIQNDGPVTLEIES 147
I G F M +H+ NDGPVTL ++S
Sbjct 121 HKIATGNFQHYMNIHLSNDGPVTLILDS 148
>Q38AP4_TRYB2 unnamed protein product
Length=151
Score = 122 bits (307), Expect = 2e-36, Method: Compositional matrix adjust.
Identities = 56/148 (38%), Positives = 96/148 (65%), Gaps = 1/148 (1%)
Query 1 MKAVIQRVTKASVSVDGKIISSIENGLCILIGIKRDDTLADMEYIVRKILNMKVFEGQNG 60
M+ V+QRV + +V+V +++ S+ G+ L+GI +D ++D++YI K+L+++++ ++G
Sbjct 1 MRVVVQRVLEGAVTVGEEVVGSVGRGIVALVGIHHEDDMSDVDYIAHKLLSLRIWRSEDG 60
Query 61 RK-WCANVMEKEYEVLCVSQFTLYHVMKGNKLDFHKAMPAQDSEPFYMNFLAELGKKYKP 119
+K W NV + + +L VSQFTL HV+KGNK DFH AM + + + N L + Y
Sbjct 61 QKTWDRNVKQVDGGILLVSQFTLMHVLKGNKPDFHLAMKPERASELFNNLREALCRDYAA 120
Query 120 ELIKDGKFGAMMQVHIQNDGPVTLEIES 147
I G+F + M +++ NDGPVTL ++S
Sbjct 121 HKISTGRFQSYMNINMTNDGPVTLVLDS 148
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584671.1 heat shock factor-binding protein 1 [Cephus cinctus]
Length=84
Score E
Sequences producing significant alignments: (Bits) Value
Q9U3B7_CAEEL unnamed protein product 64.3 2e-15
Q556J3_DICDI unnamed protein product 54.3 5e-11
Q8IIF8_PLAF7 unnamed protein product 41.6 4e-06
>Q9U3B7_CAEEL unnamed protein product
Length=80
Score = 64.3 bits (155), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 33/55 (60%), Positives = 40/55 (73%), Gaps = 0/55 (0%)
Query 26 NMQELTQYVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLMTQAGVE 80
NM +LT +Q +LQ QD+FQ +SDQII RID+M RIDDLEKNI DL+ VE
Sbjct 20 NMNDLTSLIQGVLQQTQDRFQHMSDQIIRRIDDMTTRIDDLEKNINDLLQSNQVE 74
>Q556J3_DICDI unnamed protein product
Length=102
Score = 54.3 bits (129), Expect = 5e-11, Method: Compositional matrix adjust.
Identities = 24/42 (57%), Positives = 34/42 (81%), Gaps = 0/42 (0%)
Query 33 YVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLM 74
VQ LL+ MQ +F+ +S+ I+ RIDEMG RID+L+K+I+DLM
Sbjct 32 VVQNLLEQMQSRFEKVSESILTRIDEMGQRIDELDKSISDLM 73
>Q8IIF8_PLAF7 unnamed protein product
Length=113
Score = 41.6 bits (96), Expect = 4e-06, Method: Compositional matrix adjust.
Identities = 18/58 (31%), Positives = 36/58 (62%), Gaps = 0/58 (0%)
Query 23 DPKNMQELTQYVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLMTQAGVE 80
+PK +EL YV+ +L ++ K Q++SD ++ ++D M +D+LE + + TQ ++
Sbjct 56 EPKAGEELEIYVENMLNELKTKMQSLSDNLLNKVDNMEKYLDELENTMMNYTTQNNLQ 113
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584672.1 heat shock factor-binding protein 1 [Cephus cinctus]
Length=84
Score E
Sequences producing significant alignments: (Bits) Value
Q9U3B7_CAEEL unnamed protein product 64.3 2e-15
Q556J3_DICDI unnamed protein product 54.3 5e-11
Q8IIF8_PLAF7 unnamed protein product 41.6 4e-06
>Q9U3B7_CAEEL unnamed protein product
Length=80
Score = 64.3 bits (155), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 33/55 (60%), Positives = 40/55 (73%), Gaps = 0/55 (0%)
Query 26 NMQELTQYVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLMTQAGVE 80
NM +LT +Q +LQ QD+FQ +SDQII RID+M RIDDLEKNI DL+ VE
Sbjct 20 NMNDLTSLIQGVLQQTQDRFQHMSDQIIRRIDDMTTRIDDLEKNINDLLQSNQVE 74
>Q556J3_DICDI unnamed protein product
Length=102
Score = 54.3 bits (129), Expect = 5e-11, Method: Compositional matrix adjust.
Identities = 24/42 (57%), Positives = 34/42 (81%), Gaps = 0/42 (0%)
Query 33 YVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLM 74
VQ LL+ MQ +F+ +S+ I+ RIDEMG RID+L+K+I+DLM
Sbjct 32 VVQNLLEQMQSRFEKVSESILTRIDEMGQRIDELDKSISDLM 73
>Q8IIF8_PLAF7 unnamed protein product
Length=113
Score = 41.6 bits (96), Expect = 4e-06, Method: Compositional matrix adjust.
Identities = 18/58 (31%), Positives = 36/58 (62%), Gaps = 0/58 (0%)
Query 23 DPKNMQELTQYVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLMTQAGVE 80
+PK +EL YV+ +L ++ K Q++SD ++ ++D M +D+LE + + TQ ++
Sbjct 56 EPKAGEELEIYVENMLNELKTKMQSLSDNLLNKVDNMEKYLDELENTMMNYTTQNNLQ 113
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584673.1 heat shock factor-binding protein 1 [Cephus cinctus]
Length=84
Score E
Sequences producing significant alignments: (Bits) Value
Q9U3B7_CAEEL unnamed protein product 64.3 2e-15
Q556J3_DICDI unnamed protein product 54.3 5e-11
Q8IIF8_PLAF7 unnamed protein product 41.6 4e-06
>Q9U3B7_CAEEL unnamed protein product
Length=80
Score = 64.3 bits (155), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 33/55 (60%), Positives = 40/55 (73%), Gaps = 0/55 (0%)
Query 26 NMQELTQYVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLMTQAGVE 80
NM +LT +Q +LQ QD+FQ +SDQII RID+M RIDDLEKNI DL+ VE
Sbjct 20 NMNDLTSLIQGVLQQTQDRFQHMSDQIIRRIDDMTTRIDDLEKNINDLLQSNQVE 74
>Q556J3_DICDI unnamed protein product
Length=102
Score = 54.3 bits (129), Expect = 5e-11, Method: Compositional matrix adjust.
Identities = 24/42 (57%), Positives = 34/42 (81%), Gaps = 0/42 (0%)
Query 33 YVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLM 74
VQ LL+ MQ +F+ +S+ I+ RIDEMG RID+L+K+I+DLM
Sbjct 32 VVQNLLEQMQSRFEKVSESILTRIDEMGQRIDELDKSISDLM 73
>Q8IIF8_PLAF7 unnamed protein product
Length=113
Score = 41.6 bits (96), Expect = 4e-06, Method: Compositional matrix adjust.
Identities = 18/58 (31%), Positives = 36/58 (62%), Gaps = 0/58 (0%)
Query 23 DPKNMQELTQYVQTLLQNMQDKFQTISDQIIGRIDEMGNRIDDLEKNIADLMTQAGVE 80
+PK +EL YV+ +L ++ K Q++SD ++ ++D M +D+LE + + TQ ++
Sbjct 56 EPKAGEELEIYVENMLNELKTKMQSLSDNLLNKVDNMEKYLDELENTMMNYTTQNNLQ 113
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584674.1 vacuolar protein sorting-associated protein 13
isoform X1 [Cephus cinctus]
Length=3281
Score E
Sequences producing significant alignments: (Bits) Value
VPS13_DROME unnamed protein product 2214 0.0
VP13C_DICDI unnamed protein product 214 1e-54
VP13F_DICDI unnamed protein product 144 1e-33
>VPS13_DROME unnamed protein product
Length=3321
Score = 2214 bits (5736), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1297/3435 (38%), Positives = 1955/3435 (57%), Gaps = 291/3435 (8%)
Query 1 MVFESIVAELLNKVLGEYIENLDCTQLKLSLWGGDVVLKDLLIKESALDVLDLPLKLEYG 60
MVFE++VA++LNKVLG+YIENLD QLK+ +WGGDVVL++L I+E+ALD LDLP++L YG
Sbjct 1 MVFEAVVADVLNKVLGDYIENLDRNQLKIGIWGGDVVLQNLKIRENALDELDLPVQLIYG 60
Query 61 RLGKLILKIPFKDIWNGQIDAIIEELFILIVPTSQAKYDAEKEAKAQLAAKRAELARVEK 120
LGKL+LKIP+K++++ + IE+L++L+ P + +Y+AEKEAK ++ K+A L +E
Sbjct 61 YLGKLVLKIPWKNLYSQPVIVNIEDLYVLVSPNNNVQYNAEKEAKYEMDLKKAALDALEA 120
Query 121 NKQLADIKSQEKLDDSMIEKLLARMIKNIHVEIKKIHVRFEDHVSFKNHPFSVGFTLNSF 180
++ Q K D EKL A+++ N+ V+I +H+R+ED + PFS G +L+
Sbjct 121 ARKKELEMDQPKADAGFAEKLTAQIVNNLQVQITNVHLRYEDTTT-TGSPFSFGISLHEL 179
Query 181 ALQSCTDTWTTDGNLKDMYAIQQ---IYKLCTMDGFAVYLNTDIMQFSKEPQISYLHLFS 237
L +TTD + + Y QQ ++K+ + + YLN Q + F
Sbjct 180 EL------YTTDCDWEKCYMAQQASQVFKIANLSCLSAYLNCG-GQLYANNKSDLSQQFK 232
Query 238 EGIATLDYIPKKYHYLLGPINVKAKLKLNPKPETDGSNYSIPKVWLDLEMQMLRIGLTKC 297
IA + P Y+Y+LGPI+ AKLKLN PE D + PK+ L LEM+ L +GLT
Sbjct 233 TNIACKETKPN-YNYVLGPISCNAKLKLNMNPELDDPPFEKPKIDLTLEMEKLNVGLTNT 291
Query 298 QYQTLMQMGEGLDQAQKAAPYRKYRPDLTSYRGHYKEWWRFAYTCIMEETVRRLRRNWNW 357
Q+ LM++G+ +++ Q PYRKYRP Y+GH ++WW FA T I+EE VR+ R +W W
Sbjct 292 QFDNLMKLGDAMNRQQLGIPYRKYRPYNIPYKGHARDWWHFAITSILEEEVRKPRESWTW 351
Query 358 VNMKEHRDTCRVYAKAYQTKLTTKKVAQDIDKCITDCETKLDIFNLVIIRQQIEMEVERL 417
++K HR+ C YA+ Y+ + +KK + + + ET+LD+FNL++IRQ++ +E+ +
Sbjct 352 GHIKTHRERCNTYAQKYKEQCLSKKPSAVLTETCRLLETELDVFNLLLIRQRVNIEIAKQ 411
Query 418 AEKEKDLKAKRGWFGFLWGTPPAEDAEELNSAAAIMRKFEEAMTPQEKEKLYRAIDYQEN 477
E + K+ G +D ++ ++ KFE AMT +EKEK+YRAI YQEN
Sbjct 412 REAVPEQKSGWFSGWGWGGGAKKDDQ---TTSQKLVEKFEAAMTSEEKEKMYRAIGYQEN 468
Query 478 SAPAHYPETYVMIDTKFFLHGLQIVISDTEMSH----------PEVLNLELQGVRVGFKS 527
+ P PE+Y I F L L++ + E + P ++ L
Sbjct 469 AKPTDLPESYEAIRMNFKLIALEVGLYKDERNSSAATKDFHELPSLVLLNFSMATALITQ 528
Query 528 RPSANAILATASVNDMKLFGVKQEEKVPSLFNSDDGSSDSELFAVSYEKNPLDKLCGDRV 587
RP+A AI A + ++K+ G+ + + P L S + + L V +E NPLDKLC RV
Sbjct 529 RPAAEAISIIAGMREIKVTGLTRNDYTPLLVESKI-TDEFNLLEVFFETNPLDKLCDQRV 587
Query 588 IVQSKSVHIVYDAQTIIELVKLFKVQNSSTLSQLQAAAAVQLEGLKEMSALGLEYAIQKH 647
V ++ + I YDA TI+ L+ F+ TLS+ + AA+ ++ KE SA G++Y I K
Sbjct 588 KVVARPLQITYDAPTILALINAFQTPGDVTLSKFEDAASTKISNFKERSATGMQYMIDKK 647
Query 648 SALDIQVDLQASQLIVPCGGFYNEKE-SLFVLNLGSLKMRTLEKPKDDKATTNVKELISM 706
+ LD+ + L + L+VP G Y+ SL V+++G + + + +P+ + + ++ L S
Sbjct 648 AVLDVDILLMPNILVVPHKGVYDAGNVSLLVVSMGQVHLSS--QPR--RESNKLQHLFSA 703
Query 707 GKSDEDILTHLRHSSYDKFVLEITNFQALVSFADEDWRSALISDSINSMVLLRPTTLEVQ 766
G+ ++IL + ++YD+F + + + Q LV A E W++AL + M +LRP +L+V
Sbjct 704 GEDKDEILKTVMENAYDRFTVAVDDVQMLVVRAGEPWQNALAEANSTEMHVLRPVSLKVT 763
Query 767 FHKCLIMDDPLLPKMRLIGQLPSVVLNVTDTRLLEALKIAQSIPFPEEEENNDLQKSSLS 826
C++ +DP LP +++ LP++++NV++ R+ A+K+A SIP PE++E + S
Sbjct 764 AALCVVDNDPRLPNIKVDIDLPAILVNVSEDRIFLAIKVATSIPLPEQKEPASRLTQTNS 823
Query 827 KSVSQLSLF--KELTAISTSADKKEESSGP----VKQTIDLEAKFVMKEFTVTVSKQS-D 879
+S +S F KE+ I SA S P + Q L+ F + E + + S
Sbjct 824 RSSMSISNFINKEVKKIGPSASGSSASKDPLLDEIIQYTSLDVNFSLGEINFVLFQSSRK 883
Query 880 LEISP------------------------------------FLRVEVLQLEAEMLQRTFD 903
E SP L +++ +LEA + +T++
Sbjct 884 CETSPDVSIEFLTPDGDVLPSQLTENIQEPIEELPPTPPQQILSIDIRRLEAHFVSKTYE 943
Query 904 QEVTLRLGGVQIKQ----NHKSDEIFMINTPMATGSEEYLIVIQYKNVNKRSPEFVTRHG 959
T++LG + ++Q + D + +I TP S YL + +K SPEF T++
Sbjct 944 SVATVKLGDINLRQYDCQDSDMDVLDVIYTPKQENSSNYLFTVSCTIADKSSPEFSTKYN 1003
Query 960 SVVKLLQLEFTTLDILLHQEALINALKFISSIQDKI------TASNDALNEKAQGKVTRV 1013
S +L+ F L I+LHQE L ++ +++ Q + T D + G +
Sbjct 1004 STEQLVVANFEVLQIVLHQECLQRIMEVVNNFQRNLDLVLSSTRPRDRMGSIGGGDGIKR 1063
Query 1014 SHMATIHEDGTSTFIKEHIQRQKANLSTSRRKKKVVECIDLKVNAKFGSISIKMASDFRD 1073
+ + I ED + ++R+K R+ VVE + ++V A + + + R
Sbjct 1064 T-LNVILEDTEEIMTTDQMKRRKKT-----RRTHVVETVKVRVIANLDQVGLVLTGRKRP 1117
Query 1074 ISAFFIEGIAAGFIMKASYSQANATLASINIKDLNTSSAYKNIISVEGTESLQVQAVIYN 1133
I+ ++ + I+K+SY++ N L I + DLN + +KNI+S+ G ++ Q VIYN
Sbjct 1118 IAEMNVKKFVSSLIIKSSYTEVNIGLKDIQVLDLNPYTIHKNILSIVGKDAFNCQIVIYN 1177
Query 1134 LE-PWEVDKNNMSIKVVMGCHRVVFLNAFVTGVMNFLNNFQAAQQAIKEASAAAAEAAKT 1192
E + + ++M I V +GC +++FLN FV GVMNFLNNF AAQ I +A AAAAE+A+
Sbjct 1178 KEETQDYNSDDMKITVDIGCMKIIFLNWFVAGVMNFLNNFTAAQATISQAGAAAAESARQ 1237
Query 1193 NIKDVQEHATRIELSVNLKAPVVYVPMNSKSDHCLMMDMGNLTICNTLKKLEVTNDAGES 1252
D E ATR++L++ +KAP++ VP+ S+ + L++D+G L + N ++ V +
Sbjct 1238 KAMDAYETATRMKLNIRIKAPIIIVPIGSQDRNALLLDLGLLELTNNTVEVAVAEEE-RL 1296
Query 1253 PIVDEMKIDLQNIKLSRVRLNKDNFVLENEV----------LLLQPVSFTLLIKRNLSTA 1302
++DE+K+ + ++K+S++ L N +EV ++ P+S TL I RNLS
Sbjct 1297 AVIDEIKLQICDVKISKIVLLDGNESTVDEVDAEVGFLSKFNMMNPMSCTLSITRNLSYT 1356
Query 1303 WFTSIPDIDMSGRLNLIELLLSQEDYAMVMKVLEGNLGETIEDPNP----PKVVDLRDRR 1358
W+ +P++++SGRL IEL L +DYA+VM VL NL E +E+ P P+ +R R
Sbjct 1357 WYRDVPELNLSGRLKSIELTLFADDYALVMLVLNRNLNEGLEEFPPSEEAPQEAQVRPER 1416
Query 1359 PITEDLEKSRTRKSEMGTIQET-EASDFQEQKNVHTAMKFEFIMDSFVINLFMGGSKTLQ 1417
R S G + T + S +E+ +H ++KF F D VINL G
Sbjct 1417 -----------RNSRAGRLSRTVQVSPIREK--IHESIKFNFQFDGVVINLMEGEGA--- 1460
Query 1418 SQASPLHLPENGLAKFSLSHFALKGRMFADGLLATSILLMNCTWDDTRQNRQGSLMTIME 1477
GLA+F + ++KG +G L+TS++L N DD R N + + +
Sbjct 1461 -----------GLARFGIYFLSVKGTKLDNGTLSTSVVLCNIQMDDMRSNSKSQIRQYLS 1509
Query 1478 R--ITEPSAENLSSEDEAPSGRS-MVDVTIRKGPNDIFVDVRVFSFSIIISLDYLMKIKD 1534
R +P + D + R+ MVDVT +D F +VRV F +I+ +D+L+K+
Sbjct 1510 RKDWVQPKLDTDEIIDACYNERNFMVDVTAIIKEDDTFAEVRVRGFDLIVCIDFLLKLTT 1569
Query 1535 FFNVAPTATDQPISQHSQKGITEAVPKKKMAQTSSPVAAM-----------------ITI 1577
F + P + ++E K + SS + A + +
Sbjct 1570 FLTLPPEENPRESVYIKPAPVSETARDTKHSIRSSAILAAQELVPVESSSHEVPNRKMNL 1629
Query 1578 NLHVEKPDIILLEDMDDINSNCIVLNTELLLKLRLVGEHQVITGSIKDLSLSTGVYNPAK 1637
LH+++PDIIL+E+++D+N++CI+ N ++ L R + + Q++ G I L + + P +
Sbjct 1630 ILHIDEPDIILVENLEDLNTSCIIFNAQVHLNYRSINDKQIVNGQIDALKMYMCAFLPER 1689
Query 1638 RSDSIYQVLKPCSISLAGSTPEEKGLHVDVCCTDIHLSVSPGVIEILNRVVQTVTKKEEE 1697
R + + +L PC ISL GSTPEE+G+H+ + +DI ++VSP IE+LN+ + +V+
Sbjct 1690 REMTRHYILHPCVISLQGSTPEEEGMHISLKLSDIIINVSPATIELLNKAMLSVSSGTMT 1749
Query 1698 SDEIVKREPNYEGLWIITPFYENNYWFLKTEVAVEAFEDLSLSDDEDTTVYKPELAILSA 1757
I + NY LW F+ YWF K E V+A E S D K E ++
Sbjct 1750 KCAIAEESRNYSNLWHQHHFHSRTYWFTKVEQGVDALEAEQRSVSTDNEKQKTEKCVIEI 1809
Query 1758 PTILLTLEAGVGNKTLPMLLLHLGFQSNVNDWSSKTMSVEATMTVVMAYYNSCLALWEPL 1817
P+I L +E+GVG T P++ L + N+W S++++ ++T+ M YYN LA WEP+
Sbjct 1810 PSITLVIESGVGYYTKPLISLDTRITAVFNNW-SRSLTAHGSLTLNMNYYNQALAEWEPI 1868
Query 1818 IEPMEGI-QDGRRISTPWEIKTKVQFNDLSLGSKGASAVSPSSEIEPEEIQQSTKMSIDV 1876
IE E I ++G R TPWE+K ++ G V SE+E + QQ+ M+I
Sbjct 1869 IELNEVIGRNGVREYTPWELKFEM----------GMEKV--QSELEDDAEQQAMHMNIH- 1915
Query 1877 LSSENLEITVTKTCLDVLKQLGNAFSNAMEASSKGHSQKMAPYILKNETGLTMTLDLEHS 1936
S+E LEIT++KTCL +L +L AFS A++ + +APY+L+N+TG + L+L
Sbjct 1916 -SAETLEITLSKTCLGLLSELAEAFSQAIDQNGLTKPDIVAPYVLENDTGFDVNLNLRKG 1974
Query 1937 CFKV--VDDGMSVTSQQSKGSYSEVILESGATVQLAPKILKK-----------NTEILEQ 1983
F + V G + S +L + ++ P ++K T+ L
Sbjct 1975 IFTLHEVHRGGTPVGANS------TLLMVAQSEEVDPSVIKTCTISTGGRAYLQTKDLST 2028
Query 1984 LKAEIVKDSADSKFTVSFKGIPNKLEIPVLRADKRFFSLKYRKEGSEEWGIISDVTVEEG 2043
L E DS D V+ I ++ +PV ++D RFF+L R E WGIIS+V E G
Sbjct 2029 LSEE---DSEDYTLYVTIGDINKEIALPVSKSDTRFFNL-MRSTSHEPWGIISEVKQEYG 2084
Query 2044 STIVILRSVLQVHNHFSEPVSVYYM----TKRGNEVECVGTVGPDERLNLPLDAVYAPIN 2099
+T V + V+ VHNHF+ +++Y T + E VG V P E ++PL A+YA
Sbjct 2085 TTKVNIHGVVSVHNHFTTGLNIYRRNPAPTAQCFEDIFVGRVRPGEVFHVPLHAIYAESK 2144
Query 2100 IYWLFFSVNGYMVSIEPFVWKDLQKTVSMTKVLKCEARSKQENTEPFYIKAVGEIEQVYF 2159
LFFS+ GY S++ W ++ + L C+ + EP + A +VYF
Sbjct 2145 D--LFFSMRGYRRSVQGISWASNPSDLNYSHQLHCDPTN---TFEPLIMNARRSKSEVYF 2199
Query 2160 ENTSRHTMASTIYNIHLYPSVYFKNFLPINIIICLPGCA--------------------- 2198
ENT+++T+ S Y IHL P +Y +N LPINI + + GC+
Sbjct 2200 ENTNKYTLLSAFYTIHLRPPLYLRNSLPINIQVSVAGCSVRKEDGLDAQSSQRFVDRGYR 2259
Query 2199 -------EEKLLPASKTLQIPTI------DPGKSSIVIKLPQYLEKDWSCKGEILANPPE 2245
EK + + L +PT+ KS +V++L QYLEKDWSC EI +
Sbjct 2260 KEDFLDYGEKPVNSGDVLHLPTVRLASKGKESKSFLVVRLVQYLEKDWSCATEIWDYTDD 2319
Query 2246 FAVWSFESFDSAQKVVMDLGMHTSFKHGSIIMALYCPFWMLNKTGLMLSYKKSSKAGKEH 2305
W+F S+DS KV MDL + T +HGS+++ L+ PFWM+NKTG+ML+YK + +
Sbjct 2320 VITWTFSSYDSEMKVDMDLYVKTENRHGSLMLTLFSPFWMINKTGMMLTYKSETTS---- 2375
Query 2306 SSPIKKLVSNIKPHRSHGRNRKKKGHSSGEDHLNVLYHPETFKGPILFSFSSKAFFGKKK 2365
+ VLYHP + GPILF+F K FF KKK
Sbjct 2376 --------------------------------VEVLYHPPEYSGPILFTFRDKLFFDKKK 2403
Query 2366 AMIRVEDGEWSDKFSIDVAGSKGVVSCKYNGMTYKIGVHNQLTYNSLTKQITFTPYYVLI 2425
A IR+++G+WS+K +DVAGS G V C N Y +GVHN LT NSLTKQITF P+Y++
Sbjct 2404 ASIRIDNGQWSEKIPLDVAGSVGEVICFANNQKYPVGVHNHLTQNSLTKQITFIPFYIVC 2463
Query 2426 NNADFLMECQEADRPADPLFKVPPGECTALWPRSEHEQKTLKVKVADYPEKTAPFIFTDM 2485
N F +E QE RPADP + P E LWPR++ + L V+V + T F FT++
Sbjct 2464 NKCHFDIELQEQSRPADPWLHLEPNEMEPLWPRND-TKNNLVVRVDG--KITPAFDFTEV 2520
Query 2486 HTTLLKL-DNKYGGINVDIQINEGGTYISLSEYTPGSAPALIINHTPQTIHLWEKGSMNV 2544
TLLKL D+KYGGINVD+Q EGG YI+ ++Y P AP L+INHT + I EKG+ N
Sbjct 2521 ICTLLKLEDSKYGGINVDVQTTEGGVYITFTDYKPADAPGLLINHTGKQIVYHEKGTKNE 2580
Query 2545 RSVQSFNQMLYTWENPSGPRKIVWEDNNKREIENDLRKNSLGTFQLPETDEEIYFVSFLD 2604
+ + + ++Y W++P+GP+ +V+ N + E DL+++ +G + + ++ +VSFLD
Sbjct 2581 HILNAKSTIMYAWDDPTGPKMLVFGTNKE---ETDLKRDGIGEVIMQDGG-KVLWVSFLD 2636
Query 2605 GIQRVLLFTNNLKIAEDCELAGDLESTEQEITLSIHGIGISLVNNITRTELLYMCIASSG 2664
G+QRVLLFT N IA E L+S Q I L IHGIG+S++NN T ++LY+ + SSG
Sbjct 2637 GLQRVLLFTENESIANRTESTASLQSITQSIDLRIHGIGLSVINNETGLDILYLGVTSSG 2696
Query 2665 IIWEARK--GNRWRALNTREVDLIEEGYQRYMREIQIAKDPTYRIILEPKLEIDYLNMEM 2722
IIWE++K NR++ L E L+E YQ+Y+ + TY+ L+ K ID+ M +
Sbjct 2697 IIWESKKVTKNRFKELTINENALLEIEYQKYLVHKSVNDVQTYK--LDNKFPIDFDLMIL 2754
Query 2723 LRPHRKYIRRTFQTGLWVQYRTSIHQVQLHAKVNRLQIDNQLSEHVFPVILAPVPPPKSV 2782
+ + +RR+F +W+ ++S Q QLH K+NR+Q+DNQ + +FPV+LAP+PPPKSV
Sbjct 2755 KKTVERNLRRSFYPAIWLSRKSSPFQSQLHVKINRIQVDNQFLDPIFPVVLAPIPPPKSV 2814
Query 2783 AQTSVMKPFAELSMVKRLLEHSTVQQFRYFKILIQEFHVKVDIGFINGLTGFFETNEVND 2842
A T+ +KPF E SMV+R++ +STV+QF+Y +ILIQEF KVD+ F+ + F EV+D
Sbjct 2815 ASTTSLKPFIECSMVQRIMPNSTVRQFKYARILIQEFLFKVDLNFLTAIAEMF-AKEVSD 2873
Query 2843 IEESELFQTDMKLVHEPLIYHVNQVRTAEQKNFFDLLHFSPLKIHISFSMAGGGSGPSTL 2902
++ F+ D++ + PL + EQK+F+D LH PLKIH+SFSMA GS L
Sbjct 2874 EAAAKQFRQDVESIELPLSAFFEEHSLEEQKSFYDNLHLGPLKIHVSFSMA--GSDTKAL 2931
Query 2903 PPFLNVLLQGIGVTLTDINDIVFKLAYFERDYIFMTHKQLISEATSHYTGQAIKQLYVLV 2962
P FL L+QG+GVTLTD+ND+VF+LA+FER+Y F + KQLI+E TSHYTGQA+KQLYVLV
Sbjct 2932 PGFLGSLVQGVGVTLTDVNDVVFRLAFFEREYQFFSQKQLINEITSHYTGQALKQLYVLV 2991
Query 2963 LGLDVIGDPYGLVVGTVKGIEDLFYEPFQGAIQGPGEFAEGLILGVRSMLGHTVGGMAGA 3022
LGLDV+G+PYGLVVG KG+EDLFYEPFQGAIQGPGEFAEGL+LGV+S+ GHTVGG AGA
Sbjct 2992 LGLDVLGNPYGLVVGLKKGVEDLFYEPFQGAIQGPGEFAEGLVLGVKSLFGHTVGGAAGA 3051
Query 3023 VSKITGAMGKGIAALTFDKDYQRKRQEQLNKQPANLQESLARSGKGLVMGFVDGVTGVVM 3082
VSKITGAMGKG+AALTFD+DYQ+KR++ + +P N E LARS KGLVMGFVDGVTGVV
Sbjct 3052 VSKITGAMGKGLAALTFDEDYQKKRRQGIQNKPKNFHEGLARSSKGLVMGFVDGVTGVVT 3111
Query 3083 KPISGGKEEGVEGFFKGVGKGMMGLVTRPTAGVIDFASGSLGAVRRATDMGEEVKRTRPP 3142
KP++G ++ GVEGFFKG+GKG +GLV RPTAGV+DFASGS AV+RA D E+VKR RPP
Sbjct 3112 KPVTGARDNGVEGFFKGLGKGAIGLVARPTAGVVDFASGSFEAVKRAADASEDVKRMRPP 3171
Query 3143 RFLQPDSLVRPYVRYEAEGNKILCEVEKGKYANTD--IYFYHIFINKDGLLLTDKRIAFI 3200
RF D ++RPY EA GNKI+ E +KGK+A TD I+ I + L++T+ R+ ++
Sbjct 3172 RFQHYDFVLRPYCLMEATGNKIMKETDKGKFATTDNFIHCEEIIQKSEYLVVTNYRVMYV 3231
Query 3201 QHSDLFGGWKVDWAYTWPEISSNPRIVDKGVQINIKDNAKKKKLTNFFGNTDLIKIILIP 3260
Q +++FG W W+Y W EISS +GVQ +K + KK L F K++L+
Sbjct 3232 QRNEMFGVWTSLWSYLWNEISSVAATA-RGVQFTVKTDG-KKVLGLFSSKESPRKLVLVA 3289
Query 3261 DYNERQLLCRKIQEQ 3275
D +R L I+ Q
Sbjct 3290 DERKRDALVDIIESQ 3304
>VP13C_DICDI unnamed protein product
Length=3848
Score = 214 bits (544), Expect = 1e-54, Method: Compositional matrix adjust.
Identities = 147/519 (28%), Positives = 244/519 (47%), Gaps = 68/519 (13%)
Query 2725 PHRKYIRRTFQTGLWVQYRTSIHQVQLHAKVNRLQIDNQLSEHVFPVILAPV-------- 2776
P R+ I GL ++ + S + KV+ LQID+Q FPV L
Sbjct 3252 PTREEIVYLSIDGLKLEVKQSKLDQYIQFKVDDLQIDDQRYSTNFPVFLCQSKKINHSIN 3311
Query 2777 -------PPPKSVA----------------QTSVMKPFAELSMVKRLLEHSTVQQFRYFK 2813
P+S Q +KPF + S R L++S + FRYF
Sbjct 3312 QQPNQQSSSPQSTNTTTTTTTNTTTTNNTTQQQKLKPFLQFSAT-RTLKYSNIMFFRYFS 3370
Query 2814 ILIQEFHVKVDIGFINGLTGFFETNEVNDIEESELFQTDMKLVHEPLIYHVNQVRTAEQK 2873
ILIQEF + +D I F N +N + E F + E ++ N
Sbjct 3371 ILIQEFDINLDEASILNALSFININ-LNSLNEH--FTLHPTITQEEILETKNASNIENHM 3427
Query 2874 NFFDLLHFSPLKIHISF----------SMAGGGS------GPSTLPPFLNVLLQGIGVTL 2917
+F++LH +P+K+++SF ++ G S G + PFLN+ I
Sbjct 3428 VYFEMLHINPVKMNLSFISCKSPKETQAILGARSLAELLIGFKSNSPFLNIERAPI---- 3483
Query 2918 TDINDIVFKLAYFERDYIFMTHKQLISEATSHYTGQAIKQLYVLVLGLDVIGDPYGLVVG 2977
K F ++ F++ +Q+I E + H++ Q + Q + + D IG+P L
Sbjct 3484 --------KFNGFIWEHPFLSTRQVIDEISLHFSYQMMSQAHKIFGSFDFIGNPIRLAES 3535
Query 2978 TVKGIEDLFYEPFQGAIQGPGEFAEGLILGVRSMLGHTVGGMAGAVSKITGAMGKGIAAL 3037
G +D F+EP G ++ P +FA GL G S++ ++V G A + SKITG + KG+ L
Sbjct 3536 LGSGFKDFFHEPALGLVKSPQDFAAGLSKGTSSLINNSVFGFADSTSKITGTISKGLVQL 3595
Query 3038 TFDKDYQRKRQEQLNKQPANLQESLARSGKGLVMGFVDGVTGVVMKPISGG-KEEGVEGF 3096
+ D Y ++RQE ++P ++E L + G + G+TG++ +P G +E+ EGF
Sbjct 3596 SLDDSYIKERQESNKQKPKGVKEGLEFGFRDFGEGVIKGITGIIDEPYKGATQEKSWEGF 3655
Query 3097 FKGVGKGMMGLVTRPTAGVIDFASGSLGAVRRATDMGE---EVKRTRPPRFLQPDSLVRP 3153
FKG+GKG++G+ +PT GV D S + ++ +T + + ++KR R PR+ + +
Sbjct 3656 FKGIGKGVLGVAVKPTVGVFDLVSKTSEGIKNSTTVAKSLSQIKRRRIPRYFPREGTLST 3715
Query 3154 YVRYEAEGNKILCEVEKGKYANTDIYFYHIFINKDGLLL 3192
Y ++++ G+ IL + G D Y +H +N L+L
Sbjct 3716 YNQFKSIGSFILYS-KIGPPPTHDWYVFHTILNYKDLIL 3753
Score = 123 bits (308), Expect = 3e-27, Method: Compositional matrix adjust.
Identities = 113/447 (25%), Positives = 203/447 (45%), Gaps = 64/447 (14%)
Query 6 IVAELLNKVLGEYIENLDCTQLKLSLWGGDVVLKDLLIKESALDVLDLPLKLEYGRLGKL 65
I A +L K LG+Y+++L+ +KLS G+ VL+DL IK++ L + ++ + KL
Sbjct 5 IAASVLTKYLGDYVDDLNKDNIKLSFLSGEAVLQDLKIKKTVLQSFLPNVIVKQAIIKKL 64
Query 66 ILKIPFKDIWNGQIDAIIEELFILIVPTS--------QAKYDAEKEAKAQ----LAAKRA 113
L +P+KD+ IE +++L TS + K+ EK+AK L +
Sbjct 65 SLHVPWKDLKGKPAIIKIEGIYVL-AETSVEFDEQYYKKKFQDEKQAKLHIQEVLRLNKQ 123
Query 114 ELARVEKNKQLADIKSQEKLDDSMIEKLLARMIKNIHVEIKKIHVRFEDHVSFKNHPFSV 173
+L ++ S E ++ KLL ++ N+ + I +H+RFED V+ ++ FS
Sbjct 124 QLKNPHQSTTTTTTTSDE--SNTFGSKLLQTVVDNLQLYIDSVHIRFEDSVNRRS--FSF 179
Query 174 GFTLNSFALQSCTDTWTTDGNLKDMYAIQQIYKLCTMDGFAVYLNTDIMQFSKEPQISYL 233
G TLNS +S TW +K+ I I+KL ++ ++Y N S P++ Y
Sbjct 180 GVTLNSLVAESTDQTWNPTF-IKNESTI--IHKLINLNQLSIYWN------SNSPKLKYT 230
Query 234 HL--FSEGIAT-------------------------------LDYIPKKYHYLLGPINVK 260
++ S+ + + L +K Y++ PI+ K
Sbjct 231 NIDDLSQKLKSMIKKEDSGKQQQQQQQQQGEEQDDEIEEDYFLSTESRKQQYIIDPISAK 290
Query 261 AKLKLNPKPETDGSNYSIPKVWLDLEMQMLRIGLTKCQYQTLMQMGEGLDQAQKAAPYRK 320
K+ +N ++ + IPK L+ E I L+ QY+ + + E +K+ +R
Sbjct 291 LKVVIN---KSIIPSEVIPKYNLNFEFDKTDISLSDYQYKDITGILESFKLFEKSIEFRS 347
Query 321 YRPDLTSYRGHYKEWWRFAYTCIMEETVRRLRRNWNWVNMKEHRDTCRVYAKAYQTKLTT 380
RP T+ + ++WW +A C++++ V + R +W +KE R Y + ++ KL
Sbjct 348 ARPINTTIKQSPRKWWNYAIQCVLQK-VHQKRYTQSWSYIKEFLSDKRDYIELFK-KLKK 405
Query 381 KKVAQDIDKCITDCETKLDIFNLVIIR 407
K + Q + E KL ++ R
Sbjct 406 KTIHQTEQTRLDSLEWKLPFDQILFFR 432
Score = 52.8 bits (125), Expect = 7e-06, Method: Compositional matrix adjust.
Identities = 32/134 (24%), Positives = 67/134 (50%), Gaps = 13/134 (10%)
Query 1140 DKNNMSIKVVMGCHRVVFLNAFVTGVMNFLNNFQAAQQAIKEASAAAAEAAKTNIKDVQE 1199
D N+ +K+ + R +FL F + FLNN ++ +K + +AA + +
Sbjct 1395 DNNSQMLKINLSSIRFIFLKRFTEELRLFLNNVNMMREYLKSSIYSAATV-------ISQ 1447
Query 1200 HATRIELSVNLKAPVVYVPMNSKSDHCLMMDMGNLTICNTLKKL------EVTNDAGESP 1253
+ + + + ++ P + +P++S S+ ++D+G + I N +K+ E+ E
Sbjct 1448 NRSTLFYEIEIQNPYIVIPLSSLSNKIFIVDLGKINIKNQFEKIIPTSTGEIDMILMEPV 1507
Query 1254 IVDEMKIDLQNIKL 1267
I++ + I+ QNIKL
Sbjct 1508 IIENIIIEAQNIKL 1521
Score = 50.4 bits (119), Expect = 3e-05, Method: Compositional matrix adjust.
Identities = 53/235 (23%), Positives = 101/235 (43%), Gaps = 52/235 (22%)
Query 2272 HGSIIMALYCPFWMLNKTGLMLSYKKS------SKAGKEHSSPIKKL--VSNIKPHRSHG 2323
+GS + LYC +W++N+TGL L ++ AG+ + I+ + +++KP S
Sbjct 2696 NGSRFVTLYCEYWLINQTGLPLYFRHHIGAQTIDPAGQTPTKQIETIHESTSMKPTDSRN 2755
Query 2324 RNRKKKGHSSGEDHLNVLYHPETFKGPILFSFSSKAFFGKKKAMIRVEDGEWSDKFSI-- 2381
K+ H S P +F++S + G K ++ ++ D WS FS+
Sbjct 2756 WYTKEWNHPS---------------QPFMFAYSDNSIVGGKFSL-KIYDSNWSSPFSLIS 2799
Query 2382 --------------------DVAGSKGVVSCKYNGMT-YKIGVHNQLTYNS---LTKQIT 2417
++ G ++ + T Y + V + L NS TK +T
Sbjct 2800 SQSSSNSNIEISEDRTDEEKEIKNVIGTITKRQPLKTNYNLSV-SILPSNSKFWRTKVVT 2858
Query 2418 FTPYYVLINNADFLMECQEADRPADPLFKVPPGECTALWPRSEHEQKTLKVKVAD 2472
F+P Y+++N+ F + Q+ D ++ + +P S HE K +++ + D
Sbjct 2859 FSPMYLMVNSTRFRILYQQFDCDSNTQSIIQDQSLPFQFPSSRHE-KLIRIGILD 2912
>VP13F_DICDI unnamed protein product
Length=4246
Score = 144 bits (364), Expect = 1e-33, Method: Compositional matrix adjust.
Identities = 105/476 (22%), Positives = 217/476 (46%), Gaps = 66/476 (14%)
Query 2718 LNMEMLRPHRKYIRRTFQTGLWVQYRTSIHQVQLHAKVNRLQIDNQLSEHVFPVILAP-- 2775
+++ ++ H K + GL ++++ + ++ ++ ++DNQL +PV++
Sbjct 3665 ISVSLIDGHPKELMYITLRGLQLRFKQYSTEQNINLSIHSFKVDNQLYHTPYPVMIQSYN 3724
Query 2776 ---VPPPKSVAQTSVMKPFAELSMVKRLLEHSTVQQFRYFKILIQEFHVKVDIGFINGLT 2832
+ P K S+++ + L ++ + IQ F V++D + L
Sbjct 3725 SNNLKPTKHSFNVSLIR---SGQYQPKELHQVGIEYIKELNFDIQPFDVEIDETILFHLY 3781
Query 2833 GFFET----------------------NEVNDIEESELFQTDMKLVHE--------PLIY 2862
F ++ N +++ +E E + D K++ P+ +
Sbjct 3782 NFIKSIKLPNNQNNNNNQNNNNQNNDFNNIDEYDEKE--KNDGKIIKSIKLPYSNLPIPH 3839
Query 2863 HVNQVRTAEQKNFFDLLHFSPLKIHISFSMAGGGSGPSTLP---PFLNVLLQGIGVTLTD 2919
++ R + ++L+ + + IS+ ++ P + P P+ +V T+ +
Sbjct 3840 SIDSKRL-----YIEVLNLPLVDVTISYCLS-----PHSRPLIGPWASVF-----STIAN 3884
Query 2920 INDIVFKLAYFERDYIFMTHKQLISEATSHYTGQAIKQLYVLVLGLDVIGDPYGLVVGTV 2979
I+ L ++ ++ F+T L SHY + K ++L DV G P LV
Sbjct 3885 IDKASLHLGSWKLEHQFVTANALALSLFSHYKWEVSK----ILLYSDVFGAPLSLVENIT 3940
Query 2980 KGIEDLFYEPFQGAIQGPGEFAEGLILGVRSMLGHTVGGMAGAVSKITGAMGKGIAALTF 3039
+GI D YE +G + P F +GL+ G +S++ +++ G+ + SK+T +G IA +
Sbjct 3941 RGINDFIYESKEG-LNNPENFGKGLVKGTKSLVSNSIYGIFNSASKLTNTVGSAIAPFSM 3999
Query 3040 DKDYQRKRQEQLNKQPANLQESLARSGKGLVMGFVDGVTGVVMKPISGGKEEGVEGFFKG 3099
D++Y +R QP + + ++ G G++G+ +P+ +++G G KG
Sbjct 4000 DENYLAQRDRH--TQPKHAIDGVSNGIGRFTQGLAHGLSGLFDQPVKEFQDQGFSGLVKG 4057
Query 3100 VGKGMMGLVTRPTAGVIDFASGSLGAVRRA-TDMGEEVKRTRPPRFLQPDSLVRPY 3154
GKG++G V +PT G ID + + +R + D R+RPPRF+ PD++++P+
Sbjct 4058 FGKGILGTVVKPTVGAIDMINAATQGIRNSYLDPASSKSRSRPPRFIGPDAIIKPF 4113
Score = 84.3 bits (207), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 50/153 (33%), Positives = 88/153 (58%), Gaps = 6/153 (4%)
Query 2 VFESIVAELLNKVLGEYIENLDCTQLKLSLWGGDVVLKDLLIKESALDVLDLPLKLEYGR 61
+FESIV+ LL + L EYI+ L+ L +S+W G+V L++L +K AL+ +LP ++ G
Sbjct 1 MFESIVSNLLTRYLKEYIKALNTDNLNISIWSGNVSLENLELKSRALEKFNLPFTIKEGF 60
Query 62 LGKLILKIPFKDIWNGQIDAIIEELFILIVPTSQAKYDAEKEAKAQLAAKRA----ELAR 117
LGKL LKIP+ ++ + +I++L+I P S ++ E E + E +
Sbjct 61 LGKLSLKIPWNNLKTEPVIVVIDQLYITASPKSTTVWNEEDEDLLLQKKLKKLKIYEALK 120
Query 118 VEKNKQLADIKSQEKLDDSMI--EKLLARMIKN 148
EK K+ +K + ++ +++I ++L + IKN
Sbjct 121 EEKRKKQQQLKEKREIRNNLIKEKRLQKKQIKN 153
Score = 66.6 bits (161), Expect = 5e-10, Method: Compositional matrix adjust.
Identities = 68/302 (23%), Positives = 123/302 (41%), Gaps = 45/302 (15%)
Query 136 SMIEKLLARMIKNIHVEIKKIHVRFEDHVSFKNHPFSVGFTLNSFALQSCTDTWTTDGNL 195
S EKL +++ N+ + I +H+RFED V+ P+ G TL QS + W +
Sbjct 297 SFAEKLRNKIVDNLQIMIYNVHIRFEDSVTNPTTPYCFGVTLEHLLAQSSNEEWKPSF-I 355
Query 196 KDMYAIQQIYKLCTMDGFAVYLNTDIMQFSKEPQISYLHL--FSEGIATL---------- 243
+ + ++KL T+ ++Y + D + +P ++Y + F + L
Sbjct 356 HTPHTL--VHKLITLQNLSIYWDAD----NDKPDLNYKSISEFKSLMTKLIPKKSSPSTT 409
Query 244 -------------DYIPKKYHYLLGPINVKAKLKLNPKPETDGSNYSIPKVWLDLEMQML 290
I +++YLL P+ KL +N ++ N IP + E +
Sbjct 410 TTTPPISPPPKETQLIKPQHNYLLHPVCGSLKLLIN---KSIIPNKYIPLYTANFEFDEI 466
Query 291 RIGLTKCQYQTLMQMGEGLDQAQKAAPYRKYRPDLTSYRGHY----KEWWRFAYTCIMEE 346
+ L QY ++ + + +K YRK++ T G K+ W FA CI+ +
Sbjct 467 NLELESKQYSGILALVDWFTTQKKGERYRKFK---TKESGGVLKTAKDRWEFAGKCILAD 523
Query 347 TVRRLRRNWNWVNMKEHRDTCRVYAKAYQTKLTTKKVAQDIDKC-ITDCETKLDIFNLVI 405
++R+ W + R Y Y+ K KK D++ + E + +LV
Sbjct 524 VRDKIRK-WTPQFFDKRRKDRLDYIHLYKLK-KRKKTLSDLNTTKLNSLEKEYSFEDLVY 581
Query 406 IR 407
R
Sbjct 582 FR 583
Score = 65.9 bits (159), Expect = 7e-10, Method: Compositional matrix adjust.
Identities = 39/162 (24%), Positives = 89/162 (55%), Gaps = 11/162 (7%)
Query 562 DGSSDSE---------LFAVSYEKNPLDKLCGDRVIVQSKSVHIVYDAQTIIELVKLFKV 612
DGS D E LF+++ ++NPL+ + +++ + +VY+ + +++ F
Sbjct 1002 DGSGDYENNTNDEKQPLFSMTLQQNPLNSESDFSIFIEALPLEVVYNKSMMDAILEFFGN 1061
Query 613 QNSSTLSQLQAAAAVQLEGLKEMSALGLEYAIQKHSALDIQVDLQASQLIVPCGGFYNEK 672
S TL +++ AA Q++ K+ + L +++ ++ H ++D+ +++ A +++P F
Sbjct 1062 APSDTLKEIEEAARNQIKIFKDKTTLRIQHELENHKSIDLDININAPHVLIP-ESFTIPS 1120
Query 673 ESLFVLNLGSLKMRTLEKPKDDKATTNVKELISMGKSDEDIL 714
+ VL+LGS ++++ KDD + + E+ S+ K+D I+
Sbjct 1121 APILVLDLGSFSVQSVVTHKDDTLSEEI-EISSILKNDFSII 1161
Score = 44.3 bits (103), Expect = 0.002, Method: Compositional matrix adjust.
Identities = 41/212 (19%), Positives = 98/212 (46%), Gaps = 23/212 (11%)
Query 1146 IKVVMGCHRVVFLNAFVTGVMNFLNNFQAAQ--QAIKEASAAAAEAAKTNIKDVQEHATR 1203
I V M +++ + + + ++++ F Q Q + +++ A E T + Q+ R
Sbjct 1847 IGVRMSSVKLIVVRSLIDRIIDYFEEFAPNQIDQILADSAKGAVEIMSTRRINQQK---R 1903
Query 1204 IELSVNLKAPVVYVPMNSKSDHCLMMDMGNLTICNTLKKLEVTNDAGESPIVDEMKIDLQ 1263
I V++ P + P N S + ++ D+G++++ N K ++ G++ I+ ++
Sbjct 1904 ILFEVDVNTPRIIFPKNHYSPYVIIADLGHISVFNKYKSNLTNSNGGDNTILSSEQV--- 1960
Query 1264 NIKLSRVRLNKDNF----VLENEVLLLQPVSFTLLIKRNLSTAWFTSI--------PDID 1311
+ S V + F VLE+ + +P+S + + N+ + S+ P
Sbjct 1961 FVYASSVNFHACKFQNGKVLESTI---EPISNKINVHVNIESFLNPSLLEEDQLDEPKQK 2017
Query 1312 MSGRLNLIELLLSQEDYAMVMKVLEGNLGETI 1343
+ G ++ I L +S + Y++ + +++ + TI
Sbjct 2018 VDGEISPINLKISDQQYSLTIAIIKSLIEPTI 2049
Score = 40.0 bits (92), Expect = 0.044, Method: Compositional matrix adjust.
Identities = 34/149 (23%), Positives = 73/149 (49%), Gaps = 24/149 (16%)
Query 870 FTVT-VSKQSDLEISPFLRVEVLQLEAEMLQRTFDQEVTLRLGGVQIK---QNHKSDEI- 924
F+VT VS Q + PF+R+ + + A++L+RTFD + L L + I+ Q+ K++
Sbjct 1473 FSVTTVSLQVVEDDKPFIRMILSDISAQVLKRTFDTSIKLSLAKLSIEDLYQDFKNESFK 1532
Query 925 FMINTPMATGS---------------EEYLIVIQYKNVNKRSPEFVTRHGSVVKLLQLEF 969
++ N+ + EE+LI I +V + SP++ + + + + F
Sbjct 1533 YLANSSIDNNQQPLQSELENSSGIEREEHLISISISSVQRNSPQY----SGISQQIDVSF 1588
Query 970 TTLDILLHQEALINALKFISSIQDKITAS 998
TL + ++++ +I + + ++ I +
Sbjct 1589 NTLFVNINKKLVIKIMNLVDFVEKTIVET 1617
Score = 37.0 bits (84), Expect = 0.34, Method: Compositional matrix adjust.
Identities = 47/201 (23%), Positives = 87/201 (43%), Gaps = 33/201 (16%)
Query 1755 LSAPTILLTLEAGVGNKTLPMLLLHLGFQSNVNDWSSKTMSVEAT-------MTVVMAYY 1807
+P++ LT+ GNK ++ D + +SVE M + Y+
Sbjct 2522 FQSPSVELTVINDYGNKYCGII-----------DLKIRDISVEVAQNRVLFAMFIAANYF 2570
Query 1808 NSCLALWEPLIEPMEGIQDGRRISTPWEIKTKVQFNDLSLGSKGASAVSPSSEI--EPEE 1865
N ++WEP+IE G + G S EI TK Q ++ + S G ++ + +
Sbjct 2571 NVSKSVWEPMIEEW-GCKFGIETS---EIGTKDQSKNIVISSSGKLNLNITKSLFDTFTT 2626
Query 1866 IQQSTKMSIDVLSSENLEITVTKTCLDVLKQLGNAFSNAMEASSKGHSQKMAPYILKNET 1925
I ++++D+ +++ T++ D+ + G +N + K SQ P++LKN+T
Sbjct 2627 IYPLIEIAMDISKADS-----TQSAYDLGYKTG--VNNNLLQHYK--SQNYHPFLLKNQT 2677
Query 1926 GLTMTLDLEHSCFKVVDDGMS 1946
GL + + C D S
Sbjct 2678 GLEIQYQISIICASSFGDTQS 2698
Score = 33.9 bits (76), Expect = 3.8, Method: Compositional matrix adjust.
Identities = 20/69 (29%), Positives = 33/69 (48%), Gaps = 12/69 (17%)
Query 722 YDKFVLEITNFQALVSFADEDWRSALISDSINSMVLLRPTTLEVQFHKCLIMDDPLLPKM 781
YD F L++ N Q ++ E S+ L+ + + +KC+I LL K+
Sbjct 1274 YDLFELKLNNIQFYIASQGE------------SLQLVEKFDINFKIYKCIIKSQTLLSKL 1321
Query 782 RLIGQLPSV 790
+L G LPS+
Sbjct 1322 KLFGGLPSL 1330
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Query= XP_015584675.1 vacuolar protein sorting-associated protein 13
isoform X2 [Cephus cinctus]
Length=3259
Score E
Sequences producing significant alignments: (Bits) Value
VPS13_DROME unnamed protein product 2224 0.0
VP13C_DICDI unnamed protein product 214 9e-55
VP13F_DICDI unnamed protein product 144 9e-34
>VPS13_DROME unnamed protein product
Length=3321
Score = 2224 bits (5762), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 1297/3413 (38%), Positives = 1955/3413 (57%), Gaps = 269/3413 (8%)
Query 1 MVFESIVAELLNKVLGEYIENLDCTQLKLSLWGGDVVLKDLLIKESALDVLDLPLKLEYG 60
MVFE++VA++LNKVLG+YIENLD QLK+ +WGGDVVL++L I+E+ALD LDLP++L YG
Sbjct 1 MVFEAVVADVLNKVLGDYIENLDRNQLKIGIWGGDVVLQNLKIRENALDELDLPVQLIYG 60
Query 61 RLGKLILKIPFKDIWNGQIDAIIEELFILIVPTSQAKYDAEKEAKAQLAAKRAELARVEK 120
LGKL+LKIP+K++++ + IE+L++L+ P + +Y+AEKEAK ++ K+A L +E
Sbjct 61 YLGKLVLKIPWKNLYSQPVIVNIEDLYVLVSPNNNVQYNAEKEAKYEMDLKKAALDALEA 120
Query 121 NKQLADIKSQEKLDDSMIEKLLARMIKNIHVEIKKIHVRFEDHVSFKNHPFSVGFTLNSF 180
++ Q K D EKL A+++ N+ V+I +H+R+ED + PFS G +L+
Sbjct 121 ARKKELEMDQPKADAGFAEKLTAQIVNNLQVQITNVHLRYEDTTT-TGSPFSFGISLHEL 179
Query 181 ALQSCTDTWTTDGNLKDMYAIQQ---IYKLCTMDGFAVYLNTDIMQFSKEPQISYLHLFS 237
L +TTD + + Y QQ ++K+ + + YLN Q + F
Sbjct 180 EL------YTTDCDWEKCYMAQQASQVFKIANLSCLSAYLNCG-GQLYANNKSDLSQQFK 232
Query 238 EGIATLDYIPKKYHYLLGPINVKAKLKLNPKPETDGSNYSIPKVWLDLEMQMLRIGLTKC 297
IA + P Y+Y+LGPI+ AKLKLN PE D + PK+ L LEM+ L +GLT
Sbjct 233 TNIACKETKPN-YNYVLGPISCNAKLKLNMNPELDDPPFEKPKIDLTLEMEKLNVGLTNT 291
Query 298 QYQTLMQMGEGLDQAQKAAPYRKYRPDLTSYRGHYKEWWRFAYTCIMEETVRRLRRNWNW 357
Q+ LM++G+ +++ Q PYRKYRP Y+GH ++WW FA T I+EE VR+ R +W W
Sbjct 292 QFDNLMKLGDAMNRQQLGIPYRKYRPYNIPYKGHARDWWHFAITSILEEEVRKPRESWTW 351
Query 358 VNMKEHRDTCRVYAKAYQTKLTTKKVAQDIDKCITDCETKLDIFNLVIIRQQIEMEVERL 417
++K HR+ C YA+ Y+ + +KK + + + ET+LD+FNL++IRQ++ +E+ +
Sbjct 352 GHIKTHRERCNTYAQKYKEQCLSKKPSAVLTETCRLLETELDVFNLLLIRQRVNIEIAKQ 411
Query 418 AEKEKDLKAKRGWFGFLWGTPPAEDAEELNSAAAIMRKFEEAMTPQEKEKLYRAIDYQEN 477
E + K+ G +D ++ ++ KFE AMT +EKEK+YRAI YQEN
Sbjct 412 REAVPEQKSGWFSGWGWGGGAKKDDQ---TTSQKLVEKFEAAMTSEEKEKMYRAIGYQEN 468
Query 478 SAPAHYPETYVMIDTKFFLHGLQIVISDTEMSH----------PEVLNLELQGVRVGFKS 527
+ P PE+Y I F L L++ + E + P ++ L
Sbjct 469 AKPTDLPESYEAIRMNFKLIALEVGLYKDERNSSAATKDFHELPSLVLLNFSMATALITQ 528
Query 528 RPSANAILATASVNDMKLFGVKQEEKVPSLFNSDDGSSDSELFAVSYEKNPLDKLCGDRV 587
RP+A AI A + ++K+ G+ + + P L S + + L V +E NPLDKLC RV
Sbjct 529 RPAAEAISIIAGMREIKVTGLTRNDYTPLLVESKI-TDEFNLLEVFFETNPLDKLCDQRV 587
Query 588 IVQSKSVHIVYDAQTIIELVKLFKVQNSSTLSQLQAAAAVQLEGLKEMSALGLEYAIQKH 647
V ++ + I YDA TI+ L+ F+ TLS+ + AA+ ++ KE SA G++Y I K
Sbjct 588 KVVARPLQITYDAPTILALINAFQTPGDVTLSKFEDAASTKISNFKERSATGMQYMIDKK 647
Query 648 SALDIQVDLQASQLIVPCGGFYNEKE-SLFVLNLGSLKMRTLEKPKDDKATTNVKELISM 706
+ LD+ + L + L+VP G Y+ SL V+++G + + + +P+ + + ++ L S
Sbjct 648 AVLDVDILLMPNILVVPHKGVYDAGNVSLLVVSMGQVHLSS--QPR--RESNKLQHLFSA 703
Query 707 GKSDEDILTHLRHSSYDKFVLEITNFQALVSFADEDWRSALISDSINSMVLLRPTTLEVQ 766
G+ ++IL + ++YD+F + + + Q LV A E W++AL + M +LRP +L+V
Sbjct 704 GEDKDEILKTVMENAYDRFTVAVDDVQMLVVRAGEPWQNALAEANSTEMHVLRPVSLKVT 763
Query 767 FHKCLIMDDPLLPKMRLIGQLPSVVLNVTDTRLLEALKIAQSIPFPEEEENNDLQKSSLS 826
C++ +DP LP +++ LP++++NV++ R+ A+K+A SIP PE++E + S
Sbjct 764 AALCVVDNDPRLPNIKVDIDLPAILVNVSEDRIFLAIKVATSIPLPEQKEPASRLTQTNS 823
Query 827 KSVSQLSLF--KELTAISTSADKKEESSGP----VKQTIDLEAKFVMKEFTVTVSKQS-D 879
+S +S F KE+ I SA S P + Q L+ F + E + + S
Sbjct 824 RSSMSISNFINKEVKKIGPSASGSSASKDPLLDEIIQYTSLDVNFSLGEINFVLFQSSRK 883
Query 880 LEISP------------------------------------FLRVEVLQLEAEMLQRTFD 903
E SP L +++ +LEA + +T++
Sbjct 884 CETSPDVSIEFLTPDGDVLPSQLTENIQEPIEELPPTPPQQILSIDIRRLEAHFVSKTYE 943
Query 904 QEVTLRLGGVQIKQ----NHKSDEIFMINTPMATGSEEYLIVIQYKNVNKRSPEFVTRHG 959
T++LG + ++Q + D + +I TP S YL + +K SPEF T++
Sbjct 944 SVATVKLGDINLRQYDCQDSDMDVLDVIYTPKQENSSNYLFTVSCTIADKSSPEFSTKYN 1003
Query 960 SVVKLLQLEFTTLDILLHQEALINALKFISSIQDKI------TASNDALNEKAQGKVTRV 1013
S +L+ F L I+LHQE L ++ +++ Q + T D + G +
Sbjct 1004 STEQLVVANFEVLQIVLHQECLQRIMEVVNNFQRNLDLVLSSTRPRDRMGSIGGGDGIKR 1063
Query 1014 SHMATIHEDGTSTFIKEHIQRQKANLSTSRRKKKVVECIDLKVNAKFGSISIKMASDFRD 1073
+ + I ED + ++R+K R+ VVE + ++V A + + + R
Sbjct 1064 T-LNVILEDTEEIMTTDQMKRRKKT-----RRTHVVETVKVRVIANLDQVGLVLTGRKRP 1117
Query 1074 ISAFFIEGIAAGFIMKASYSQANATLASINIKDLNTSSAYKNIISVEGTESLQVQAVIYN 1133
I+ ++ + I+K+SY++ N L I + DLN + +KNI+S+ G ++ Q VIYN
Sbjct 1118 IAEMNVKKFVSSLIIKSSYTEVNIGLKDIQVLDLNPYTIHKNILSIVGKDAFNCQIVIYN 1177
Query 1134 LE-PWEVDKNNMSIKVVMGCHRVVFLNAFVTGVMNFLNNFQAAQQAIKEASAAAAEAAKT 1192
E + + ++M I V +GC +++FLN FV GVMNFLNNF AAQ I +A AAAAE+A+
Sbjct 1178 KEETQDYNSDDMKITVDIGCMKIIFLNWFVAGVMNFLNNFTAAQATISQAGAAAAESARQ 1237
Query 1193 NIKDVQEHATRIELSVNLKAPVVYVPMNSKSDHCLMMDMGNLTICNTLKKLEVTNDAGES 1252
D E ATR++L++ +KAP++ VP+ S+ + L++D+G L + N ++ V +
Sbjct 1238 KAMDAYETATRMKLNIRIKAPIIIVPIGSQDRNALLLDLGLLELTNNTVEVAVAEEE-RL 1296
Query 1253 PIVDEMKIDLQNIKLSRVRLNKDNFVLENEV----------LLLQPVSFTLLIKRNLSTA 1302
++DE+K+ + ++K+S++ L N +EV ++ P+S TL I RNLS
Sbjct 1297 AVIDEIKLQICDVKISKIVLLDGNESTVDEVDAEVGFLSKFNMMNPMSCTLSITRNLSYT 1356
Query 1303 WFTSIPDIDMSGRLNLIELLLSQEDYAMVMKVLEGNLGETIEDPNP----PKVVDLRDRR 1358
W+ +P++++SGRL IEL L +DYA+VM VL NL E +E+ P P+ +R R
Sbjct 1357 WYRDVPELNLSGRLKSIELTLFADDYALVMLVLNRNLNEGLEEFPPSEEAPQEAQVRPER 1416
Query 1359 PITEDLEKSRTRKSEMGTIQET-EASDFQEQKNVHTAMKFEFIMDSFVINLFMGGSKTLQ 1417
R S G + T + S +E+ +H ++KF F D VINL G
Sbjct 1417 -----------RNSRAGRLSRTVQVSPIREK--IHESIKFNFQFDGVVINLMEGEGA--- 1460
Query 1418 SQASPLHLPENGLAKFSLSHFALKGRMFADGLLATSILLMNCTWDDTRQNRQGSLMTIME 1477
GLA+F + ++KG +G L+TS++L N DD R N + + +
Sbjct 1461 -----------GLARFGIYFLSVKGTKLDNGTLSTSVVLCNIQMDDMRSNSKSQIRQYLS 1509
Query 1478 R--ITEPSAENLSSEDEAPSGRS-MVDVTIRKGPNDIFVDVRVFSFSIIISLDYLMKIKD 1534
R +P + D + R+ MVDVT +D F +VRV F +I+ +D+L+K+
Sbjct 1510 RKDWVQPKLDTDEIIDACYNERNFMVDVTAIIKEDDTFAEVRVRGFDLIVCIDFLLKLTT 1569
Query 1535 FFNVAPTATDQPISQHSQKGITEAVPKKKMAQTSSPVAAM-----------------ITI 1577
F + P + ++E K + SS + A + +
Sbjct 1570 FLTLPPEENPRESVYIKPAPVSETARDTKHSIRSSAILAAQELVPVESSSHEVPNRKMNL 1629
Query 1578 NLHVEKPDIILLEDMDDINSNCIVLNTELLLKLRLVGEHQVITGSIKDLSLSTGVYNPAK 1637
LH+++PDIIL+E+++D+N++CI+ N ++ L R + + Q++ G I L + + P +
Sbjct 1630 ILHIDEPDIILVENLEDLNTSCIIFNAQVHLNYRSINDKQIVNGQIDALKMYMCAFLPER 1689
Query 1638 RSDSIYQVLKPCSISLAGSTPEEKGLHVDVCCTDIHLSVSPGVIEILNRVVQTVTKKEEE 1697
R + + +L PC ISL GSTPEE+G+H+ + +DI ++VSP IE+LN+ + +V+
Sbjct 1690 REMTRHYILHPCVISLQGSTPEEEGMHISLKLSDIIINVSPATIELLNKAMLSVSSGTMT 1749
Query 1698 SDEIVKREPNYEGLWIITPFYENNYWFLKTEVAVEAFEDLSLSDDEDTTVYKPELAILSA 1757
I + NY LW F+ YWF K E V+A E S D K E ++
Sbjct 1750 KCAIAEESRNYSNLWHQHHFHSRTYWFTKVEQGVDALEAEQRSVSTDNEKQKTEKCVIEI 1809
Query 1758 PTILLTLEAGVGNKTLPMLLLHLGFQSNVNDWSSKTMSVEATMTVVMAYYNSCLALWEPL 1817
P+I L +E+GVG T P++ L + N+W S++++ ++T+ M YYN LA WEP+
Sbjct 1810 PSITLVIESGVGYYTKPLISLDTRITAVFNNW-SRSLTAHGSLTLNMNYYNQALAEWEPI 1868
Query 1818 IEPMEGI-QDGRRISTPWEIKTKVQFNDLSLGSKGASAVSPSSEIEPEEIQQSTKMSIDV 1876
IE E I ++G R TPWE+K ++ G V SE+E + QQ+ M+I
Sbjct 1869 IELNEVIGRNGVREYTPWELKFEM----------GMEKV--QSELEDDAEQQAMHMNIH- 1915
Query 1877 LSSENLEITVTKTCLDVLKQLGNAFSNAMEASSKGHSQKMAPYILKNETGLTMTLDLEHS 1936
S+E LEIT++KTCL +L +L AFS A++ + +APY+L+N+TG + L+L
Sbjct 1916 -SAETLEITLSKTCLGLLSELAEAFSQAIDQNGLTKPDIVAPYVLENDTGFDVNLNLRKG 1974
Query 1937 CFKV--VDDGMSVTSQQSKGSYSEVILESGATVQLAPKILKK-----------NTEILEQ 1983
F + V G + S +L + ++ P ++K T+ L
Sbjct 1975 IFTLHEVHRGGTPVGANS------TLLMVAQSEEVDPSVIKTCTISTGGRAYLQTKDLST 2028
Query 1984 LKAEIVKDSADSKFTVSFKGIPNKLEIPVLRADKRFFSLKYRKEGSEEWGIISDVTVEEG 2043
L E DS D V+ I ++ +PV ++D RFF+L R E WGIIS+V E G
Sbjct 2029 LSEE---DSEDYTLYVTIGDINKEIALPVSKSDTRFFNL-MRSTSHEPWGIISEVKQEYG 2084
Query 2044 STIVILRSVLQVHNHFSEPVSVYYM----TKRGNEVECVGTVGPDERLNLPLDAVYAPIN 2099
+T V + V+ VHNHF+ +++Y T + E VG V P E ++PL A+YA
Sbjct 2085 TTKVNIHGVVSVHNHFTTGLNIYRRNPAPTAQCFEDIFVGRVRPGEVFHVPLHAIYAESK 2144
Query 2100 IYWLFFSVNGYMVSIEPFVWKDLQKTVSMTKVLKCEARSKQENTEPFYIKAVGEIEQVYF 2159
LFFS+ GY S++ W ++ + L C+ + EP + A +VYF
Sbjct 2145 D--LFFSMRGYRRSVQGISWASNPSDLNYSHQLHCDPTN---TFEPLIMNARRSKSEVYF 2199
Query 2160 ENTSRHTMASTIYNIHLYPSVYFKNFLPINIIICLPGCA--------------------- 2198
ENT+++T+ S Y IHL P +Y +N LPINI + + GC+
Sbjct 2200 ENTNKYTLLSAFYTIHLRPPLYLRNSLPINIQVSVAGCSVRKEDGLDAQSSQRFVDRGYR 2259
Query 2199 -------EEKLLPASKTLQIPTI------DPGKSSIVIKLPQYLEKDWSCKGEILANPPE 2245
EK + + L +PT+ KS +V++L QYLEKDWSC EI +
Sbjct 2260 KEDFLDYGEKPVNSGDVLHLPTVRLASKGKESKSFLVVRLVQYLEKDWSCATEIWDYTDD 2319
Query 2246 FAVWSFESFDSAQKVVMDLGMHTSFKHGSIIMALYCPFWMLNKTGLMLSYKKSSKAGKEH 2305
W+F S+DS KV MDL + T +HGS+++ L+ PFWM+NKTG+ML+YK + +
Sbjct 2320 VITWTFSSYDSEMKVDMDLYVKTENRHGSLMLTLFSPFWMINKTGMMLTYKSETTS---- 2375
Query 2306 SSPIKSGEDHLNVLYHPETFKGPILFSFSSKAFFGKKKAMIRVEDGEWSDKFSIDVAGSK 2365
+ VLYHP + GPILF+F K FF KKKA IR+++G+WS+K +DVAGS
Sbjct 2376 ----------VEVLYHPPEYSGPILFTFRDKLFFDKKKASIRIDNGQWSEKIPLDVAGSV 2425
Query 2366 GVVSCKYNGMTYKIGVHNQLTYNSLTKQITFTPYYVLINNADFLMECQEADRPADPLFKV 2425
G V C N Y +GVHN LT NSLTKQITF P+Y++ N F +E QE RPADP +
Sbjct 2426 GEVICFANNQKYPVGVHNHLTQNSLTKQITFIPFYIVCNKCHFDIELQEQSRPADPWLHL 2485
Query 2426 PPGECTALWPRSEHEQKTLKVKVADYPEKTAPFIFTDMHTTLLKL-DNKYGGINVDIQIN 2484
P E LWPR++ + L V+V + T F FT++ TLLKL D+KYGGINVD+Q
Sbjct 2486 EPNEMEPLWPRND-TKNNLVVRVDG--KITPAFDFTEVICTLLKLEDSKYGGINVDVQTT 2542
Query 2485 EGGTYISLSEYTPGSAPALIINHTPQTIHLWEKGSMNVRSVQSFNQMLYTWENPSGPRKI 2544
EGG YI+ ++Y P AP L+INHT + I EKG+ N + + + ++Y W++P+GP+ +
Sbjct 2543 EGGVYITFTDYKPADAPGLLINHTGKQIVYHEKGTKNEHILNAKSTIMYAWDDPTGPKML 2602
Query 2545 VWEDNNKREIENDLRKNSLGTFQLPETDEEIYFVSFLDGIQRVLLFTNNLKIAEDCELAG 2604
V+ N + E DL+++ +G + + ++ +VSFLDG+QRVLLFT N IA E
Sbjct 2603 VFGTNKE---ETDLKRDGIGEVIMQDGG-KVLWVSFLDGLQRVLLFTENESIANRTESTA 2658
Query 2605 DLESTEQEITLSIHGIGISLVNNITRTELLYMCIASSGIIWEARK--GNRWRALNTREVD 2662
L+S Q I L IHGIG+S++NN T ++LY+ + SSGIIWE++K NR++ L E
Sbjct 2659 SLQSITQSIDLRIHGIGLSVINNETGLDILYLGVTSSGIIWESKKVTKNRFKELTINENA 2718
Query 2663 LIEEGYQRYMREIQIAKDPTYRIILEPKLEIDYLNMEMLRPHRKYIRRTFQTGLWVQYRT 2722
L+E YQ+Y+ + TY+ L+ K ID+ M + + + +RR+F +W+ ++
Sbjct 2719 LLEIEYQKYLVHKSVNDVQTYK--LDNKFPIDFDLMILKKTVERNLRRSFYPAIWLSRKS 2776
Query 2723 SIHQVQLHAKVNRLQIDNQLSEHVFPVILAPVPPPKSVAQTSVMKPFAELSMVKRLLEHS 2782
S Q QLH K+NR+Q+DNQ + +FPV+LAP+PPPKSVA T+ +KPF E SMV+R++ +S
Sbjct 2777 SPFQSQLHVKINRIQVDNQFLDPIFPVVLAPIPPPKSVASTTSLKPFIECSMVQRIMPNS 2836
Query 2783 TVQQFRYFKILIQEFHVKVDIGFINGLTGFFETNEVNDIEESELFQTDMKLVHEPLIYHV 2842
TV+QF+Y +ILIQEF KVD+ F+ + F EV+D ++ F+ D++ + PL
Sbjct 2837 TVRQFKYARILIQEFLFKVDLNFLTAIAEMF-AKEVSDEAAAKQFRQDVESIELPLSAFF 2895
Query 2843 NQVRTAEQKNFFDLLHFSPLKIHISFSMAGGGSGPSTLPPFLNVLLQGIGVTLTDINDIV 2902
+ EQK+F+D LH PLKIH+SFSMA GS LP FL L+QG+GVTLTD+ND+V
Sbjct 2896 EEHSLEEQKSFYDNLHLGPLKIHVSFSMA--GSDTKALPGFLGSLVQGVGVTLTDVNDVV 2953
Query 2903 FKLAYFERDYIFMTHKQLISEATSHYTGQAIKQLYVLVLGLDVIGDPYGLVVGTVKGIED 2962
F+LA+FER+Y F + KQLI+E TSHYTGQA+KQLYVLVLGLDV+G+PYGLVVG KG+ED
Sbjct 2954 FRLAFFEREYQFFSQKQLINEITSHYTGQALKQLYVLVLGLDVLGNPYGLVVGLKKGVED 3013
Query 2963 LFYEPFQGAIQGPGEFAEGLILGVRSMLGHTVGGMAGAVSKITGAMGKGIAALTFDKDYQ 3022
LFYEPFQGAIQGPGEFAEGL+LGV+S+ GHTVGG AGAVSKITGAMGKG+AALTFD+DYQ
Sbjct 3014 LFYEPFQGAIQGPGEFAEGLVLGVKSLFGHTVGGAAGAVSKITGAMGKGLAALTFDEDYQ 3073
Query 3023 RKRQEQLNKQPANLQESLARSGKGLVMGFVDGVTGVVMKPISGGKEEGVEGFFKGVGKGM 3082
+KR++ + +P N E LARS KGLVMGFVDGVTGVV KP++G ++ GVEGFFKG+GKG
Sbjct 3074 KKRRQGIQNKPKNFHEGLARSSKGLVMGFVDGVTGVVTKPVTGARDNGVEGFFKGLGKGA 3133
Query 3083 MGLVTRPTAGVIDFASGSLGAVRRATDMGEEVKRTRPPRFLQPDSLVRPYVRYEAEGNKI 3142
+GLV RPTAGV+DFASGS AV+RA D E+VKR RPPRF D ++RPY EA GNKI
Sbjct 3134 IGLVARPTAGVVDFASGSFEAVKRAADASEDVKRMRPPRFQHYDFVLRPYCLMEATGNKI 3193
Query 3143 LCEVEKGKYANTD--IYFYHIFINKDGLLLTDKRIAFIQHSDLFGGWKVDWAYTWPEISS 3200
+ E +KGK+A TD I+ I + L++T+ R+ ++Q +++FG W W+Y W EISS
Sbjct 3194 MKETDKGKFATTDNFIHCEEIIQKSEYLVVTNYRVMYVQRNEMFGVWTSLWSYLWNEISS 3253
Query 3201 NPRIVDKGVQINIKDNAKKKKLTNFFGNTDLIKIILIPDYNERQLLCRKIQEQ 3253
+GVQ +K + KK L F K++L+ D +R L I+ Q
Sbjct 3254 VAATA-RGVQFTVKTDG-KKVLGLFSSKESPRKLVLVADERKRDALVDIIESQ 3304
>VP13C_DICDI unnamed protein product
Length=3848
Score = 214 bits (544), Expect = 9e-55, Method: Compositional matrix adjust.
Identities = 147/519 (28%), Positives = 244/519 (47%), Gaps = 68/519 (13%)
Query 2703 PHRKYIRRTFQTGLWVQYRTSIHQVQLHAKVNRLQIDNQLSEHVFPVILAPV-------- 2754
P R+ I GL ++ + S + KV+ LQID+Q FPV L
Sbjct 3252 PTREEIVYLSIDGLKLEVKQSKLDQYIQFKVDDLQIDDQRYSTNFPVFLCQSKKINHSIN 3311
Query 2755 -------PPPKSVA----------------QTSVMKPFAELSMVKRLLEHSTVQQFRYFK 2791
P+S Q +KPF + S R L++S + FRYF
Sbjct 3312 QQPNQQSSSPQSTNTTTTTTTNTTTTNNTTQQQKLKPFLQFSAT-RTLKYSNIMFFRYFS 3370
Query 2792 ILIQEFHVKVDIGFINGLTGFFETNEVNDIEESELFQTDMKLVHEPLIYHVNQVRTAEQK 2851
ILIQEF + +D I F N +N + E F + E ++ N
Sbjct 3371 ILIQEFDINLDEASILNALSFININ-LNSLNEH--FTLHPTITQEEILETKNASNIENHM 3427
Query 2852 NFFDLLHFSPLKIHISF----------SMAGGGS------GPSTLPPFLNVLLQGIGVTL 2895
+F++LH +P+K+++SF ++ G S G + PFLN+ I
Sbjct 3428 VYFEMLHINPVKMNLSFISCKSPKETQAILGARSLAELLIGFKSNSPFLNIERAPI---- 3483
Query 2896 TDINDIVFKLAYFERDYIFMTHKQLISEATSHYTGQAIKQLYVLVLGLDVIGDPYGLVVG 2955
K F ++ F++ +Q+I E + H++ Q + Q + + D IG+P L
Sbjct 3484 --------KFNGFIWEHPFLSTRQVIDEISLHFSYQMMSQAHKIFGSFDFIGNPIRLAES 3535
Query 2956 TVKGIEDLFYEPFQGAIQGPGEFAEGLILGVRSMLGHTVGGMAGAVSKITGAMGKGIAAL 3015
G +D F+EP G ++ P +FA GL G S++ ++V G A + SKITG + KG+ L
Sbjct 3536 LGSGFKDFFHEPALGLVKSPQDFAAGLSKGTSSLINNSVFGFADSTSKITGTISKGLVQL 3595
Query 3016 TFDKDYQRKRQEQLNKQPANLQESLARSGKGLVMGFVDGVTGVVMKPISGG-KEEGVEGF 3074
+ D Y ++RQE ++P ++E L + G + G+TG++ +P G +E+ EGF
Sbjct 3596 SLDDSYIKERQESNKQKPKGVKEGLEFGFRDFGEGVIKGITGIIDEPYKGATQEKSWEGF 3655
Query 3075 FKGVGKGMMGLVTRPTAGVIDFASGSLGAVRRATDMGE---EVKRTRPPRFLQPDSLVRP 3131
FKG+GKG++G+ +PT GV D S + ++ +T + + ++KR R PR+ + +
Sbjct 3656 FKGIGKGVLGVAVKPTVGVFDLVSKTSEGIKNSTTVAKSLSQIKRRRIPRYFPREGTLST 3715
Query 3132 YVRYEAEGNKILCEVEKGKYANTDIYFYHIFINKDGLLL 3170
Y ++++ G+ IL + G D Y +H +N L+L
Sbjct 3716 YNQFKSIGSFILYS-KIGPPPTHDWYVFHTILNYKDLIL 3753
Score = 123 bits (308), Expect = 3e-27, Method: Compositional matrix adjust.
Identities = 113/447 (25%), Positives = 203/447 (45%), Gaps = 64/447 (14%)
Query 6 IVAELLNKVLGEYIENLDCTQLKLSLWGGDVVLKDLLIKESALDVLDLPLKLEYGRLGKL 65
I A +L K LG+Y+++L+ +KLS G+ VL+DL IK++ L + ++ + KL
Sbjct 5 IAASVLTKYLGDYVDDLNKDNIKLSFLSGEAVLQDLKIKKTVLQSFLPNVIVKQAIIKKL 64
Query 66 ILKIPFKDIWNGQIDAIIEELFILIVPTS--------QAKYDAEKEAKAQ----LAAKRA 113
L +P+KD+ IE +++L TS + K+ EK+AK L +
Sbjct 65 SLHVPWKDLKGKPAIIKIEGIYVL-AETSVEFDEQYYKKKFQDEKQAKLHIQEVLRLNKQ 123
Query 114 ELARVEKNKQLADIKSQEKLDDSMIEKLLARMIKNIHVEIKKIHVRFEDHVSFKNHPFSV 173
+L ++ S E ++ KLL ++ N+ + I +H+RFED V+ ++ FS
Sbjct 124 QLKNPHQSTTTTTTTSDE--SNTFGSKLLQTVVDNLQLYIDSVHIRFEDSVNRRS--FSF 179
Query 174 GFTLNSFALQSCTDTWTTDGNLKDMYAIQQIYKLCTMDGFAVYLNTDIMQFSKEPQISYL 233
G TLNS +S TW +K+ I I+KL ++ ++Y N S P++ Y
Sbjct 180 GVTLNSLVAESTDQTWNPTF-IKNESTI--IHKLINLNQLSIYWN------SNSPKLKYT 230
Query 234 HL--FSEGIAT-------------------------------LDYIPKKYHYLLGPINVK 260
++ S+ + + L +K Y++ PI+ K
Sbjct 231 NIDDLSQKLKSMIKKEDSGKQQQQQQQQQGEEQDDEIEEDYFLSTESRKQQYIIDPISAK 290
Query 261 AKLKLNPKPETDGSNYSIPKVWLDLEMQMLRIGLTKCQYQTLMQMGEGLDQAQKAAPYRK 320
K+ +N ++ + IPK L+ E I L+ QY+ + + E +K+ +R
Sbjct 291 LKVVIN---KSIIPSEVIPKYNLNFEFDKTDISLSDYQYKDITGILESFKLFEKSIEFRS 347
Query 321 YRPDLTSYRGHYKEWWRFAYTCIMEETVRRLRRNWNWVNMKEHRDTCRVYAKAYQTKLTT 380
RP T+ + ++WW +A C++++ V + R +W +KE R Y + ++ KL
Sbjct 348 ARPINTTIKQSPRKWWNYAIQCVLQK-VHQKRYTQSWSYIKEFLSDKRDYIELFK-KLKK 405
Query 381 KKVAQDIDKCITDCETKLDIFNLVIIR 407
K + Q + E KL ++ R
Sbjct 406 KTIHQTEQTRLDSLEWKLPFDQILFFR 432
Score = 52.8 bits (125), Expect = 7e-06, Method: Compositional matrix adjust.
Identities = 32/134 (24%), Positives = 67/134 (50%), Gaps = 13/134 (10%)
Query 1140 DKNNMSIKVVMGCHRVVFLNAFVTGVMNFLNNFQAAQQAIKEASAAAAEAAKTNIKDVQE 1199
D N+ +K+ + R +FL F + FLNN ++ +K + +AA + +
Sbjct 1395 DNNSQMLKINLSSIRFIFLKRFTEELRLFLNNVNMMREYLKSSIYSAATV-------ISQ 1447
Query 1200 HATRIELSVNLKAPVVYVPMNSKSDHCLMMDMGNLTICNTLKKL------EVTNDAGESP 1253
+ + + + ++ P + +P++S S+ ++D+G + I N +K+ E+ E
Sbjct 1448 NRSTLFYEIEIQNPYIVIPLSSLSNKIFIVDLGKINIKNQFEKIIPTSTGEIDMILMEPV 1507
Query 1254 IVDEMKIDLQNIKL 1267
I++ + I+ QNIKL
Sbjct 1508 IIENIIIEAQNIKL 1521
Score = 48.1 bits (113), Expect = 2e-04, Method: Compositional matrix adjust.
Identities = 52/223 (23%), Positives = 94/223 (42%), Gaps = 50/223 (22%)
Query 2272 HGSIIMALYCPFWMLNKTGLMLSYKKS------SKAGKE--------HSS----PIKSGE 2313
+GS + LYC +W++N+TGL L ++ AG+ H S P S
Sbjct 2696 NGSRFVTLYCEYWLINQTGLPLYFRHHIGAQTIDPAGQTPTKQIETIHESTSMKPTDSRN 2755
Query 2314 DHLNVLYHPETFKGPILFSFSSKAFFGKKKAMIRVEDGEWSDKFSI-------------- 2359
+ HP P +F++S + G K ++ ++ D WS FS+
Sbjct 2756 WYTKEWNHPSQ---PFMFAYSDNSIVGGKFSL-KIYDSNWSSPFSLISSQSSSNSNIEIS 2811
Query 2360 --------DVAGSKGVVSCKYNGMT-YKIGVHNQLTYNS---LTKQITFTPYYVLINNAD 2407
++ G ++ + T Y + V + L NS TK +TF+P Y+++N+
Sbjct 2812 EDRTDEEKEIKNVIGTITKRQPLKTNYNLSV-SILPSNSKFWRTKVVTFSPMYLMVNSTR 2870
Query 2408 FLMECQEADRPADPLFKVPPGECTALWPRSEHEQKTLKVKVAD 2450
F + Q+ D ++ + +P S HE K +++ + D
Sbjct 2871 FRILYQQFDCDSNTQSIIQDQSLPFQFPSSRHE-KLIRIGILD 2912
>VP13F_DICDI unnamed protein product
Length=4246
Score = 144 bits (364), Expect = 9e-34, Method: Compositional matrix adjust.
Identities = 105/476 (22%), Positives = 217/476 (46%), Gaps = 66/476 (14%)
Query 2696 LNMEMLRPHRKYIRRTFQTGLWVQYRTSIHQVQLHAKVNRLQIDNQLSEHVFPVILAP-- 2753
+++ ++ H K + GL ++++ + ++ ++ ++DNQL +PV++
Sbjct 3665 ISVSLIDGHPKELMYITLRGLQLRFKQYSTEQNINLSIHSFKVDNQLYHTPYPVMIQSYN 3724
Query 2754 ---VPPPKSVAQTSVMKPFAELSMVKRLLEHSTVQQFRYFKILIQEFHVKVDIGFINGLT 2810
+ P K S+++ + L ++ + IQ F V++D + L
Sbjct 3725 SNNLKPTKHSFNVSLIR---SGQYQPKELHQVGIEYIKELNFDIQPFDVEIDETILFHLY 3781
Query 2811 GFFET----------------------NEVNDIEESELFQTDMKLVHE--------PLIY 2840
F ++ N +++ +E E + D K++ P+ +
Sbjct 3782 NFIKSIKLPNNQNNNNNQNNNNQNNDFNNIDEYDEKE--KNDGKIIKSIKLPYSNLPIPH 3839
Query 2841 HVNQVRTAEQKNFFDLLHFSPLKIHISFSMAGGGSGPSTLP---PFLNVLLQGIGVTLTD 2897
++ R + ++L+ + + IS+ ++ P + P P+ +V T+ +
Sbjct 3840 SIDSKRL-----YIEVLNLPLVDVTISYCLS-----PHSRPLIGPWASVF-----STIAN 3884
Query 2898 INDIVFKLAYFERDYIFMTHKQLISEATSHYTGQAIKQLYVLVLGLDVIGDPYGLVVGTV 2957
I+ L ++ ++ F+T L SHY + K ++L DV G P LV
Sbjct 3885 IDKASLHLGSWKLEHQFVTANALALSLFSHYKWEVSK----ILLYSDVFGAPLSLVENIT 3940
Query 2958 KGIEDLFYEPFQGAIQGPGEFAEGLILGVRSMLGHTVGGMAGAVSKITGAMGKGIAALTF 3017
+GI D YE +G + P F +GL+ G +S++ +++ G+ + SK+T +G IA +
Sbjct 3941 RGINDFIYESKEG-LNNPENFGKGLVKGTKSLVSNSIYGIFNSASKLTNTVGSAIAPFSM 3999
Query 3018 DKDYQRKRQEQLNKQPANLQESLARSGKGLVMGFVDGVTGVVMKPISGGKEEGVEGFFKG 3077
D++Y +R QP + + ++ G G++G+ +P+ +++G G KG
Sbjct 4000 DENYLAQRDRH--TQPKHAIDGVSNGIGRFTQGLAHGLSGLFDQPVKEFQDQGFSGLVKG 4057
Query 3078 VGKGMMGLVTRPTAGVIDFASGSLGAVRRA-TDMGEEVKRTRPPRFLQPDSLVRPY 3132
GKG++G V +PT G ID + + +R + D R+RPPRF+ PD++++P+
Sbjct 4058 FGKGILGTVVKPTVGAIDMINAATQGIRNSYLDPASSKSRSRPPRFIGPDAIIKPF 4113
Score = 84.3 bits (207), Expect = 2e-15, Method: Compositional matrix adjust.
Identities = 50/153 (33%), Positives = 88/153 (58%), Gaps = 6/153 (4%)
Query 2 VFESIVAELLNKVLGEYIENLDCTQLKLSLWGGDVVLKDLLIKESALDVLDLPLKLEYGR 61
+FESIV+ LL + L EYI+ L+ L +S+W G+V L++L +K AL+ +LP ++ G
Sbjct 1 MFESIVSNLLTRYLKEYIKALNTDNLNISIWSGNVSLENLELKSRALEKFNLPFTIKEGF 60
Query 62 LGKLILKIPFKDIWNGQIDAIIEELFILIVPTSQAKYDAEKEAKAQLAAKRA----ELAR 117
LGKL LKIP+ ++ + +I++L+I P S ++ E E + E +
Sbjct 61 LGKLSLKIPWNNLKTEPVIVVIDQLYITASPKSTTVWNEEDEDLLLQKKLKKLKIYEALK 120
Query 118 VEKNKQLADIKSQEKLDDSMI--EKLLARMIKN 148
EK K+ +K + ++ +++I ++L + IKN
Sbjct 121 EEKRKKQQQLKEKREIRNNLIKEKRLQKKQIKN 153
Score = 66.6 bits (161), Expect = 4e-10, Method: Compositional matrix adjust.
Identities = 68/302 (23%), Positives = 123/302 (41%), Gaps = 45/302 (15%)
Query 136 SMIEKLLARMIKNIHVEIKKIHVRFEDHVSFKNHPFSVGFTLNSFALQSCTDTWTTDGNL 195
S EKL +++ N+ + I +H+RFED V+ P+ G TL QS + W +
Sbjct 297 SFAEKLRNKIVDNLQIMIYNVHIRFEDSVTNPTTPYCFGVTLEHLLAQSSNEEWKPSF-I 355
Query 196 KDMYAIQQIYKLCTMDGFAVYLNTDIMQFSKEPQISYLHL--FSEGIATL---------- 243
+ + ++KL T+ ++Y + D + +P ++Y + F + L
Sbjct 356 HTPHTL--VHKLITLQNLSIYWDAD----NDKPDLNYKSISEFKSLMTKLIPKKSSPSTT 409
Query 244 -------------DYIPKKYHYLLGPINVKAKLKLNPKPETDGSNYSIPKVWLDLEMQML 290
I +++YLL P+ KL +N ++ N IP + E +
Sbjct 410 TTTPPISPPPKETQLIKPQHNYLLHPVCGSLKLLIN---KSIIPNKYIPLYTANFEFDEI 466
Query 291 RIGLTKCQYQTLMQMGEGLDQAQKAAPYRKYRPDLTSYRGHY----KEWWRFAYTCIMEE 346
+ L QY ++ + + +K YRK++ T G K+ W FA CI+ +
Sbjct 467 NLELESKQYSGILALVDWFTTQKKGERYRKFK---TKESGGVLKTAKDRWEFAGKCILAD 523
Query 347 TVRRLRRNWNWVNMKEHRDTCRVYAKAYQTKLTTKKVAQDIDKC-ITDCETKLDIFNLVI 405
++R+ W + R Y Y+ K KK D++ + E + +LV
Sbjct 524 VRDKIRK-WTPQFFDKRRKDRLDYIHLYKLK-KRKKTLSDLNTTKLNSLEKEYSFEDLVY 581
Query 406 IR 407
R
Sbjct 582 FR 583
Score = 65.9 bits (159), Expect = 7e-10, Method: Compositional matrix adjust.
Identities = 39/162 (24%), Positives = 89/162 (55%), Gaps = 11/162 (7%)
Query 562 DGSSDSE---------LFAVSYEKNPLDKLCGDRVIVQSKSVHIVYDAQTIIELVKLFKV 612
DGS D E LF+++ ++NPL+ + +++ + +VY+ + +++ F
Sbjct 1002 DGSGDYENNTNDEKQPLFSMTLQQNPLNSESDFSIFIEALPLEVVYNKSMMDAILEFFGN 1061
Query 613 QNSSTLSQLQAAAAVQLEGLKEMSALGLEYAIQKHSALDIQVDLQASQLIVPCGGFYNEK 672
S TL +++ AA Q++ K+ + L +++ ++ H ++D+ +++ A +++P F
Sbjct 1062 APSDTLKEIEEAARNQIKIFKDKTTLRIQHELENHKSIDLDININAPHVLIP-ESFTIPS 1120
Query 673 ESLFVLNLGSLKMRTLEKPKDDKATTNVKELISMGKSDEDIL 714
+ VL+LGS ++++ KDD + + E+ S+ K+D I+
Sbjct 1121 APILVLDLGSFSVQSVVTHKDDTLSEEI-EISSILKNDFSII 1161
Score = 44.3 bits (103), Expect = 0.002, Method: Compositional matrix adjust.
Identities = 41/212 (19%), Positives = 98/212 (46%), Gaps = 23/212 (11%)
Query 1146 IKVVMGCHRVVFLNAFVTGVMNFLNNFQAAQ--QAIKEASAAAAEAAKTNIKDVQEHATR 1203
I V M +++ + + + ++++ F Q Q + +++ A E T + Q+ R
Sbjct 1847 IGVRMSSVKLIVVRSLIDRIIDYFEEFAPNQIDQILADSAKGAVEIMSTRRINQQK---R 1903
Query 1204 IELSVNLKAPVVYVPMNSKSDHCLMMDMGNLTICNTLKKLEVTNDAGESPIVDEMKIDLQ 1263
I V++ P + P N S + ++ D+G++++ N K ++ G++ I+ ++
Sbjct 1904 ILFEVDVNTPRIIFPKNHYSPYVIIADLGHISVFNKYKSNLTNSNGGDNTILSSEQV--- 1960
Query 1264 NIKLSRVRLNKDNF----VLENEVLLLQPVSFTLLIKRNLSTAWFTSI--------PDID 1311
+ S V + F VLE+ + +P+S + + N+ + S+ P
Sbjct 1961 FVYASSVNFHACKFQNGKVLESTI---EPISNKINVHVNIESFLNPSLLEEDQLDEPKQK 2017
Query 1312 MSGRLNLIELLLSQEDYAMVMKVLEGNLGETI 1343
+ G ++ I L +S + Y++ + +++ + TI
Sbjct 2018 VDGEISPINLKISDQQYSLTIAIIKSLIEPTI 2049
Score = 40.0 bits (92), Expect = 0.045, Method: Compositional matrix adjust.
Identities = 34/149 (23%), Positives = 73/149 (49%), Gaps = 24/149 (16%)
Query 870 FTVT-VSKQSDLEISPFLRVEVLQLEAEMLQRTFDQEVTLRLGGVQIK---QNHKSDEI- 924
F+VT VS Q + PF+R+ + + A++L+RTFD + L L + I+ Q+ K++
Sbjct 1473 FSVTTVSLQVVEDDKPFIRMILSDISAQVLKRTFDTSIKLSLAKLSIEDLYQDFKNESFK 1532
Query 925 FMINTPMATGS---------------EEYLIVIQYKNVNKRSPEFVTRHGSVVKLLQLEF 969
++ N+ + EE+LI I +V + SP++ + + + + F
Sbjct 1533 YLANSSIDNNQQPLQSELENSSGIEREEHLISISISSVQRNSPQY----SGISQQIDVSF 1588
Query 970 TTLDILLHQEALINALKFISSIQDKITAS 998
TL + ++++ +I + + ++ I +
Sbjct 1589 NTLFVNINKKLVIKIMNLVDFVEKTIVET 1617
Score = 37.4 bits (85), Expect = 0.34, Method: Compositional matrix adjust.
Identities = 47/201 (23%), Positives = 87/201 (43%), Gaps = 33/201 (16%)
Query 1755 LSAPTILLTLEAGVGNKTLPMLLLHLGFQSNVNDWSSKTMSVEAT-------MTVVMAYY 1807
+P++ LT+ GNK ++ D + +SVE M + Y+
Sbjct 2522 FQSPSVELTVINDYGNKYCGII-----------DLKIRDISVEVAQNRVLFAMFIAANYF 2570
Query 1808 NSCLALWEPLIEPMEGIQDGRRISTPWEIKTKVQFNDLSLGSKGASAVSPSSEI--EPEE 1865
N ++WEP+IE G + G S EI TK Q ++ + S G ++ + +
Sbjct 2571 NVSKSVWEPMIEEW-GCKFGIETS---EIGTKDQSKNIVISSSGKLNLNITKSLFDTFTT 2626
Query 1866 IQQSTKMSIDVLSSENLEITVTKTCLDVLKQLGNAFSNAMEASSKGHSQKMAPYILKNET 1925
I ++++D+ +++ T++ D+ + G +N + K SQ P++LKN+T
Sbjct 2627 IYPLIEIAMDISKADS-----TQSAYDLGYKTG--VNNNLLQHYK--SQNYHPFLLKNQT 2677
Query 1926 GLTMTLDLEHSCFKVVDDGMS 1946
GL + + C D S
Sbjct 2678 GLEIQYQISIICASSFGDTQS 2698
Score = 33.9 bits (76), Expect = 3.7, Method: Compositional matrix adjust.
Identities = 20/69 (29%), Positives = 33/69 (48%), Gaps = 12/69 (17%)
Query 722 YDKFVLEITNFQALVSFADEDWRSALISDSINSMVLLRPTTLEVQFHKCLIMDDPLLPKM 781
YD F L++ N Q ++ E S+ L+ + + +KC+I LL K+
Sbjct 1274 YDLFELKLNNIQFYIASQGE------------SLQLVEKFDINFKIYKCIIKSQTLLSKL 1321
Query 782 RLIGQLPSV 790
+L G LPS+
Sbjct 1322 KLFGGLPSL 1330
Lambda K H
0.332 0.144 0.451
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 4477352264
Database: /agbase_database/invertebrates_exponly.fa
Posted date: Jan 24, 2022 2:17 PM
Number of letters in database: 17,182,648
Number of sequences in database: 25,198
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40