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_001010975.1 ADP/ATP translocase [Apis mellifera]
Length=300
Score E
Sequences producing significant alignments: (Bits) Value
ADT_DROME unnamed protein product 531 0.0
ADT_DICDI unnamed protein product 404 1e-142
O45865_CAEEL unnamed protein product 400 3e-141
G5EFU2_CAEEL unnamed protein product 399 1e-140
O01813_CAEEL unnamed protein product 382 3e-134
>ADT_DROME unnamed protein product
Length=312
Score = 531 bits (1369), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 255/295 (86%), Positives = 271/295 (92%), Gaps = 1/295 (0%)
Query 6 DPVAFAKDFLAGGVAAAISKTTVAPIERVKLLLQVQHISKQISEEQRYKGMIDCFVRIPK 65
D V F KDF AGG++AA+SKT VAPIERVKLLLQVQHISKQIS +++YKGM+DCF+RIPK
Sbjct 19 DAVGFVKDFAAGGISAAVSKTAVAPIERVKLLLQVQHISKQISPDKQYKGMVDCFIRIPK 78
Query 66 EQGFLSYWRGNLANVIRYFPTQALNFAFKDKYKQVFLGGVDKNTQFLRYFVGNLASGGAA 125
EQGF S+WRGNLANVIRYFPTQALNFAFKDKYKQVFLGGVDKNTQF RYF GNLASGGAA
Sbjct 79 EQGFSSFWRGNLANVIRYFPTQALNFAFKDKYKQVFLGGVDKNTQFWRYFAGNLASGGAA 138
Query 126 GATSLCFVYPLDFARTRLAADVGKAGGEREFTGLGNCLTKIFKADGITGLYRGFGVSVQG 185
GATSLCFVYPLDFARTRLAAD GK GG+REFTGLGNCLTKIFK+DGI GLYRGFGVSVQG
Sbjct 139 GATSLCFVYPLDFARTRLAADTGK-GGQREFTGLGNCLTKIFKSDGIVGLYRGFGVSVQG 197
Query 186 IIIYRAAYFGFYDTARGMLPDPKKTPFLISWGIAQVVTTVAGIVSYPFDTVRRRMMMQSG 245
IIIYRAAYFGFYDTARGMLPDPK TP ISW IAQVVTTVAGIVSYPFDTVRRRMMMQSG
Sbjct 198 IIIYRAAYFGFYDTARGMLPDPKNTPIYISWAIAQVVTTVAGIVSYPFDTVRRRMMMQSG 257
Query 246 RAKSEILYKSTLHCWATIYKTEGGNAFFKGAFSNILRGTGGALVLVLYDEIKNLL 300
R +E++YK+TLHCWATI K EG AFFKGAFSNILRGTGGA VLVLYDEIK +L
Sbjct 258 RKATEVIYKNTLHCWATIAKQEGTGAFFKGAFSNILRGTGGAFVLVLYDEIKKVL 312
>ADT_DICDI unnamed protein product
Length=309
Score = 404 bits (1038), Expect = 1e-142, Method: Compositional matrix adjust.
Identities = 202/297 (68%), Positives = 236/297 (79%), Gaps = 6/297 (2%)
Query 6 DPVAFAKDFLAGGVAAAISKTTVAPIERVKLLLQVQHISKQISEEQRYKGMIDCFVRIPK 65
D +F KD L GG A +SKT VAPIERVKLLLQVQ S QI+ +++YKG++DCFVR+ K
Sbjct 8 DVSSFVKDSLIGGTAGGVSKTIVAPIERVKLLLQVQSASTQIAADKQYKGIVDCFVRVSK 67
Query 66 EQGFLSYWRGNLANVIRYFPTQALNFAFKDKYKQVFLGGVDKNTQFLRYFVGNLASGGAA 125
EQG +S WRGNLANVIRYFPTQALNFAFKDKYK+ F+ K ++F+GNL SGGAA
Sbjct 68 EQGVISLWRGNLANVIRYFPTQALNFAFKDKYKKFFVRHTAKENP-TKFFIGNLLSGGAA 126
Query 126 GATSLCFVYPLDFARTRLAADVGKAGGEREFTGLGNCLTKIFKADGITGLYRGFGVSVQG 185
GATSL FVYPLDFARTRLAADVG G R+FTGLGNC++ I+K DG+ GLYRGFGVSV G
Sbjct 127 GATSLLFVYPLDFARTRLAADVG-TGSARQFTGLGNCISSIYKRDGLIGLYRGFGVSVGG 185
Query 186 IIIYRAAYFGFYDTARGML--PDPKKTPFLISWGIAQVVTTVAGIVSYPFDTVRRRMMMQ 243
I +YRAA+FG YDTA+G+L + KK F SWGIAQVVTT+AG+VSYPFDTVRRRMMMQ
Sbjct 186 IFVYRAAFFGGYDTAKGILLGENNKKASFWASWGIAQVVTTIAGVVSYPFDTVRRRMMMQ 245
Query 244 SGRAKSEILYKSTLHCWATIYKTEGGNAFFKGAFSNILRGTGGALVLVLYDEIKNLL 300
+GRA +ILY ST CW I EG AFFKGA SN +RG+GGALVLV+YDEI+ L+
Sbjct 246 AGRA--DILYSSTWDCWVKIATREGPTAFFKGALSNAIRGSGGALVLVIYDEIQKLM 300
>O45865_CAEEL unnamed protein product
Length=300
Score = 400 bits (1028), Expect = 3e-141, Method: Compositional matrix adjust.
Identities = 199/296 (67%), Positives = 233/296 (79%), Gaps = 4/296 (1%)
Query 6 DPVAFAKDFLAGGVAAAISKTTVAPIERVKLLLQVQHISKQISEEQRYKGMIDCFVRIPK 65
D F D +GG AAA+SKT VAPIERVKLLLQVQ SK I+ ++RYKG++D +R+PK
Sbjct 8 DTKKFLIDLASGGTAAAVSKTAVAPIERVKLLLQVQDASKAIAVDKRYKGIMDVLIRVPK 67
Query 66 EQGFLSYWRGNLANVIRYFPTQALNFAFKDKYKQVFLGGVDKNTQFLRYFVGNLASGGAA 125
EQG + WRGNLANVIRYFPTQA+NFAFKD YK +FL G+DK F ++F GNLASGGAA
Sbjct 68 EQGVAALWRGNLANVIRYFPTQAMNFAFKDTYKAIFLEGLDKKKDFWKFFAGNLASGGAA 127
Query 126 GATSLCFVYPLDFARTRLAADVGKAGGEREFTGLGNCLTKIFKADGITGLYRGFGVSVQG 185
GATSLCFVYPLDFARTRLAAD+GKA +REF GL +CL KI K+DG GLYRGF VSVQG
Sbjct 128 GATSLCFVYPLDFARTRLAADIGKA-NDREFKGLADCLIKIVKSDGPIGLYRGFFVSVQG 186
Query 186 IIIYRAAYFGFYDTARGML-PDPKKTPFLISWGIAQVVTTVAGIVSYPFDTVRRRMMMQS 244
IIIYRAAYFG +DTA+ + D +K F +WGIAQVVT +GI+SYP+DTVRRRMMMQS
Sbjct 187 IIIYRAAYFGMFDTAKMVFASDGQKLNFFAAWGIAQVVTVGSGILSYPWDTVRRRMMMQS 246
Query 245 GRAKSEILYKSTLHCWATIYKTEGGNAFFKGAFSNILRGTGGALVLVLYDEIKNLL 300
GR +ILYK+TL C I + EG +A FKGA SN+ RGTGGALVL +YDEI+ L
Sbjct 247 GR--KDILYKNTLDCAKKIIQNEGMSAMFKGALSNVFRGTGGALVLAIYDEIQKFL 300
>G5EFU2_CAEEL unnamed protein product
Length=313
Score = 399 bits (1025), Expect = 1e-140, Method: Compositional matrix adjust.
Identities = 200/296 (68%), Positives = 231/296 (78%), Gaps = 4/296 (1%)
Query 6 DPVAFAKDFLAGGVAAAISKTTVAPIERVKLLLQVQHISKQISEEQRYKGMIDCFVRIPK 65
D F D +GG AAA+SKT VAPIERVKLLLQVQ S I+ ++RYKG++D VR+PK
Sbjct 21 DTRKFLIDLASGGTAAAVSKTAVAPIERVKLLLQVQDASLTIAADKRYKGIVDVLVRVPK 80
Query 66 EQGFLSYWRGNLANVIRYFPTQALNFAFKDKYKQVFLGGVDKNTQFLRYFVGNLASGGAA 125
EQG+ + WRGNLANVIRYFPTQALNFAFKD YK +F G+DK F ++F GNLASGGAA
Sbjct 81 EQGYAALWRGNLANVIRYFPTQALNFAFKDTYKNIFQKGLDKKKDFWKFFAGNLASGGAA 140
Query 126 GATSLCFVYPLDFARTRLAADVGKAGGEREFTGLGNCLTKIFKADGITGLYRGFGVSVQG 185
GATSLCFVYPLDFARTRLAADVGKA EREF GL +CL KI K+DG GLYRGF VSVQG
Sbjct 141 GATSLCFVYPLDFARTRLAADVGKA-NEREFKGLADCLVKIAKSDGPIGLYRGFFVSVQG 199
Query 186 IIIYRAAYFGFYDTARGML-PDPKKTPFLISWGIAQVVTTVAGIVSYPFDTVRRRMMMQS 244
IIIYRAAYFG +DTA+ + D KK F +W IAQVVT +GI+SYP+DTVRRRMMMQS
Sbjct 200 IIIYRAAYFGMFDTAKMVFTADGKKLNFFAAWAIAQVVTVGSGILSYPWDTVRRRMMMQS 259
Query 245 GRAKSEILYKSTLHCWATIYKTEGGNAFFKGAFSNILRGTGGALVLVLYDEIKNLL 300
GR ++LYK+TL C I K EG +A FKGA SN+ RGTGGALVL +YDEI+ +
Sbjct 260 GR--KDVLYKNTLDCAVKIIKNEGMSAMFKGALSNVFRGTGGALVLAIYDEIQKFI 313
Score = 54.3 bits (129), Expect = 3e-08, Method: Compositional matrix adjust.
Identities = 52/185 (28%), Positives = 80/185 (43%), Gaps = 13/185 (7%)
Query 106 DKNTQFLRYFVGNLASGGAAGATSLCFVYPLDFARTRLAADVGKA----GGEREFTGLGN 161
DK R F+ +LASGG A A S V P++ R +L V A ++ + G+ +
Sbjct 16 DKKGFDTRKFLIDLASGGTAAAVSKTAVAPIE--RVKLLLQVQDASLTIAADKRYKGIVD 73
Query 162 CLTKIFKADGITGLYRGFGVSVQGIIIYRAAYFGFYDTARGMLPD--PKKTPFLISWGIA 219
L ++ K G L+RG +V +A F F DT + + KK F +
Sbjct 74 VLVRVPKEQGYAALWRGNLANVIRYFPTQALNFAFKDTYKNIFQKGLDKKKDFWKFFAGN 133
Query 220 QVVTTVAGIVS----YPFDTVRRRMMMQSGRAKSEILYKSTLHCWATIYKTEGGNAFFKG 275
AG S YP D R R+ G+A +E +K C I K++G ++G
Sbjct 134 LASGGAAGATSLCFVYPLDFARTRLAADVGKA-NEREFKGLADCLVKIAKSDGPIGLYRG 192
Query 276 AFSNI 280
F ++
Sbjct 193 FFVSV 197
>O01813_CAEEL unnamed protein product
Length=300
Score = 382 bits (982), Expect = 3e-134, Method: Compositional matrix adjust.
Identities = 189/296 (64%), Positives = 229/296 (77%), Gaps = 4/296 (1%)
Query 6 DPVAFAKDFLAGGVAAAISKTTVAPIERVKLLLQVQHISKQISEEQRYKGMIDCFVRIPK 65
D F D +GG AAAISKT VAPIERVKLLLQV +S+ ++ +++YKG++D R+PK
Sbjct 8 DYRKFLVDLASGGTAAAISKTAVAPIERVKLLLQVSDVSETVTADKKYKGIMDVLARVPK 67
Query 66 EQGFLSYWRGNLANVIRYFPTQALNFAFKDKYKQVFLGGVDKNTQFLRYFVGNLASGGAA 125
EQG+ ++WRGNLANV+RYFPTQALNFAFKD YK++F G+DKN +F ++F GNLASGGAA
Sbjct 68 EQGYAAFWRGNLANVLRYFPTQALNFAFKDTYKKMFQEGIDKNKEFWKFFAGNLASGGAA 127
Query 126 GATSLCFVYPLDFARTRLAADVGKAGGEREFTGLGNCLTKIFKADGITGLYRGFGVSVQG 185
GATSLCFVYPLDF RTRL ADVGK G +REF GL +C KI K+DG GLYRGF VSVQG
Sbjct 128 GATSLCFVYPLDFVRTRLGADVGK-GVDREFQGLTDCFVKIVKSDGPIGLYRGFFVSVQG 186
Query 186 IIIYRAAYFGFYDTARGMLP-DPKKTPFLISWGIAQVVTTVAGIVSYPFDTVRRRMMMQS 244
IIIYRAAYFG +DTA+ + D +K F +W IAQV T +G +SYP+DTVRRRMMMQS
Sbjct 187 IIIYRAAYFGMFDTAKTLYSTDGQKLNFFTTWAIAQVGTVGSGYLSYPWDTVRRRMMMQS 246
Query 245 GRAKSEILYKSTLHCWATIYKTEGGNAFFKGAFSNILRGTGGALVLVLYDEIKNLL 300
GR +ILYK+TL C I K EG A +KG SN+ R TGGALVL +YDEI++L+
Sbjct 247 GR--KDILYKNTLDCVRKIVKNEGITALYKGGLSNVFRATGGALVLTIYDEIQHLI 300
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011562.1 uncharacterized protein LOC406065 precursor [Apis
mellifera]
Length=87
Score E
Sequences producing significant alignments: (Bits) Value
Q18100_CAEEL unnamed protein product 30.8 0.099
Q53U86_CAEEL unnamed protein product 30.8 0.100
Q4PIU9_CAEEL unnamed protein product 30.8 0.11
Q53U87_CAEEL unnamed protein product 30.8 0.11
Q57ZN1_TRYB2 unnamed protein product 28.5 0.60
>Q18100_CAEEL unnamed protein product
Length=1144
Score = 30.8 bits (68), Expect = 0.099, Method: Composition-based stats.
Identities = 15/35 (43%), Positives = 18/35 (51%), Gaps = 2/35 (6%)
Query 51 FPPGPPPNNEDSSG--VIVGASGYGFVPPNQAFYR 83
+P GPPPN S G VI + YG P FY+
Sbjct 164 WPLGPPPNTNTSEGEKVIFDCTTYGKPTPKVTFYK 198
>Q53U86_CAEEL unnamed protein product
Length=1147
Score = 30.8 bits (68), Expect = 0.100, Method: Composition-based stats.
Identities = 15/35 (43%), Positives = 18/35 (51%), Gaps = 2/35 (6%)
Query 51 FPPGPPPNNEDSSG--VIVGASGYGFVPPNQAFYR 83
+P GPPPN S G VI + YG P FY+
Sbjct 164 WPLGPPPNTNTSEGEKVIFDCTTYGKPTPKVTFYK 198
>Q4PIU9_CAEEL unnamed protein product
Length=1328
Score = 30.8 bits (68), Expect = 0.11, Method: Composition-based stats.
Identities = 15/35 (43%), Positives = 18/35 (51%), Gaps = 2/35 (6%)
Query 51 FPPGPPPNNEDSSG--VIVGASGYGFVPPNQAFYR 83
+P GPPPN S G VI + YG P FY+
Sbjct 348 WPLGPPPNTNTSEGEKVIFDCTTYGKPTPKVTFYK 382
>Q53U87_CAEEL unnamed protein product
Length=1331
Score = 30.8 bits (68), Expect = 0.11, Method: Composition-based stats.
Identities = 15/35 (43%), Positives = 18/35 (51%), Gaps = 2/35 (6%)
Query 51 FPPGPPPNNEDSSG--VIVGASGYGFVPPNQAFYR 83
+P GPPPN S G VI + YG P FY+
Sbjct 348 WPLGPPPNTNTSEGEKVIFDCTTYGKPTPKVTFYK 382
>Q57ZN1_TRYB2 unnamed protein product
Length=1675
Score = 28.5 bits (62), Expect = 0.60, Method: Composition-based stats.
Identities = 20/54 (37%), Positives = 25/54 (46%), Gaps = 3/54 (6%)
Query 21 DYSQLFAGFGPYIRQAVAMRDPRSNRGPV---LFPPGPPPNNEDSSGVIVGASG 71
D S +F+G P + +PRS R V LF G P SSG+ VG S
Sbjct 551 DSSGVFSGDNPSGPALIHHAEPRSRRAKVAFGLFAAGYCPEAVLSSGLCVGHSA 604
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011563.1 juvenile hormone esterase precursor [Apis mellifera]
Length=567
Score E
Sequences producing significant alignments: (Bits) Value
EST6_DROME unnamed protein product 265 2e-81
ESTP_DROME unnamed protein product 251 2e-76
Q9BMT7_DROME unnamed protein product 249 3e-75
A1ZA98_DROME unnamed protein product 249 4e-75
Q9W2F4_DROME unnamed protein product 234 2e-69
>EST6_DROME unnamed protein product
Length=544
Score = 265 bits (677), Expect = 2e-81, Method: Compositional matrix adjust.
Identities = 160/481 (33%), Positives = 249/481 (52%), Gaps = 20/481 (4%)
Query 4 LFLVLLSSLVTFGWTLEDAPR---VKTPLGAIKGYYKISGNGKQYEAYEGIPYALPPVGK 60
L L+++ S + G D V+ P G ++G NG Y +YE IPYA PP G
Sbjct 6 LGLIIVLSCLWLGSNASDTDDPLLVQLPQGKLRG----RDNGSYY-SYESIPYAEPPTGD 60
Query 61 FRFKAPQKIP-AWIGELSATKFGFPCLQYTQLPVNPRDKIEGAEDCLYLNVYVPADRTPS 119
RF+AP+ W ATK CLQ+ Q +K+ G EDCL ++VY P + +
Sbjct 61 LRFEAPEPYKQKWSDIFDATKTPVACLQWDQFTPGA-NKLVGEEDCLTVSVYKPKN-SKR 118
Query 120 QSLPVIFWIHGGAFQFGSGIPMGAKYLM-DSDVIFVTINYRLGILGFLSTEDEVVPGNMG 178
S PV+ IHGGAF FG+ G + +M + I V I+YRLG LGF+ST D +PGN G
Sbjct 119 NSFPVVAHIHGGAFMFGAAWQNGHENVMREGKFILVKISYRLGPLGFVSTGDRDLPGNYG 178
Query 179 LKDQSMALRWVSENIEWFGGNPKRITLIGLSAGGASVHYHYLSPLSAGLFQGGISISGTA 238
LKDQ +AL+W+ +NI FGG P+ + L+G SAGGASVH L L + S SG A
Sbjct 179 LKDQRLALKWIKQNIASFGGEPQNVLLVGHSAGGASVHLQMLREDFGQLARAAFSFSGNA 238
Query 239 LNCWTQTENSLEKAKQVGAFMGCPT-RNVKEMIRCLRYRPARAIVETLANFMRFYYNPFT 297
L+ W + + +A ++G +GC + + + +CL+ +PA +V + F+ F Y PF
Sbjct 239 LDPWVIQKGARGRAFELGRNVGCESAEDSTSLKKCLKSKPASELVTAVRKFLIFSYVPFA 298
Query 298 PFGPVTEKVNNDSNSLPFIDRTPIEIINSGDVQDVPWVTGVTSEEGLYPVAEFIAKPEA- 356
PF PV E + I + P ++I SG VPW +E+G Y A + + ++
Sbjct 299 PFSPVLEPSDAPD---AIITQDPRDVIKSGKFGQVPWAVSYVTEDGGYNAALLLKERKSG 355
Query 357 --LKLLDENWDLIAPYFLDYNYTIPKEKHVEVARLIRNYYFESNKIDETTLKHLIDVASD 414
+ L+E W +APY L Y T K+ + +R I+ Y + + D + L + +D
Sbjct 356 IVIDDLNERWLELAPYLLFYRDTKTKKDMDDYSRKIKQEYIGNQRFDIESYSELQRLFTD 415
Query 415 RFFITDGEKAARMQAKVNRQPVWFYYYTYKGAHSISEIMSGTSN-KYGVCHADDAYMVVD 473
F +++ + K + P + Y Y I+++++ ++ +G H DD +++ +
Sbjct 416 ILFKNSTQESLDLHRKYGKSPAYAYVYDNPAEKGIAQVLANRTDYDFGTVHGDDYFLIFE 475
Query 474 T 474
Sbjct 476 N 476
>ESTP_DROME unnamed protein product
Length=544
Score = 251 bits (642), Expect = 2e-76, Method: Compositional matrix adjust.
Identities = 155/468 (33%), Positives = 237/468 (51%), Gaps = 15/468 (3%)
Query 45 YEAYEGIPYALPPVGKFRFKAPQKIPA-WIGELSATKFGFPCLQYTQLPVNPRDKIEGAE 103
Y +YE IP A P G RF+APQ W +AT+ C+Q+ Q +N +K+ G E
Sbjct 42 YYSYESIPNAEHPTGALRFEAPQPYSHHWTDVFNATQSPVECMQWNQF-INENNKLMGDE 100
Query 104 DCLYLNVYVPADRTPSQSLPVIFWIHGGAFQFGSGIPMGAKYLM-DSDVIFVTINYRLGI 162
DCL +++Y P S S PV+ +HGGAF FGSG G +M + ++ V I++ LG
Sbjct 101 DCLTVSIYKPKKPNRS-SFPVVVLLHGGAFMFGSGSIYGHDSIMREGTLLVVKISFGLGP 159
Query 163 LGFLSTEDEVVPGNMGLKDQSMALRWVSENIEWFGGNPKRITLIGLSAGGASVHYHYLSP 222
LGF ST D +PGN GLKDQ +AL+W+ +NI FGG P I LIG SAGGAS H L
Sbjct 160 LGFASTGDRHLPGNYGLKDQRLALQWIKKNIAHFGGMPDNIVLIGHSAGGASAHLQLLHE 219
Query 223 LSAGLFQGGISISGTALNCWTQTENSLEKAKQVGAFMGCPTRNVK-EMIRCLRYRPARAI 281
L +G IS+SG AL+ W + +A ++G +GC NV E+ CL+ +PA I
Sbjct 220 DFKHLAKGAISVSGNALDPWVIQQGGRRRAFELGRIVGCGHTNVSAELKDCLKSKPASDI 279
Query 282 VETLANFMRFYYNPFTPFGPVTEKVNNDSNSLPFIDRTPIEIINSGDVQDVPWVTGVTSE 341
V + +F+ F Y PF+ FGPV E + F+ P +I SG VPW T+E
Sbjct 280 VSAVRSFLVFSYVPFSAFGPVVEPSDAPD---AFLTEDPRAVIKSGKFAQVPWAVTYTTE 336
Query 342 EGLYPVAEFIAKPEA-----LKLLDENWDLIAPYFLDYNYTIPKEKHV-EVARLIRNYYF 395
+G Y A+ + + + + LL++ W APY L Y K + +++ +R Y
Sbjct 337 DGGYNAAQLLERNKLTGESWIDLLNDRWFDWAPYLLFYRDAKKTIKDMDDLSFDLRQQYL 396
Query 396 ESNKIDETTLKHLIDVASDRFFITDGEKAARMQAKVNRQPVWFYYYTYKGAHSISEIMSG 455
+ + ++ + +D F A + K + PV+ + Y + +++S
Sbjct 397 ADRRFSVESYWNVQRMFTDVLFKNSVPSAIDLHRKYGKSPVYSFVYDNPTDSGVGQLLSN 456
Query 456 TSN-KYGVCHADDAYMVVDTPFLASTTTTNDIKMQKVLIDFWVSFVNN 502
++ +G H DD +++ +T + ++ + K I F N
Sbjct 457 RTDVHFGTVHGDDFFLIFNTAAYRTGIRPDEEVISKKFIGMLEDFALN 504
>Q9BMT7_DROME unnamed protein product
Length=574
Score = 249 bits (637), Expect = 3e-75, Method: Compositional matrix adjust.
Identities = 167/494 (34%), Positives = 260/494 (53%), Gaps = 21/494 (4%)
Query 29 LGAIKGYYKISGNGKQYEAYEGIPYALPPVGKFRFKAPQKIPAWIGELSATKFGFPCLQY 88
+G +KG +++EA+ GIPYALPP+G RF P+ +P +G A+ C+Q
Sbjct 34 VGCLKGTNLQGYQSERFEAFMGIPYALPPIGDLRFSNPKVMPKLLGMYDASAPKMDCIQK 93
Query 89 TQLPVNPRDKIEGAEDCLYLNVYVPADRTPSQSLPVIFWIHGGAFQFGSGIPM--GAKYL 146
L P + G EDCLYLNVY P R +LPV+ +IHGG F GS P G +Y
Sbjct 94 NYLLPTP--VVYGDEDCLYLNVYRPEIR--KSALPVMVYIHGGGFFGGSAGPGVTGPEYF 149
Query 147 MDS-DVIFVTINYRLGILGFLSTEDEVVPGNMGLKDQSMALRWVSENIEWFGGNPKRITL 205
MDS +VI VT+ YRLG GFLST+D V+ GN GLKDQ++ALRWV NI +FGG+P+R+T+
Sbjct 150 MDSGEVILVTMAYRLGPFGFLSTQDAVMSGNFGLKDQNLALRWVQRNIRFFGGDPQRVTI 209
Query 206 IGLSAGGASVHYHYLSPLSAGLFQGGISISGTALNCWTQTENSLEKAKQVGAFMGCP-TR 264
G SAGG + H H LSP S GLF IS+SGTA + E LE+A+ + F P R
Sbjct 210 FGQSAGGVAAHMHLLSPRSHGLFHRVISMSGTANVPFAIAEQPLEQARLLAEFADVPDAR 269
Query 265 NVK--EMIRCLRYRPARAIVETLANFMRFYYNPFTPFGPVTEK-VNNDSNSLPFIDRTPI 321
N+ ++ + LR A ++ + + T F PV E+ + D+ F++ P+
Sbjct 270 NLSTVKLTKALRRINATKLLNAGDGLKYWDVDHMTNFRPVVEEGLEVDA----FLNAHPM 325
Query 322 EIINSGDVQDVPWVTGVTSEEGLYPVAEFIAKPEALKLLDENWDLIAPYFLDYNYTIPKE 381
+++ G +P + G EG V + + + +D + L++ + ++
Sbjct 326 DMLAQGMPTSIPLLLGTVPGEGAVRVVNILGNETLRQSFNLRFDELLQELLEFPASFSQD 385
Query 382 KHVEVARLIRNYYFE-SNKIDETTLKHLIDVASDRFFITDGEKAARMQAKVNRQPVWFYY 440
+ ++ L+ YF+ ++++E T++ +++ SDR F PV+ Y
Sbjct 386 RREKMMDLLVEVYFQGQHEVNELTVQGFMNLISDRGFKQPLYNTIHKNVCHTPNPVYLYS 445
Query 441 YTYKG--AHSISEIMSGTSNKYGVCHADDAYMVVDTPFLASTTTTN--DIKMQKVLIDFW 496
+ Y+G +++ + + + KYGV H DD + +P L N + K+ +D++
Sbjct 446 FNYQGPLSYASAYTSANVTGKYGVVHCDDLLYLFRSPLLFPDFQRNSTEAKVIHSFVDYF 505
Query 497 VSFVNNGVPNVNSV 510
V F G P NSV
Sbjct 506 VHFAKFGKPR-NSV 518
>A1ZA98_DROME unnamed protein product
Length=579
Score = 249 bits (636), Expect = 4e-75, Method: Compositional matrix adjust.
Identities = 164/489 (34%), Positives = 257/489 (53%), Gaps = 20/489 (4%)
Query 29 LGAIKGYYKISGNGKQYEAYEGIPYALPPVGKFRFKAPQKIPAWIGELSATKFGFPCLQY 88
+G +KG +++EA+ GIPYALPP+G RF P+ +P +G A+ C+Q
Sbjct 39 VGCLKGTNLQGYQSERFEAFMGIPYALPPIGDLRFSNPKVMPKLLGMYDASAPKMDCIQK 98
Query 89 TQLPVNPRDKIEGAEDCLYLNVYVPADRTPSQSLPVIFWIHGGAFQFGSGIPM--GAKYL 146
L P + G EDCLYLNVY P R +LPV+ +IHGG F GS P G +Y
Sbjct 99 NYLLPTP--VVYGDEDCLYLNVYRPEIR--KSALPVMVYIHGGGFFGGSAGPGVTGPEYF 154
Query 147 MDS-DVIFVTINYRLGILGFLSTEDEVVPGNMGLKDQSMALRWVSENIEWFGGNPKRITL 205
MDS +VI VT+ YRLG GFLST+D V+ GN GLKDQ++ALRWV NI +FGG+P+R+T+
Sbjct 155 MDSGEVILVTMAYRLGPFGFLSTQDAVMSGNFGLKDQNLALRWVQRNIRFFGGDPQRVTI 214
Query 206 IGLSAGGASVHYHYLSPLSAGLFQGGISISGTALNCWTQTENSLEKAKQVGAFMGCP-TR 264
G SAGG + H H LSP S GLF IS+SGTA + E LE+A+ + F P R
Sbjct 215 FGQSAGGVAAHMHLLSPRSHGLFHRVISMSGTANVPFAIAEQPLEQARLLAEFADVPDAR 274
Query 265 NVK--EMIRCLRYRPARAIVETLANFMRFYYNPFTPFGPVTEK-VNNDSNSLPFIDRTPI 321
N+ ++ + LR A ++ + + T F PV E+ + D+ F++ P+
Sbjct 275 NLSTVKLTKALRRINATKLLNAGDGLKYWDVDHMTNFRPVVEEGLEVDA----FLNAHPM 330
Query 322 EIINSGDVQDVPWVTGVTSEEGLYPVAEFIAKPEALKLLDENWDLIAPYFLDYNYTIPKE 381
+++ G +P + G EG V + + + +D + L++ + ++
Sbjct 331 DMLAQGMPTSIPLLLGTVPGEGAVRVVNILGNETLRQSFNLRFDELLQELLEFPASFSQD 390
Query 382 KHVEVARLIRNYYFE-SNKIDETTLKHLIDVASDRFFITDGEKAARMQAKVNRQPVWFYY 440
+ ++ L+ YF+ ++++E T++ +++ SDR F PV+ Y
Sbjct 391 RREKMMDLLVEVYFQGQHEVNELTVQGFMNLISDRGFKQPLYNTIHKNVCHTPNPVYLYS 450
Query 441 YTYKG--AHSISEIMSGTSNKYGVCHADDAYMVVDTPFLASTTTTN--DIKMQKVLIDFW 496
+ Y+G +++ + + + KYGV H DD + +P L N + K+ +D++
Sbjct 451 FNYQGPLSYASAYTSANVTGKYGVVHCDDLLYLFRSPLLFPDFQRNSTEAKVIHSFVDYF 510
Query 497 VSFVNNGVP 505
V F G P
Sbjct 511 VHFAKFGKP 519
>Q9W2F4_DROME unnamed protein product
Length=562
Score = 234 bits (596), Expect = 2e-69, Method: Compositional matrix adjust.
Identities = 174/544 (32%), Positives = 278/544 (51%), Gaps = 33/544 (6%)
Query 24 RVKTPL--GAIKGYYKISGNGKQYEAYEGIPYALPPVGKFRFKAPQKIPAWIG-ELSATK 80
+VK P+ G + G K NG +Y ++ G+PYA PPVG+ RF++P+ + + EL +K
Sbjct 19 KVKVPVKQGVLVGRQKKLVNGLEYNSFLGVPYAEPPVGELRFRSPRPLERFQKQELDCSK 78
Query 81 FGFPCLQYTQLPVNPRDKIEGAEDCLYLNVYVPADRTPSQSLPVIFWIHGGAFQFG---S 137
G + Y + P ++ G+EDCL+LNVY P ++ LPV+ WIHGG F FG S
Sbjct 79 EG--NVSYQRDPFTL--EVAGSEDCLFLNVYAPKVKSTRTPLPVMVWIHGGGFFFGNGNS 134
Query 138 GIPMGAKYLMDSDVIFVTINYRLGILGFLSTEDEVVPGNMGLKDQSMALRWVSENIEWFG 197
AK LM+ +VI VT+NYRLG LGFLS +E + GNMGLKDQ +AL WV ENI F
Sbjct 135 DFHFPAK-LMEQEVIVVTLNYRLGALGFLSLPEEGIHGNMGLKDQRLALEWVQENIASFN 193
Query 198 GNPKRITLIGLSAGGASVHYHYLSPLSAGLFQGGISISGTALNCWTQTENSLEKAKQVG- 256
G+P +TL G SAGG+SVH H + + LF I SGTA W + K +++
Sbjct 194 GDPNNVTLFGESAGGSSVHLHTFARHAKRLFHKAIMQSGTANMEWVFQNEAPAKTRRLAE 253
Query 257 ----AFMGCPTRNVKEMIRCLRYRPARAIVETLANFM---RFYYNPFTPFGPVTEKVNND 309
G ++ + ++ + P + TL R + PF F PV E +
Sbjct 254 LLGGGDFGGDSKALLTFLQSEKATPTAILANTLKVLSPDERRRHLPFA-FKPVVE---DS 309
Query 310 SNSLPFIDRTPIEIINSGD-VQDVPWVTGVTSEEGLYPVAEFIAKPEALKLLDENWDLIA 368
S+ F+++ +E+++ D + +P + G S EGL V + K EA +++ +
Sbjct 310 SSPDRFLEQDIMELMHKKDCLGSMPVIMGYNSAEGLAIVVKAKQKLEA---YEDDLARLV 366
Query 369 PYFLDYNYTIPKEKHVEVARLIRNYYFESNKIDETTLKHLIDVASDRFFITDGEKAARMQ 428
P L + P+ + E A IR ++F + + + +L+D+ SD F D ++A +
Sbjct 367 PRNLVLDPQAPEAQ--EAASDIRAFFFNGQALSKENMDNLVDLFSDYHFSMDLQRAVEIH 424
Query 429 AKVNRQ-PVWFYYYTYKGAHSISEIMSGTSNKYGVCHADDAYMVVDTPFLASTTTTNDIK 487
A Q P++FY Y G ++ + + + GV HADD + + +D+
Sbjct 425 ASCQTQSPLYFYRLDYVGGRNLYKKIFQNEDLRGVAHADDICYLFQMAGDETEMNRDDLM 484
Query 488 MQKVLIDFWVSFVNNGVPNVNSVQWPRLNP-NEKSLHYLHIAGPGKIQMDSSTNFGREDF 546
+ + L + W +F +G P + + P P N + + + +++M S+ + R DF
Sbjct 485 VTERLCEMWANFARDGKP--SPIWKPVKKPHNGEPIQLDCLLIDRELKMCSNPDGERMDF 542
Query 547 WNSI 550
W S+
Sbjct 543 WRSM 546
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011564.1 major royal jelly protein 8 precursor [Apis
mellifera]
Length=416
Score E
Sequences producing significant alignments: (Bits) Value
MRJP1_APIME unnamed protein product 519 0.0
YELL_DROME unnamed protein product 150 4e-40
YELF2_DROME unnamed protein product 96.7 1e-21
YELF_DROME unnamed protein product 90.9 9e-20
DCSA_DICDI unnamed protein product 32.7 0.75
>MRJP1_APIME unnamed protein product
Length=432
Score = 519 bits (1336), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 245/419 (58%), Positives = 319/419 (76%), Gaps = 3/419 (1%)
Query 1 MIRWLLLMYLGITCQGVTD--IHSRNLTNSLKVIYEWKYIDYDFGSDEKRQAAIQSGDYN 58
M R +L+ LGI CQG T + +L SL +++EWK+ DYDFGSDE+RQ AI SG+Y+
Sbjct 1 MTRLFMLVCLGIVCQGTTGNILRGESLNKSLPILHEWKFFDYDFGSDERRQDAILSGEYD 60
Query 59 YTMNYLLDTDQWGDKTFVIIMKFNGVPSSLNVITNKTGNGGPLLAPYPDWTWAKNENCSG 118
Y NY D DQW DK FV ++++NGVPSSLNVI+ K G+GGPLL PYPDW++AK ++CSG
Sbjct 61 YKNNYPSDIDQWHDKIFVTMLRYNGVPSSLNVISKKVGDGGPLLQPYPDWSFAKYDDCSG 120
Query 119 ITSAYKIEIDMCDRLWVLDSGLINNVRSVCPPQLLVFDLNTSQLLKQVKIPHDIAVNTTT 178
I SA K+ ID CDRLWVLDSGL+NN + +C P+LL FDL TSQLLKQV+IPHD+AVN TT
Sbjct 121 IVSASKLAIDKCDRLWVLDSGLVNNTQPMCSPKLLTFDLTTSQLLKQVEIPHDVAVNATT 180
Query 179 EKGALVTLSVQLLSCEVNGSTLVYIGDNEGFALIIYNNSDNSFQRLTSSTFASDPRYTTF 238
KG L +L+VQ L C N T+VYI D +G LI+Y+NSD+SF RLTS+TF DP++T
Sbjct 181 GKGRLSSLAVQSLDCNTNSDTMVYIADEKGEGLIVYHNSDDSFHRLTSNTFDYDPKFTKM 240
Query 239 TINGESFTLQSGIFGMALSPLTQNLYYSALSSHNLNYVNTEQFVKSQYQANNVHYQGKEN 298
TI+GES+T Q GI GMALSP+T NLYYS ++S +L YVNTEQF S YQ N++HY+G +N
Sbjct 241 TIDGESYTAQDGISGMALSPMTNNLYYSPVASTSLYYVNTEQFRTSDYQQNDIHYEGVQN 300
Query 299 ILWTQASAKGISDNGVLFFGLVGDTSLACWNENRLLDRRNIEVVAKNKETLQAITGLKVK 358
IL TQ+SAK +S +GVLFFGLVGD++L CWNE+R L+R NI VA++ ETLQ I +K+K
Sbjct 301 ILDTQSSAKVVSKSGVLFFGLVGDSALGCWNEHRTLERHNIRTVAQSDETLQMIASMKIK 360
Query 359 RRISFILVHGFPLEYEYVLAVSNRIQKVIYG-FDFNDVNFRILIANVNDLIKNTRCISP 416
+ + + + EY+L +SN++QK++ F+F+DVNFRI+ ANVN+LI NTRC +P
Sbjct 361 EALPHVPIFDRYINREYILVLSNKMQKMVNNDFNFDDVNFRIMNANVNELILNTRCENP 419
>YELL_DROME unnamed protein product
Length=541
Score = 150 bits (379), Expect = 4e-40, Method: Compositional matrix adjust.
Identities = 112/401 (28%), Positives = 198/401 (49%), Gaps = 36/401 (9%)
Query 29 LKVIYEWKYIDYDFGSDEKRQAAIQSGDYNYTMNYLLDTDQWGDKTFVIIMKF-NGVPSS 87
L+ Y W +D+ F + + A+ SGDY + + +G++ FV + ++ +G+P++
Sbjct 25 LQERYSWSQLDFAFPNTRLKDQALASGDYIPQNALPVGVEHFGNRLFVTVPRWRDGIPAT 84
Query 88 LNVIT-NKTGNGGPLLAPYPDWTWAKNENCS-GITSAYKIEIDMCDRLWVLDSGLI---N 142
L I +++ G P L PYPDW +C+ IT+AY+I++D C RLWVLD+G + N
Sbjct 85 LTYINMDRSLTGSPELIPYPDWRSNTAGDCANSITTAYRIKVDECGRLWVLDTGTVGIGN 144
Query 143 NVRSVCPPQLLVFDLNTSQLLKQVKIPHDIAVNTTTEKGALVTLSVQL-LSCEVNGSTLV 201
+ CP + VFDL T +++ ++P + N T + ++V + +C+
Sbjct 145 TTTNPCPYAVNVFDLTTDTRIRRYELP-GVDTNPNT---FIANIAVDIGKNCD---DAYA 197
Query 202 YIGDNEGFALIIYNNSDNSFQRLTS-STFASDPRYTTFTINGESFTL-QSGIFGMALSPL 259
Y D G+ LI Y+ N R ++ S F DP F + G +F + GIFGM+LSP+
Sbjct 198 YFADELGYGLIAYSWELNKSWRFSAHSYFFPDPLRGDFNVAGINFQWGEEGIFGMSLSPI 257
Query 260 TQN----LYYSALSSHNLNYVNTEQFVKSQYQANNVH--YQGKENILWTQASAKGISDNG 313
+ LY+S L+SH V+T ++ H E + +++ +SD+G
Sbjct 258 RSDGYRTLYFSPLASHRQFAVSTRILRDETRTEDSYHDFVALDERGPNSHTTSRVMSDDG 317
Query 314 VLFFGLVGDTSLACWNENRLLDRRNIEVVAKNKETLQAITGLKVKRRISFILVHGFPLEY 373
+ F L+ ++ CW+ + + +V ++ L +K+ E
Sbjct 318 IELFNLIDQNAVGCWHSSMPYSPQFHGIVDRDDVGLVFPADVKID-------------EN 364
Query 374 EYVLAVSNRIQK-VIYGFDFNDVNFRILIANVNDLIKNTRC 413
+ V +S+R+ ++ D++D NFRI A + LI+NT C
Sbjct 365 KNVWVLSDRMPVFLLSDLDYSDTNFRIYTAPLATLIENTVC 405
>YELF2_DROME unnamed protein product
Length=452
Score = 96.7 bits (239), Expect = 1e-21, Method: Compositional matrix adjust.
Identities = 85/349 (24%), Positives = 150/349 (43%), Gaps = 38/349 (11%)
Query 83 GVPSSLNVI--TNKTGNGGPLLAPYPDWTWAK-NENCSGITSAYKIEIDMCDRLWVLDSG 139
G+PS+LN I N P L YP++ + N + + S Y+ +D C RLW +D+G
Sbjct 123 GIPSTLNYIDLAEDGSNRSPKLRAYPNFALNQFNASAENLVSVYRTSVDACQRLWFIDTG 182
Query 140 LI---NNVRSVCPPQLLVFDLNTSQLLKQVKIPHDIAVNTTTEKG-ALVTLSVQLLSCEV 195
++ NN + + P + V DL T Q+LK+ +P IA T +G A +T+ V+ C
Sbjct 183 MLEYPNNRQQIRRPSIWVVDLATDQVLKRFDVPESIA---ETGRGLASITVDVKAGQC-- 237
Query 196 NGSTLVYIGDNEGFALIIYNNSDNSFQRLTSSTFASDPRYTTFTINGESFTLQSGIFGMA 255
G YI D L +Y+ ++ + F DP +I G++F GIF +
Sbjct 238 -GDAYAYIPDLVYRRLYVYHLRNDRIWSFEHNYFNFDPLSGDLSIGGQTFRWDDGIFSIT 296
Query 256 LSPL----TQNLYYSALSSHNLNYVNTEQFVKSQYQANNVHYQGKENILWTQASAKGIS- 310
L +++ Y+ ++S N +V + + ++ + A + +L ++ + +
Sbjct 297 LGAQKLDGSRDAYFHPMASTN-EFVVSNRVLQQESNAARSDHGNDFRVLGSRGPSTQSTM 355
Query 311 -----DNGVLFFGLVGDTSLACWNENRLLDRRNIEVVAKNKETLQAITGLKVKRRISFIL 365
GV+FF + + CW ++ + N V N E + + L +
Sbjct 356 HAYDPGTGVIFFDEIQRNGVGCWKTSKPISAENYGSVDSNAEDMIYPSDLSID------- 408
Query 366 VHGFPLEYEYVLAVSNRIQKVIYG-FDFNDVNFRILIANVNDLIKNTRC 413
E + +SN + IY D + NFRI + + T C
Sbjct 409 ------EDGTIWVMSNSMPIFIYSTLDTSIYNFRIWKQKASLAKRGTVC 451
>YELF_DROME unnamed protein product
Length=429
Score = 90.9 bits (224), Expect = 9e-20, Method: Compositional matrix adjust.
Identities = 91/380 (24%), Positives = 158/380 (42%), Gaps = 39/380 (10%)
Query 39 DYDFGSDEKRQAAIQSGDYNYTMNYLLDTDQWGDKTFVIIMKFN-GVPSSLNVIT-NKTG 96
D F + K + SG + N + + FV + + G+PS+LN I K G
Sbjct 55 DSHFYNSRKCLGSSSSGSFIQYNNVPQGVTHFRGRLFVTVPRRQPGIPSTLNYIDLAKDG 114
Query 97 -NGGPLLAPYPDWTWAK-NENCSGITSAYKIEIDMCDRLWVLDSGLI---NNVRSVCPPQ 151
+ P L YP+ + N + + S Y+ +D+C RLW +D+G++ NN + + P
Sbjct 115 WSQSPHLRAYPNLAVNQYNASEQNLVSVYRTSVDVCGRLWFVDTGMLEFPNNRQQIRHPS 174
Query 152 LLVFDLNTSQLLKQVKIPHDIAVNTTTEKG-ALVTLSVQLLSCEVNGSTLVYIGDNEGFA 210
+ V DL +LLK+ +IP I +G A +T+ V C YI D
Sbjct 175 IWVIDLANDRLLKRFEIPQSI---VEIGRGLASITIDVGARRCN---DAYAYIPDLVNRR 228
Query 211 LIIYNNSDNSFQRLTSSTFASDPRYTTFTINGESFTLQSGIFGMALSPL----TQNLYYS 266
L +Y+ + S F DP I G++F GIF L ++++++
Sbjct 229 LHVYHLRSDRIWSFEHSFFNFDPLSDNLNIGGQTFRWDDGIFSATLGSYKPDGSRDVFFH 288
Query 267 ALSSHNLNYVNTEQFVKSQYQANNVHYQGKENILWTQASA------KGISDNGVLFFGLV 320
++S N +V + + ++ ++ A + ++L T+ + K GV+FF V
Sbjct 289 PMASTN-EFVVSNRVLQQEFNAARSDHGDDFHLLGTRGPSTQSTMHKYDPRTGVIFFAEV 347
Query 321 GDTSLACWNENRLLDRRNIEVVAKNKETLQAITGLKVKRRISFILVHGFPLEYEYVLAVS 380
+ + CW ++ N V N + + L + E Y+ +S
Sbjct 348 QKSGVGCWKTSKPFSTENHGSVYSNSSEMIYPSDLTID-------------EEGYIWVMS 394
Query 381 NRIQKVIYG-FDFNDVNFRI 399
N + +Y D NFRI
Sbjct 395 NSMPIFVYSKLDVEKYNFRI 414
>DCSA_DICDI unnamed protein product
Length=1059
Score = 32.7 bits (73), Expect = 0.75, Method: Compositional matrix adjust.
Identities = 48/202 (24%), Positives = 85/202 (42%), Gaps = 47/202 (23%)
Query 133 LWVLDSGLINNVRSVCPPQLLVFDLNTSQLLKQVKIPHDIAVNTTTEKGALVTLSVQLLS 192
L+VL + +V ++ PP + Q + PH I +N T+ K + + + +++
Sbjct 391 LYVLLQKAVYSVHNIRPP-----------VTSQHEDPHGI-LNETSSK--IESSTKEVIE 436
Query 193 CEVN--------------GSTLVYIGDNEGFALIIYNNSDNSFQRLTSSTFASDPRYTTF 238
EV G + D+ ALI DN F + T + + + F
Sbjct 437 AEVQWFIEYFLLNSWFGVGQEIPRDADDAERALIAKLRDDN-FSPYRTFTKSESEKISNF 495
Query 239 TINGESFTLQSGIFGMAL-SPLTQNL---------YYSALS-SHNLNYVNTEQFVKSQYQ 287
TI+ +LQS G A PL +++ + S L+ H L ++NTE +QYQ
Sbjct 496 TID----SLQSLWHGSAFFRPLIRSILLKKDYVRNFVSELNNQHRLRFLNTEALAMAQYQ 551
Query 288 ANNVHYQGKENILWTQASAKGI 309
V G++ + W + S+ +
Sbjct 552 ---VLMMGRQELPWDEISSGNV 570
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011565.1 octopamine receptor [Apis mellifera]
Length=587
Score E
Sequences producing significant alignments: (Bits) Value
OAMB_DROME unnamed protein product 345 2e-110
DOPR4_CAEEL unnamed protein product 238 2e-71
Q7JP61_CAEEL unnamed protein product 230 1e-69
O44986_CAEEL unnamed protein product 231 7e-68
SER2_CAEEL unnamed protein product 193 6e-55
>OAMB_DROME unnamed protein product
Length=645
Score = 345 bits (884), Expect = 2e-110, Method: Compositional matrix adjust.
Identities = 194/348 (56%), Positives = 233/348 (67%), Gaps = 38/348 (11%)
Query 235 CPWICELTNDAGYVVYSALGSFYIPMLVMLFFYWRIYNAAVSTTKAINQGFRTTKSSKMF 294
CPW CELTND GYV+YSALGSFYIPM VMLFFYWRIY AAV TT+AINQGF+TTK SK
Sbjct 283 CPWKCELTNDRGYVLYSALGSFYIPMFVMLFFYWRIYRAAVRTTRAINQGFKTTKGSKGI 342
Query 295 GSRFDEERLTLRIHRGRGSVHNGSNNGSPR-----------SPESNSRCSVKR----EKI 339
GSRF+E+RLTLRIHRGRGS S + + SPE S+ + +R +KI
Sbjct 343 GSRFEEQRLTLRIHRGRGSNQQDSMHSNGSTQSTTTTLGTPSPERLSKYATRRLHHHDKI 402
Query 340 KISVSYPSTETLNTKCN----TLERTPSKCSQTSVHY--SNGQ--THSQLCPTPRSTHLK 391
KISVSYPS+E ++ ER S + +VHY +NG+ T SQL + +
Sbjct 403 KISVSYPSSENISELAGHGDVGHERRQSGNALFAVHYNGTNGRESTESQLYRQQQQHGVA 462
Query 392 VSGINRVG-STRRPSRRNSCESQMMGDEMSLRELTQVTEEKPRVMKMGKRNIKAQVKRFR 450
S +VG +RR S S+ G S +P KMG+RNIKAQVKRFR
Sbjct 463 SSCYLQVGKGLPELARRQSNTSEAGGSGHS----------RPANKKMGRRNIKAQVKRFR 512
Query 451 METKAAKTLGIIVGGFILCWLPFFTMYLVRAFCRNCIHPTVFSVLFWLGYCNSAINPCIY 510
METKAAKTL IIVG FI CW PFFTMY++R FC++C+ P +FSVLFWLGYCNSA+NP IY
Sbjct 513 METKAAKTLAIIVGMFIFCWCPFFTMYIIRPFCQDCVDPLLFSVLFWLGYCNSAVNPMIY 572
Query 511 ALFSKDFRFAFKSIICKCFCKRRTNTL---RRGSDGSQLAMRNDRSPS 555
ALFSKDFRFAFK IIC+CFC R++ +L RRGSD S + +R R+PS
Sbjct 573 ALFSKDFRFAFKRIICRCFCSRQSVSLKSSRRGSDMSAIRIRA-RTPS 619
Score = 251 bits (642), Expect = 4e-75, Method: Compositional matrix adjust.
Identities = 117/170 (69%), Positives = 143/170 (84%), Gaps = 2/170 (1%)
Query 46 LNATACAALYERVEWSGPWILVTLIVLAIVNVMVVLGNVLVILAVYHTSKLRNVTNMFIV 105
+N T C L + V+W+ P L++L VL +NV+V+ GN LVI AV+ ++KLR+VTN FIV
Sbjct 1 MNETECEDLIKSVKWTEPANLISLAVLEFINVLVIGGNCLVIAAVFCSNKLRSVTNFFIV 60
Query 106 SLAVADLMVGLAVLPFSATWEVFKVWIFGDLWCSIWLAVDVWMCTASILNLCAISLDRYL 165
+LAVADL+VGLAVLPFSATWEVFKVWIFGDLWC IWLAVDVWMCTASILNLCAISLDRY+
Sbjct 61 NLAVADLLVGLAVLPFSATWEVFKVWIFGDLWCRIWLAVDVWMCTASILNLCAISLDRYV 120
Query 166 AVTRPVSYPQIMSPRRARLLVATVWILSFVICFPPLVGWKDKRS--HPAY 213
AVTRPV+YP IMS ++A+ L+A +W+LSF ICFPPLVGWKD+++ P Y
Sbjct 121 AVTRPVTYPSIMSTKKAKSLIAGIWVLSFFICFPPLVGWKDQKAVIQPTY 170
>DOPR4_CAEEL unnamed protein product
Length=517
Score = 238 bits (608), Expect = 2e-71, Method: Compositional matrix adjust.
Identities = 159/495 (32%), Positives = 240/495 (48%), Gaps = 68/495 (14%)
Query 58 VEWSGPWILVTLIVLAIVNVMVVLGNVLVILAVYHTSKLRNVTNMFIVSLAVADLMVGLA 117
+ W P + + L + + + V GN LV++AV LRN T I+SLA+ADL+VG+
Sbjct 38 IVWRHPLLAIALFSICL---LTVAGNCLVVIAVCTKKYLRNPTGYLIISLAIADLIVGVI 94
Query 118 VLPFSATWEVFK-VWIFGDLWCSIWLAVDVWMCTASILNLCAISLDRYLAVTRPVSYPQI 176
V+P ++ +E+ W+FG + C ++ A+D+ TASI NLC ISLDRY+A P+ Y
Sbjct 95 VMPMNSLFEIANHTWLFGLMMCDVFHAMDILASTASIWNLCVISLDRYMAGQDPIGYRDK 154
Query 177 MSPRRARLLVATVWILSFVICFPPLVGWKDKRSHPAYNMTFAQNGPFNTTTIFVPVKPCP 236
+S RR + + +VW+LS ++ FP ++ W+ H + +
Sbjct 155 VSKRRILMAILSVWVLSAILSFPGIIWWRTSSPHLYEDQS-------------------- 194
Query 237 WICELTNDAGYVVYSALGSFYIPMLVMLFFYWRIYNAAVSTTKAINQGFRTTKSSKMFGS 296
C T+ YV +S+L SFYIP+ ++LF Y ++Y A +K + G +T K G
Sbjct 195 -QCLFTDSKMYVSFSSLVSFYIPLFLILFAYGKVYIIATRHSKGMRMGIKTVSIKKRNGK 253
Query 297 RFD---------EERLTLRIHRGRGSVHNGSNNGSPRSPESNSRCSVKREKIKISVSYPS 347
+ + E TLRIH GRG + S S ++R +K+ K
Sbjct 254 KSNTETESILSSENEPTLRIHFGRGKQSSSSLRNSRFHARESTRLLLKQVSCKSLNDRGE 313
Query 348 TETLNTKCNTLERTPSKCSQTSVHYSNGQTHSQLCPTPRSTHLKVSGIN-RVGSTRRPSR 406
NT L R C S+ RS+ G N +GS
Sbjct 314 HNNNNTVRQPLLRGTEGCHSDSI--------------SRSSQRNFRGRNVTIGS------ 353
Query 407 RNSCESQMMG----DEMSLRELTQVTEEKPRVM--KMGKRNIKAQVKRFRMETKAAKTLG 460
+C S ++ D MSL +Q+ P K+ R Q+ R+ E +AA+TL
Sbjct 354 --NCSSTLLQVDQPDRMSLSSNSQMVMTSPLSTRRKLNVREKSRQMMRYVHEQRAARTLS 411
Query 461 IIVGGFILCWLPFFTMYLVRAFCRNCI--HPTVFSVLFWLGYCNSAINPCIYALFSKDFR 518
I+VG FILCW PFF + AFC +C T+F+ + W G+ NS +NP IY+ FS+DFR
Sbjct 412 IVVGAFILCWTPFFVFTPLTAFCESCFSNKETIFTFVTWAGHLNSMLNPLIYSRFSRDFR 471
Query 519 FAFKSIICKCFCKRR 533
AFK I+ C+R+
Sbjct 472 RAFKQILT---CQRQ 483
>Q7JP61_CAEEL unnamed protein product
Length=408
Score = 230 bits (587), Expect = 1e-69, Method: Compositional matrix adjust.
Identities = 147/454 (32%), Positives = 225/454 (50%), Gaps = 90/454 (20%)
Query 66 LVTLIVLAIVNVMVVLGNVLVILAVYHTSKLR-NVTNMFIVSLAVADLMVGLAVLPFSAT 124
++T+ + V ++++ GN+LV++ VY KLR N IVSLAVAD++VGL V+P + T
Sbjct 22 VLTISSMLTVMLLIIFGNLLVVVTVYRDRKLRMQRQNWLIVSLAVADMLVGLLVMPLTLT 81
Query 125 WEVFKVWIFGDLWCSIWLAVDVWMCTASILNLCAISLDRYLAVTRPVSYPQIMSPRRARL 184
+E+ W G++ C IWLA+DV TASIL++CAISLDRY +VT P++YP +P R +
Sbjct 82 YEIVGEWTMGNILCEIWLALDVLFVTASILHICAISLDRYFSVTSPLTYPATRTPLRMFI 141
Query 185 LVATVWILSFVICFPPLVGWKDKRSHPAYNMTFAQNGPFNTTTIFVPVKPCPWICELTND 244
+ WI+S +IC PP+ GW+ +R+ C ++ D
Sbjct 142 YIGVSWIVSLLICLPPIFGWRPERAEGE--------------------------CSVSTD 175
Query 245 AGYVVYSALGSFYIPMLVMLFFYWRIYNAAVSTTKAINQGFRTTKSSKMFGSRFDEERLT 304
GYV+YS+LGSFYIP+++++ Y +IY+ + ++ Q + T+ R D T
Sbjct 176 LGYVLYSSLGSFYIPVVILIIVYAKIYSITIRHSR---QRLKETE-------RRDH---T 222
Query 305 LRIHRGRGSVHNGSNNGSPRSPESNSRCSVKREKIKISVSYPSTETLNTKCNTLERTPSK 364
L + R S N N E++ ++EK+ + + +N C L + +
Sbjct 223 LNMLTIRSST-NERYNMEYELEENSDPIEDEKEKV-----VTNRDMINKVCWQLRKISEE 276
Query 365 CSQTSVHYSNGQTHSQLCPTPRSTHLKVSGINRVGSTRRPSRRNSCESQMMGDEMSLREL 424
+ V S + P P S TR+ + CE +
Sbjct 277 LPRQGVKVSIALDTNHNSP-PAS-----------DLTRKLEEKKFCEKR----------- 313
Query 425 TQVTEEKPRVMKMGKRNIKAQVKRFRMETKAAKTLGIIVGGFILCWLPFFTMYLVRAFCR 484
KR +KA+ E +A LGII+ FIL WLPFF +Y++ AF
Sbjct 314 --------------KRKLKAK------ERQATLLLGIILSAFILSWLPFFLIYVIGAFGH 353
Query 485 NCIHPTVFSVLFWLGYCNSAINPCIYALFSKDFR 518
P VF FWLGYCNS INP IY +F+++F+
Sbjct 354 EA-PPLVFKFFFWLGYCNSGINPVIYTVFNREFK 386
>O44986_CAEEL unnamed protein product
Length=610
Score = 231 bits (589), Expect = 7e-68, Method: Compositional matrix adjust.
Identities = 175/543 (32%), Positives = 258/543 (48%), Gaps = 105/543 (19%)
Query 87 ILAVYHTSKLRNVTNMFIVSLAVADLMVGLAVLPFSATWEVF-KVWIFGDLWCSIWLAVD 145
I AV +LR+ T + I+SLA+ADL+VG +LPFS EV + WIFG+ WC+IWL +D
Sbjct 80 IAAVLLRRRLRSATGLLILSLALADLLVGTVILPFSIANEVLDQYWIFGETWCTIWLTLD 139
Query 146 VWMCTASILNLCAISLDRYLAVTRPVSYPQIMSPRRARLLVATVWILSFVICFPPLVGWK 205
+WMCTASI NL AIS+DRY+A+ +P++YP +++ RAR VA VWI SF+IC P
Sbjct 140 IWMCTASIYNLVAISIDRYIAIIKPLNYPMLVTKFRARCTVAIVWIGSFLICSPSF---- 195
Query 206 DKRSHPAYNMTFAQNGPFNTTTIFVPVKPCPWICELTNDAG--YVVYSALGSFYIPMLVM 263
F ++I PC C N AG YVV+SA SFYIPM+++
Sbjct 196 -----------------FLASSIKDKETPCR--CTPAN-AGRVYVVFSASSSFYIPMIIV 235
Query 264 LFFYWRIYNAAVSTTKAINQGFR--TTKSSKMFGSR---------FDEERL-TLRIHRGR 311
+F Y+RIY AA + TK+I G T ++K + +++ L LR+HRG
Sbjct 236 VFVYFRIYVAARAATKSIYSGMMSVTAAANKKQNPKSYLLNHPDVINKDSLPMLRVHRGS 295
Query 312 GSVHNGS---------NNGSPRSPESNSRCSVKREKIKI-SVSYPSTETLNTK--CNTLE 359
V + NG+ +N + K + S +TL + +
Sbjct 296 SVVAQITPNKPYNTCRQNGNSIDATANGTSQITAAATKARKFANDSAKTLVNRGAVGATQ 355
Query 360 RTP--------SKCSQTSVHYSNGQTHSQLCPTPRSTHLKVSGINRVGSTRRPSRRNSCE 411
+ P + S++SV NG P SG +GS SR +S +
Sbjct 356 QAPIGARFKRHGRDSESSVDSMNGTNSYSATPHK-------SGNEELGSLIENSRSSSTD 408
Query 412 S--------QMMGDEMSLRELTQVTEEKP----------------------RVMKMG--K 439
S D S+ +EK +M+ G K
Sbjct 409 SNEKTEQLTNQTDDNFSMSNNNNNGDEKEAFDESLLSESKKKSKSLASKFNHLMRRGQKK 468
Query 440 RNIKAQVKRFRMETKAAKTLGIIVGGFILCWLPFFTMYLVRAFCRNCIHPTVFSVLFWLG 499
R A KR +E KAAKT+ I+ G FI CWL F +Y + ++ V+S++FWLG
Sbjct 469 RTAGAYEKRLSLEIKAAKTVAIVTGCFIFCWLGFALVYGLEI----KLNDVVWSIVFWLG 524
Query 500 YCNSAINPCIYALFSKDFRFAFKSIICKCFCKRRTNTLRRGSDGSQLAMRNDRSPSYSMQ 559
Y NSA+NP IY +F+++FR FK ++ C + ++ ++ + RS + +
Sbjct 525 YLNSALNPVIYTVFNREFRICFKRLLT---CHHLNHPTQKYTNNNSYNSTAIRSTNAVNR 581
Query 560 VPQ 562
VPQ
Sbjct 582 VPQ 584
>SER2_CAEEL unnamed protein product
Length=455
Score = 193 bits (490), Expect = 6e-55, Method: Compositional matrix adjust.
Identities = 137/468 (29%), Positives = 223/468 (48%), Gaps = 92/468 (20%)
Query 65 ILVTLIVLAIVNVMVVLGNVLVILAVYHTSKLRNVTNMFIVSLAVADLMVGLAVLPFSA- 123
+L T+ L I+ M V+GN LV++AV+ L+ V N F+VSLA +DL V + V+P
Sbjct 58 VLGTITYLVII-AMTVVGNTLVVVAVFSYRPLKKVQNYFLVSLAASDLAVAIFVMPLHVV 116
Query 124 TWEVFKVWIFGDLWCSIWLAVDVWMCTASILNLCAISLDRYLAVTRPVSYPQIMSPRRAR 183
T+ W+ G C + D+ +CT+SILNLCAI+LDRY A+ P++Y Q + +
Sbjct 117 TFLAGGKWLLGVTVCQFFTTADILLCTSSILNLCAIALDRYWAIHNPINYAQKRTTKFVC 176
Query 184 LLVATVWILSFVICFPPLVGWKDKRSHPAYNMTFAQNGPFNTTTIFVPVKPCPWICELTN 243
+++ VWILS +I PP++GW + + + + C L+
Sbjct 177 IVIVIVWILSMLISVPPIIGWNNWQENMMEDS-----------------------CGLST 213
Query 244 DAGYVVYSALGSFYIPMLVMLFFYWRIYNAAVSTTKAINQGFRTTKSSKMFGSRFDEERL 303
+ +VV+SA GSF++P+LVM+ Y +I+ +A R
Sbjct 214 EKAFVVFSAAGSFFLPLLVMVVVYVKIFISA---------------------------RQ 246
Query 304 TLRIHRGRGS---VHNGSNNGSPRSPESNSRCSVKREKIKISVSYPSTETLNTKCNTLER 360
+R +RGR + + N + R K+S+ S E+ T E+
Sbjct 247 RIRTNRGRSALMRIQNAEGDDDYR---------------KMSIKRASVESARTSSRVGEK 291
Query 361 TPSKCSQTSVHYSNGQTHSQLCPTPRSTHLKVSG-INRVGSTRRPSRRNSCESQMMGDEM 419
TP + ++GQT T + H G + + +T+ N+ ++ ++
Sbjct 292 TP-------LVIADGQT----TVTTLAAHSTDGGSLPKDETTKHMKYHNNGSCKVKVKDV 340
Query 420 SLRELTQVTEEKPRVMKMGKRNIKAQVKRFRMETKAAKTLGIIVGGFILCWLPFFTMYLV 479
+ E P + ++ K V + E +AAKT+ +I+ F CWLPFF Y++
Sbjct 341 ------KEDEGNPNPTAVLRKREKISVAK---EKRAAKTIAVIIFVFSFCWLPFFVAYVI 391
Query 480 RAFCRNC-IHPTVFSVLFWLGYCNSAINPCIYALFSKDFRFAFKSIIC 526
R FC C +H V WLGY NS++NP +Y + + +FR AFK I+C
Sbjct 392 RPFCETCKLHAKVEQAFTWLGYINSSLNPFLYGILNLEFRRAFKKILC 439
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011566.1 Krueppel homologous protein 1 [Apis mellifera]
Length=500
Score E
Sequences producing significant alignments: (Bits) Value
KRH1_DROME unnamed protein product 360 1e-115
M9PCY3_DROME unnamed protein product 188 1e-51
Q8MRK4_DROME unnamed protein product 187 2e-51
O61362_DROME unnamed protein product 182 5e-50
Q9VR05_DROME unnamed protein product 174 9e-50
>KRH1_DROME unnamed protein product
Length=845
Score = 360 bits (924), Expect = 1e-115, Method: Compositional matrix adjust.
Identities = 161/199 (81%), Positives = 175/199 (88%), Gaps = 2/199 (1%)
Query 88 GEDPYRCNICGKTFAVPARLTRHYRTHTGEKPYQCEYCSKSFSVKENLSVHRRIHTKERP 147
G DPY+CN+C KTFAVPARL RHYRTHTGE+P++CE+C K FSVKENL VHRRIHTKERP
Sbjct 267 GADPYQCNVCQKTFAVPARLIRHYRTHTGERPFECEFCHKLFSVKENLQVHRRIHTKERP 326
Query 148 YKCDVCERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHMRTHTGEKPYVC- 206
YKCDVC RAFEHSGKLHRHMRIHTGERPHKC+VC KTFIQSGQLVIHMRTHTGEKPY C
Sbjct 327 YKCDVCGRAFEHSGKLHRHMRIHTGERPHKCSVCEKTFIQSGQLVIHMRTHTGEKPYKCP 386
Query 207 -KACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKSFGYNHVLKLHQVAHYGEKVYKCTLC 265
CGKGFTCSKQLKVH+RTHTGEKPY CDIC + FGYNHVLKLH+V HYG K YKCT+C
Sbjct 387 EPGCGKGFTCSKQLKVHSRTHTGEKPYHCDICFRDFGYNHVLKLHRVQHYGSKCYKCTIC 446
Query 266 HETFGSKKTMELHIKTHSD 284
ETF +KK ME HIK H++
Sbjct 447 DETFKNKKEMEAHIKGHAN 465
Score = 142 bits (357), Expect = 8e-36, Method: Compositional matrix adjust.
Identities = 78/217 (36%), Positives = 110/217 (51%), Gaps = 7/217 (3%)
Query 17 SVKNEISTVEPVDPVKSLVCSPDLSVFTSPACGSETPLTNIEEKTYQCLLCQKAFDQKNL 76
++K + DP + VC F PA T+ E+ ++C C K F K
Sbjct 257 TIKPLANVAAGADPYQCNVCQ---KTFAVPARLIRHYRTHTGERPFECEFCHKLFSVKEN 313
Query 77 YQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEKPYQCEYCSKSFSVKENLS 136
Q H R H K E PY+C++CG+ F +L RH R HTGE+P++C C K+F L
Sbjct 314 LQVHRRIHTK--ERPYKCDVCGRAFEHSGKLHRHMRIHTGERPHKCSVCEKTFIQSGQLV 371
Query 137 VHRRIHTKERPYKC--DVCERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIH 194
+H R HT E+PYKC C + F S +L H R HTGE+P+ C +C + F + L +H
Sbjct 372 IHMRTHTGEKPYKCPEPGCGKGFTCSKQLKVHSRTHTGEKPYHCDICFRDFGYNHVLKLH 431
Query 195 MRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKP 231
H G K Y C C + F K+++ H + H E P
Sbjct 432 RVQHYGSKCYKCTICDETFKNKKEMEAHIKGHANEVP 468
Score = 119 bits (298), Expect = 3e-28, Method: Compositional matrix adjust.
Identities = 64/205 (31%), Positives = 103/205 (50%), Gaps = 22/205 (11%)
Query 101 FAVPARLTRHYRTHTGEKP-YQCEYCSKSFSVKENLSVHRRIHTKERPYKCD-------- 151
F A + R + KP ++C+ C +F K + H + H+K + +
Sbjct 174 FPASAAVVSQVRKPSASKPQFKCDQCGMTFGSKSAHTSHTKSHSKNQDLSLNGASGAGVA 233
Query 152 --VCERAFE-----------HSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHMRTH 198
V A E S + + G P++C VC KTF +L+ H RTH
Sbjct 234 APVSTAAIELNDAGLPVGIPKSPTIKPLANVAAGADPYQCNVCQKTFAVPARLIRHYRTH 293
Query 199 TGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKSFGYNHVLKLHQVAHYGEK 258
TGE+P+ C+ C K F+ + L+VH R HT E+PY CD+CG++F ++ L H H GE+
Sbjct 294 TGERPFECEFCHKLFSVKENLQVHRRIHTKERPYKCDVCGRAFEHSGKLHRHMRIHTGER 353
Query 259 VYKCTLCHETFGSKKTMELHIKTHS 283
+KC++C +TF + +H++TH+
Sbjct 354 PHKCSVCEKTFIQSGQLVIHMRTHT 378
>M9PCY3_DROME unnamed protein product
Length=878
Score = 188 bits (477), Expect = 1e-51, Method: Compositional matrix adjust.
Identities = 95/228 (42%), Positives = 130/228 (57%), Gaps = 2/228 (1%)
Query 59 EKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEK 118
+K + C +CQK F +K +H RSH GE P+RC C KTF + H R HTGE
Sbjct 302 DKPFACTICQKTFARKEHLDNHFRSH--TGETPFRCQYCAKTFTRKEHMVNHVRKHTGET 359
Query 119 PYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKC 178
P++C++CSK+F+ KE+L H R HT E P++C C + F L H+R HTGE P KC
Sbjct 360 PHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGETPFKC 419
Query 179 TVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICG 238
T C+K F + +V H+R HTGE P+ C C K FT + L H R HTG+ P+ C C
Sbjct 420 TYCTKAFTRKDHMVNHVRQHTGESPHKCTYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCK 479
Query 239 KSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
K+F L H H G+ +KC C +TF K+ + H++ HS +
Sbjct 480 KTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQHSSDN 527
Score = 184 bits (468), Expect = 2e-50, Method: Compositional matrix adjust.
Identities = 89/225 (40%), Positives = 129/225 (57%), Gaps = 2/225 (1%)
Query 62 YQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEKPYQ 121
+ C++C F + H++ H + P+ C IC KTFA L H+R+HTGE P++
Sbjct 277 FTCIVCFNVFANNTSLERHMKRHSTD--KPFACTICQKTFARKEHLDNHFRSHTGETPFR 334
Query 122 CEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKCTVC 181
C+YC+K+F+ KE++ H R HT E P++CD C + F L H+R HTGE PH+C+ C
Sbjct 335 CQYCAKTFTRKEHMVNHVRKHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYC 394
Query 182 SKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKSF 241
KTF + LV H+R HTGE P+ C C K FT + H R HTGE P+ C C K+F
Sbjct 395 MKTFTRKEHLVNHIRQHTGETPFKCTYCTKAFTRKDHMVNHVRQHTGESPHKCTYCTKTF 454
Query 242 GYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
L H H G+ ++C+ C +TF K+ + H++ H+ S
Sbjct 455 TRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDS 499
Score = 182 bits (462), Expect = 2e-49, Method: Compositional matrix adjust.
Identities = 94/235 (40%), Positives = 139/235 (59%), Gaps = 8/235 (3%)
Query 59 EKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEK 118
E ++C C KAF +K+ +H+R H GE P++C C KTF LT H R HTG+
Sbjct 414 ETPFKCTYCTKAFTRKDHMVNHVRQH--TGESPHKCTYCTKTFTRKEHLTNHVRQHTGDS 471
Query 119 PYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKC 178
P++C YC K+F+ KE+L+ H R+HT + P+KC+ C++ F L+ HMR H+ + PH C
Sbjct 472 PHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQHSSDNPHCC 531
Query 179 TVCSKTFIQSGQLVIHM-RTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTG----EKPYT 233
VC+K F + L+ HM R HTG++P+ C+ CGK F L H R+HT E+P+
Sbjct 532 NVCNKPFTRKEHLINHMSRCHTGDRPFTCETCGKSFPLKGNLLFHQRSHTKGQEMERPFA 591
Query 234 CDICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIK-THSDSSV 287
C+ C K+F L H +H GEK + CTLC + F + ++ H+K H D+ +
Sbjct 592 CEKCPKNFICKGHLVSHMRSHSGEKPHACTLCSKAFVERGNLKRHMKMNHPDAMM 646
Score = 176 bits (447), Expect = 1e-47, Method: Compositional matrix adjust.
Identities = 91/221 (41%), Positives = 125/221 (57%), Gaps = 2/221 (1%)
Query 59 EKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEK 118
E ++C C K F +K +H+R H GE P+RC+ C KTF L H R HTGE
Sbjct 330 ETPFRCQYCAKTFTRKEHMVNHVRKH--TGETPHRCDFCSKTFTRKEHLLNHVRQHTGES 387
Query 119 PYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKC 178
P++C YC K+F+ KE+L H R HT E P+KC C +AF + H+R HTGE PHKC
Sbjct 388 PHRCSYCMKTFTRKEHLVNHIRQHTGETPFKCTYCTKAFTRKDHMVNHVRQHTGESPHKC 447
Query 179 TVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICG 238
T C+KTF + L H+R HTG+ P+ C C K FT + L H R HTG+ P+ C+ C
Sbjct 448 TYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQ 507
Query 239 KSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHI 279
K+F L H H + + C +C++ F K+ + H+
Sbjct 508 KTFTRKEHLNNHMRQHSSDNPHCCNVCNKPFTRKEHLINHM 548
Score = 163 bits (412), Expect = 6e-43, Method: Compositional matrix adjust.
Identities = 87/229 (38%), Positives = 121/229 (53%), Gaps = 2/229 (1%)
Query 58 EEKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGE 117
E K + C +C + F H + H G + C +C FA L RH + H+ +
Sbjct 245 ERKPFMCQVCGQGFTTSQDLTRHGKIH--IGGPMFTCIVCFNVFANNTSLERHMKRHSTD 302
Query 118 KPYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHK 177
KP+ C C K+F+ KE+L H R HT E P++C C + F + H+R HTGE PH+
Sbjct 303 KPFACTICQKTFARKEHLDNHFRSHTGETPFRCQYCAKTFTRKEHMVNHVRKHTGETPHR 362
Query 178 CTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDIC 237
C CSKTF + L+ H+R HTGE P+ C C K FT + L H R HTGE P+ C C
Sbjct 363 CDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGETPFKCTYC 422
Query 238 GKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
K+F + H H GE +KCT C +TF K+ + H++ H+ S
Sbjct 423 TKAFTRKDHMVNHVRQHTGESPHKCTYCTKTFTRKEHLTNHVRQHTGDS 471
Score = 149 bits (377), Expect = 3e-38, Method: Compositional matrix adjust.
Identities = 73/193 (38%), Positives = 109/193 (56%), Gaps = 0/193 (0%)
Query 94 CNICGKTFAVPARLTRHYRTHTGEKPYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVC 153
C+ICGK F +L H R H+ KP+ C+ C + F+ ++L+ H +IH + C VC
Sbjct 223 CDICGKMFQFRYQLIVHRRYHSERKPFMCQVCGQGFTTSQDLTRHGKIHIGGPMFTCIVC 282
Query 154 ERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGF 213
F ++ L RHM+ H+ ++P CT+C KTF + L H R+HTGE P+ C+ C K F
Sbjct 283 FNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGETPFRCQYCAKTF 342
Query 214 TCSKQLKVHTRTHTGEKPYTCDICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKK 273
T + + H R HTGE P+ CD C K+F L H H GE ++C+ C +TF K+
Sbjct 343 TRKEHMVNHVRKHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKE 402
Query 274 TMELHIKTHSDSS 286
+ HI+ H+ +
Sbjct 403 HLVNHIRQHTGET 415
Score = 89.0 bits (219), Expect = 2e-18, Method: Compositional matrix adjust.
Identities = 40/111 (36%), Positives = 64/111 (58%), Gaps = 0/111 (0%)
Query 176 HKCTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCD 235
H C +C K F QL++H R H+ KP++C+ CG+GFT S+ L H + H G +TC
Sbjct 221 HVCDICGKMFQFRYQLIVHRRYHSERKPFMCQVCGQGFTTSQDLTRHGKIHIGGPMFTCI 280
Query 236 ICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
+C F N L+ H H +K + CT+C +TF K+ ++ H ++H+ +
Sbjct 281 VCFNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGET 331
>Q8MRK4_DROME unnamed protein product
Length=878
Score = 187 bits (476), Expect = 2e-51, Method: Compositional matrix adjust.
Identities = 95/228 (42%), Positives = 128/228 (56%), Gaps = 2/228 (1%)
Query 59 EKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEK 118
+K + C +CQK F +K +H RSH GE P+RC C KTF + H R HTGE
Sbjct 302 DKPFACTICQKTFARKEHLDNHFRSH--TGETPFRCQYCAKTFTRKEHMVNHVRKHTGET 359
Query 119 PYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKC 178
P++C+ C KSF+ KE+ H HT E P++CD C + F L H+R HTGE PH+C
Sbjct 360 PHRCDICKKSFTRKEHYVNHYMWHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRC 419
Query 179 TVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICG 238
+ C KTF + LV H+R HTGE P+ C C K FT + L H R HTG+ P+ C C
Sbjct 420 SYCMKTFTRKEHLVNHIRQHTGESPHKCTYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCK 479
Query 239 KSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
K+F L H H G+ +KC C +TF K+ + H++ HS +
Sbjct 480 KTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQHSSDN 527
Score = 181 bits (459), Expect = 5e-49, Method: Compositional matrix adjust.
Identities = 88/225 (39%), Positives = 130/225 (58%), Gaps = 2/225 (1%)
Query 62 YQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEKPYQ 121
+ C++C F + H++ H + P+ C IC KTFA L H+R+HTGE P++
Sbjct 277 FTCIVCFNVFANNTSLERHMKRHSTD--KPFACTICQKTFARKEHLDNHFRSHTGETPFR 334
Query 122 CEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKCTVC 181
C+YC+K+F+ KE++ H R HT E P++CD+C+++F H HTGE PH+C C
Sbjct 335 CQYCAKTFTRKEHMVNHVRKHTGETPHRCDICKKSFTRKEHYVNHYMWHTGETPHRCDFC 394
Query 182 SKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKSF 241
SKTF + L+ H+R HTGE P+ C C K FT + L H R HTGE P+ C C K+F
Sbjct 395 SKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGESPHKCTYCTKTF 454
Query 242 GYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
L H H G+ ++C+ C +TF K+ + H++ H+ S
Sbjct 455 TRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDS 499
Score = 179 bits (453), Expect = 3e-48, Method: Compositional matrix adjust.
Identities = 93/235 (40%), Positives = 137/235 (58%), Gaps = 8/235 (3%)
Query 59 EKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEK 118
E ++C C K F +K +H+R H GE P++C C KTF LT H R HTG+
Sbjct 414 ESPHRCSYCMKTFTRKEHLVNHIRQH--TGESPHKCTYCTKTFTRKEHLTNHVRQHTGDS 471
Query 119 PYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKC 178
P++C YC K+F+ KE+L+ H R+HT + P+KC+ C++ F L+ HMR H+ + PH C
Sbjct 472 PHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQHSSDNPHCC 531
Query 179 TVCSKTFIQSGQLVIHM-RTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTG----EKPYT 233
VC+K F + L+ HM R HTG++P+ C+ CGK F L H R+HT E+P+
Sbjct 532 NVCNKPFTRKEHLINHMSRCHTGDRPFTCETCGKSFPLKGNLLFHQRSHTKGQEMERPFA 591
Query 234 CDICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIK-THSDSSV 287
C+ C K+F L H +H GEK + CTLC + F + ++ H+K H D+ +
Sbjct 592 CEKCPKNFICKGHLVSHMRSHSGEKPHACTLCSKAFVERGNLKRHMKMNHPDAMM 646
Score = 173 bits (438), Expect = 2e-46, Method: Compositional matrix adjust.
Identities = 89/221 (40%), Positives = 126/221 (57%), Gaps = 2/221 (1%)
Query 59 EKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEK 118
E ++C C K F +K +H+R H GE P+RC+IC K+F HY HTGE
Sbjct 330 ETPFRCQYCAKTFTRKEHMVNHVRKH--TGETPHRCDICKKSFTRKEHYVNHYMWHTGET 387
Query 119 PYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKC 178
P++C++CSK+F+ KE+L H R HT E P++C C + F L H+R HTGE PHKC
Sbjct 388 PHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGESPHKC 447
Query 179 TVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICG 238
T C+KTF + L H+R HTG+ P+ C C K FT + L H R HTG+ P+ C+ C
Sbjct 448 TYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQ 507
Query 239 KSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHI 279
K+F L H H + + C +C++ F K+ + H+
Sbjct 508 KTFTRKEHLNNHMRQHSSDNPHCCNVCNKPFTRKEHLINHM 548
Score = 157 bits (398), Expect = 5e-41, Method: Compositional matrix adjust.
Identities = 85/229 (37%), Positives = 118/229 (52%), Gaps = 2/229 (1%)
Query 58 EEKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGE 117
E K + C +C + F H + H G + C +C FA L RH + H+ +
Sbjct 245 ERKPFMCQVCGQGFTTSQDLTRHGKIH--IGGPMFTCIVCFNVFANNTSLERHMKRHSTD 302
Query 118 KPYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHK 177
KP+ C C K+F+ KE+L H R HT E P++C C + F + H+R HTGE PH+
Sbjct 303 KPFACTICQKTFARKEHLDNHFRSHTGETPFRCQYCAKTFTRKEHMVNHVRKHTGETPHR 362
Query 178 CTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDIC 237
C +C K+F + V H HTGE P+ C C K FT + L H R HTGE P+ C C
Sbjct 363 CDICKKSFTRKEHYVNHYMWHTGETPHRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYC 422
Query 238 GKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
K+F L H H GE +KCT C +TF K+ + H++ H+ S
Sbjct 423 MKTFTRKEHLVNHIRQHTGESPHKCTYCTKTFTRKEHLTNHVRQHTGDS 471
Score = 151 bits (381), Expect = 8e-39, Method: Compositional matrix adjust.
Identities = 74/193 (38%), Positives = 109/193 (56%), Gaps = 0/193 (0%)
Query 94 CNICGKTFAVPARLTRHYRTHTGEKPYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVC 153
C+ICGK F +L H R H+ KP+ C+ C + F+ ++L+ H +IH + C VC
Sbjct 223 CDICGKMFQFRYQLIVHRRYHSERKPFMCQVCGQGFTTSQDLTRHGKIHIGGPMFTCIVC 282
Query 154 ERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGF 213
F ++ L RHM+ H+ ++P CT+C KTF + L H R+HTGE P+ C+ C K F
Sbjct 283 FNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGETPFRCQYCAKTF 342
Query 214 TCSKQLKVHTRTHTGEKPYTCDICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKK 273
T + + H R HTGE P+ CDIC KSF H + H GE ++C C +TF K+
Sbjct 343 TRKEHMVNHVRKHTGETPHRCDICKKSFTRKEHYVNHYMWHTGETPHRCDFCSKTFTRKE 402
Query 274 TMELHIKTHSDSS 286
+ H++ H+ S
Sbjct 403 HLLNHVRQHTGES 415
Score = 89.0 bits (219), Expect = 2e-18, Method: Compositional matrix adjust.
Identities = 40/111 (36%), Positives = 64/111 (58%), Gaps = 0/111 (0%)
Query 176 HKCTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCD 235
H C +C K F QL++H R H+ KP++C+ CG+GFT S+ L H + H G +TC
Sbjct 221 HVCDICGKMFQFRYQLIVHRRYHSERKPFMCQVCGQGFTTSQDLTRHGKIHIGGPMFTCI 280
Query 236 ICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
+C F N L+ H H +K + CT+C +TF K+ ++ H ++H+ +
Sbjct 281 VCFNVFANNTSLERHMKRHSTDKPFACTICQKTFARKEHLDNHFRSHTGET 331
>O61362_DROME unnamed protein product
Length=756
Score = 182 bits (463), Expect = 5e-50, Method: Compositional matrix adjust.
Identities = 93/225 (41%), Positives = 130/225 (58%), Gaps = 2/225 (1%)
Query 62 YQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEKPYQ 121
+QC +C K + +K +H+RSH E P+RC ICGK+F+ T H HTGE P++
Sbjct 183 HQCDVCGKKYTRKEHLANHMRSH--TNETPFRCEICGKSFSRKEHFTNHILWHTGETPHR 240
Query 122 CEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKCTVC 181
C++CSK+F+ KE+L H R HT E P++C C + F L H+R HTGE P KCT C
Sbjct 241 CDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGETPFKCTYC 300
Query 182 SKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKSF 241
+K F + +V H+R HTGE P+ C C K FT + L H R HTG+ P+ C C K+F
Sbjct 301 TKAFTRKDHMVNHVRQHTGESPHKCTYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCKKTF 360
Query 242 GYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIKTHSDSS 286
L H H G+ +KC C +TF K+ + H++ HS +
Sbjct 361 TRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQHSSDN 405
Score = 182 bits (463), Expect = 6e-50, Method: Compositional matrix adjust.
Identities = 94/235 (40%), Positives = 139/235 (59%), Gaps = 8/235 (3%)
Query 59 EKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEK 118
E ++C C KAF +K+ +H+R H GE P++C C KTF LT H R HTG+
Sbjct 292 ETPFKCTYCTKAFTRKDHMVNHVRQH--TGESPHKCTYCTKTFTRKEHLTNHVRQHTGDS 349
Query 119 PYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKC 178
P++C YC K+F+ KE+L+ H R+HT + P+KC+ C++ F L+ HMR H+ + PH C
Sbjct 350 PHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKCEYCQKTFTRKEHLNNHMRQHSSDNPHCC 409
Query 179 TVCSKTFIQSGQLVIHM-RTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTG----EKPYT 233
VC+K F + L+ HM R HTG++P+ C+ CGK F L H R+HT E+P+
Sbjct 410 NVCNKPFTRKEHLINHMSRCHTGDRPFTCETCGKSFPLKGNLLFHQRSHTKGQEMERPFA 469
Query 234 CDICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHIK-THSDSSV 287
C+ C K+F L H +H GEK + CTLC + F + ++ H+K H D+ +
Sbjct 470 CEKCPKNFICKGHLVSHMRSHSGEKPHACTLCSKAFVERGNLKRHMKMNHPDAMM 524
Score = 178 bits (451), Expect = 3e-48, Method: Compositional matrix adjust.
Identities = 90/225 (40%), Positives = 129/225 (57%), Gaps = 2/225 (1%)
Query 55 TNIEEKTYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTH 114
++ E ++C +C K+F +K + +H+ H GE P+RC+ C KTF L H R H
Sbjct 204 SHTNETPFRCEICGKSFSRKEHFTNHILWH--TGETPHRCDFCSKTFTRKEHLLNHVRQH 261
Query 115 TGEKPYQCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGER 174
TGE P++C YC K+F+ KE+L H R HT E P+KC C +AF + H+R HTGE
Sbjct 262 TGESPHRCSYCMKTFTRKEHLVNHIRQHTGETPFKCTYCTKAFTRKDHMVNHVRQHTGES 321
Query 175 PHKCTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTC 234
PHKCT C+KTF + L H+R HTG+ P+ C C K FT + L H R HTG+ P+ C
Sbjct 322 PHKCTYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCKKTFTRKEHLTNHVRLHTGDSPHKC 381
Query 235 DICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHI 279
+ C K+F L H H + + C +C++ F K+ + H+
Sbjct 382 EYCQKTFTRKEHLNNHMRQHSSDNPHCCNVCNKPFTRKEHLINHM 426
Score = 171 bits (432), Expect = 9e-46, Method: Compositional matrix adjust.
Identities = 82/199 (41%), Positives = 115/199 (58%), Gaps = 0/199 (0%)
Query 88 GEDPYRCNICGKTFAVPARLTRHYRTHTGEKPYQCEYCSKSFSVKENLSVHRRIHTKERP 147
G+ P++C++CGK + L H R+HT E P++CE C KSFS KE+ + H HT E P
Sbjct 179 GQTPHQCDVCGKKYTRKEHLANHMRSHTNETPFRCEICGKSFSRKEHFTNHILWHTGETP 238
Query 148 YKCDVCERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHMRTHTGEKPYVCK 207
++CD C + F L H+R HTGE PH+C+ C KTF + LV H+R HTGE P+ C
Sbjct 239 HRCDFCSKTFTRKEHLLNHVRQHTGESPHRCSYCMKTFTRKEHLVNHIRQHTGETPFKCT 298
Query 208 ACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHE 267
C K FT + H R HTGE P+ C C K+F L H H G+ ++C+ C +
Sbjct 299 YCTKAFTRKDHMVNHVRQHTGESPHKCTYCTKTFTRKEHLTNHVRQHTGDSPHRCSYCKK 358
Query 268 TFGSKKTMELHIKTHSDSS 286
TF K+ + H++ H+ S
Sbjct 359 TFTRKEHLTNHVRLHTGDS 377
>Q9VR05_DROME unnamed protein product
Length=346
Score = 174 bits (440), Expect = 9e-50, Method: Compositional matrix adjust.
Identities = 83/219 (38%), Positives = 122/219 (56%), Gaps = 2/219 (1%)
Query 61 TYQCLLCQKAFDQKNLYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEKPY 120
++C C K + +K + H+R+H P C C + F + L H +TH KPY
Sbjct 125 AFECRECHKKYQRKGTFLRHMRTHMDGQSFP--CPYCKRNFRLRVTLKAHMKTHNAAKPY 182
Query 121 QCEYCSKSFSVKENLSVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKCTV 180
+C +C+K+F+ + L H R HT ERP+KC C + F S L RH+R H ERP KC+
Sbjct 183 ECSHCAKTFAQQSTLQSHERTHTGERPFKCSQCSKTFIKSSDLRRHIRTHGSERPFKCSK 242
Query 181 CSKTFIQSGQLVIHMRTHTGEKPYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKS 240
C+KTF + L H R+HTGE+P+ C C K F + LK H+R H ++P+ C C K+
Sbjct 243 CTKTFTRKFHLDNHFRSHTGERPFKCSHCPKAFAMKQHLKQHSRLHLPDRPFRCSHCPKT 302
Query 241 FGYNHVLKLHQVAHYGEKVYKCTLCHETFGSKKTMELHI 279
F + LK H++ H E+ +KC C + +KT+ HI
Sbjct 303 FRLSSTLKEHKLVHNAERTFKCPHCASFYKQRKTLARHI 341
Score = 150 bits (378), Expect = 9e-41, Method: Compositional matrix adjust.
Identities = 74/201 (37%), Positives = 104/201 (52%), Gaps = 0/201 (0%)
Query 91 PYRCNICGKTFAVPARLTRHYRTHTGEKPYQCEYCSKSFSVKENLSVHRRIHTKERPYKC 150
+ C C K + RH RTH + + C YC ++F ++ L H + H +PY+C
Sbjct 125 AFECRECHKKYQRKGTFLRHMRTHMDGQSFPCPYCKRNFRLRVTLKAHMKTHNAAKPYEC 184
Query 151 DVCERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHMRTHTGEKPYVCKACG 210
C + F L H R HTGERP KC+ CSKTFI+S L H+RTH E+P+ C C
Sbjct 185 SHCAKTFAQQSTLQSHERTHTGERPFKCSQCSKTFIKSSDLRRHIRTHGSERPFKCSKCT 244
Query 211 KGFTCSKQLKVHTRTHTGEKPYTCDICGKSFGYNHVLKLHQVAHYGEKVYKCTLCHETFG 270
K FT L H R+HTGE+P+ C C K+F LK H H ++ ++C+ C +TF
Sbjct 245 KTFTRKFHLDNHFRSHTGERPFKCSHCPKAFAMKQHLKQHSRLHLPDRPFRCSHCPKTFR 304
Query 271 SKKTMELHIKTHSDSSVVGSP 291
T++ H H+ P
Sbjct 305 LSSTLKEHKLVHNAERTFKCP 325
Score = 110 bits (274), Expect = 2e-26, Method: Compositional matrix adjust.
Identities = 57/180 (32%), Positives = 95/180 (53%), Gaps = 5/180 (3%)
Query 16 MSVKNEISTVEPVDPVKSLVCSPDLSVFTSPACGSETPLTNIEEKTYQCLLCQKAFDQKN 75
+++K + T P + CS F + T+ E+ ++C C K F + +
Sbjct 167 VTLKAHMKTHNAAKPYE---CSHCAKTFAQQSTLQSHERTHTGERPFKCSQCSKTFIKSS 223
Query 76 LYQSHLRSHGKEGEDPYRCNICGKTFAVPARLTRHYRTHTGEKPYQCEYCSKSFSVKENL 135
+ H+R+HG E P++C+ C KTF L H+R+HTGE+P++C +C K+F++K++L
Sbjct 224 DLRRHIRTHG--SERPFKCSKCTKTFTRKFHLDNHFRSHTGERPFKCSHCPKAFAMKQHL 281
Query 136 SVHRRIHTKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHM 195
H R+H +RP++C C + F S L H +H ER KC C+ + Q L H+
Sbjct 282 KQHSRLHLPDRPFRCSHCPKTFRLSSTLKEHKLVHNAERTFKCPHCASFYKQRKTLARHI 341
Score = 98.6 bits (244), Expect = 2e-22, Method: Compositional matrix adjust.
Identities = 49/141 (35%), Positives = 74/141 (52%), Gaps = 0/141 (0%)
Query 143 TKERPYKCDVCERAFEHSGKLHRHMRIHTGERPHKCTVCSKTFIQSGQLVIHMRTHTGEK 202
+K+ ++C C + ++ G RHMR H + C C + F L HM+TH K
Sbjct 121 SKKVAFECRECHKKYQRKGTFLRHMRTHMDGQSFPCPYCKRNFRLRVTLKAHMKTHNAAK 180
Query 203 PYVCKACGKGFTCSKQLKVHTRTHTGEKPYTCDICGKSFGYNHVLKLHQVAHYGEKVYKC 262
PY C C K F L+ H RTHTGE+P+ C C K+F + L+ H H E+ +KC
Sbjct 181 PYECSHCAKTFAQQSTLQSHERTHTGERPFKCSQCSKTFIKSSDLRRHIRTHGSERPFKC 240
Query 263 TLCHETFGSKKTMELHIKTHS 283
+ C +TF K ++ H ++H+
Sbjct 241 SKCTKTFTRKFHLDNHFRSHT 261
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011567.1 dopamine receptor 2 [Apis mellifera]
Length=456
Score E
Sequences producing significant alignments: (Bits) Value
DOPR2_DROME unnamed protein product 566 0.0
DOPR4_CAEEL unnamed protein product 266 2e-83
OCTB2_CHISP unnamed protein product 227 5e-70
OCTB2_DROME unnamed protein product 223 7e-67
5HT1R_DROME unnamed protein product 218 1e-64
>DOPR2_DROME unnamed protein product
Length=539
Score = 566 bits (1458), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 313/453 (69%), Positives = 343/453 (76%), Gaps = 44/453 (10%)
Query 36 EDLWNLATDRAGLAILLFLFSVATVFGNTLVILAVVRERYLHTATNYFVTSLAFADCLVG 95
E L L DR GL LFLFS ATVFGN+LVILAV+RERYLHTATNYF+TSLA ADCLVG
Sbjct 99 EFLEALPNDRVGLLAFLFLFSFATVFGNSLVILAVIRERYLHTATNYFITSLAVADCLVG 158
Query 96 LVVMPFSAIYEVLENRWLFTTDWCDVWRSLDVLFSTASILNLCVISLDRYWAITDPFTYP 155
LVVMPFSA+YEVLEN W F TDWCD+WRSLDVLFSTASILNLCVISLDRYWAITDPF+YP
Sbjct 159 LVVMPFSALYEVLENTWFFGTDWCDIWRSLDVLFSTASILNLCVISLDRYWAITDPFSYP 218
Query 156 SKMSRRRAAVLIAIVWICSSAISFPAIVWWRAVRTEEVPEDKCPFTEHLGYLIFSSTISF 215
+M+ +RAA LIA VWICSSAISFPAIVWWRA R E+P KC FTEHLGYL+FSSTISF
Sbjct 219 MRMTVKRAAGLIAAVWICSSAISFPAIVWWRAARDGEMPAYKCTFTEHLGYLVFSSTISF 278
Query 216 YLPLFVMVFTYYKIYRAAVIQTKSLKLGTKQVLMASGELELTLRIHRGGGTNTDARHLFR 275
YLPL VMVFTY +IYRAAVIQT+SLK+GTKQVLMASGEL+LTLRIHRGG T +
Sbjct 279 YLPLLVMVFTYCRIYRAAVIQTRSLKIGTKQVLMASGELQLTLRIHRGGTTRDQQNQVSG 338
Query 276 --------------------------------TASSTPEDLQDLEEPLTTIQHNNCLTRI 303
T +STPE+ D EPL+ + HNN L R
Sbjct 339 GGGGGGGGGGGGGSLSHSHSHSHHHHHNHGGGTTTSTPEEPDD--EPLSAL-HNNGLAR- 394
Query 304 PSTRINKQHTRGNNFSLSRKLAKFAKEKKAAKTLGIVMGVFIICWLPFFVVNLWSGFCSQ 363
G NFSLSRKLAKFAKEKKAAKTLGIVMGVFIICWLPFFVVNL SGFC +
Sbjct 395 -------HRHMGKNFSLSRKLAKFAKEKKAAKTLGIVMGVFIICWLPFFVVNLLSGFCIE 447
Query 364 CIWQEKIVFAAVTWLGWINSGMNPVIYACWSRDFRRAFVRILCACCPGRVRRRYQPAFRC 423
CI E+IV A VTWLGWINS MNPVIYACWSRDFRRAFVR+LC CCP ++RR+YQP R
Sbjct 448 CIEHEEIVSAIVTWLGWINSCMNPVIYACWSRDFRRAFVRLLCMCCPRKIRRKYQPTMRS 507
Query 424 KPSQRFASGRYYSAYSLHHVRSSRESSCEQTYI 456
K SQRFA+ R YS SLH ++ R +SCEQTYI
Sbjct 508 K-SQRFATRRCYSTCSLHGIQHVRHNSCEQTYI 539
>DOPR4_CAEEL unnamed protein product
Length=517
Score = 266 bits (679), Expect = 2e-83, Method: Compositional matrix adjust.
Identities = 160/442 (36%), Positives = 233/442 (53%), Gaps = 92/442 (21%)
Query 48 LAILLFLFSVATVFGNTLVILAVVRERYLHTATNYFVTSLAFADCLVGLVVMPFSAIYEV 107
LAI LF + TV GN LV++AV ++YL T Y + SLA AD +VG++VMP ++++E+
Sbjct 45 LAIALFSICLLTVAGNCLVVIAVCTKKYLRNPTGYLIISLAIADLIVGVIVMPMNSLFEI 104
Query 108 LENRWLFTTDWCDVWRSLDVLFSTASILNLCVISLDRYWAITDPFTYPSKMSRRRAAVLI 167
+ WLF CDV+ ++D+L STASI NLCVISLDRY A DP Y K+S+RR + I
Sbjct 105 ANHTWLFGLMMCDVFHAMDILASTASIWNLCVISLDRYMAGQDPIGYRDKVSKRRILMAI 164
Query 168 AIVWICSSAISFPAIVWWRAVRTEEVPED--KCPFTEHLGYLIFSSTISFYLPLFVMVFT 225
VW+ S+ +SFP I+WWR + + ED +C FT+ Y+ FSS +SFY+PLF+++F
Sbjct 165 LSVWVLSAILSFPGIIWWRT-SSPHLYEDQSQCLFTDSKMYVSFSSLVSFYIPLFLILFA 223
Query 226 YYKIYRAAVIQTKSLKLGTKQVLMA---------------SGELELTLRIHRGGGTNTDA 270
Y K+Y A +K +++G K V + S E E TLRIH G G + +
Sbjct 224 YGKVYIIATRHSKGMRMGIKTVSIKKRNGKKSNTETESILSSENEPTLRIHFGRGKQSSS 283
Query 271 -------------RHLFRTASSTPEDLQDLEEPLTTIQHNNCLTRIP------------S 305
R L + S + L D E +NN R P
Sbjct 284 SLRNSRFHARESTRLLLKQVSC--KSLNDRGE-----HNNNNTVRQPLLRGTEGCHSDSI 336
Query 306 TRINKQHTRGNNFSL------------------------------------------SRK 323
+R ++++ RG N ++ SR+
Sbjct 337 SRSSQRNFRGRNVTIGSNCSSTLLQVDQPDRMSLSSNSQMVMTSPLSTRRKLNVREKSRQ 396
Query 324 LAKFAKEKKAAKTLGIVMGVFIICWLPFFVVNLWSGFCSQCIWQEKIVFAAVTWLGWINS 383
+ ++ E++AA+TL IV+G FI+CW PFFV + FC C ++ +F VTW G +NS
Sbjct 397 MMRYVHEQRAARTLSIVVGAFILCWTPFFVFTPLTAFCESCFSNKETIFTFVTWAGHLNS 456
Query 384 GMNPVIYACWSRDFRRAFVRIL 405
+NP+IY+ +SRDFRRAF +IL
Sbjct 457 MLNPLIYSRFSRDFRRAFKQIL 478
>OCTB2_CHISP unnamed protein product
Length=395
Score = 227 bits (579), Expect = 5e-70, Method: Compositional matrix adjust.
Identities = 135/364 (37%), Positives = 191/364 (52%), Gaps = 55/364 (15%)
Query 51 LLFLFSVATVFGNTLVILAVVRERYLHTATNYFVTSLAFADCLVGLVVMPFSAIYEVLEN 110
+L L + V GN LVI++V+R R L TNYFV SLAFAD LV +VVMPF+ + V N
Sbjct 43 VLLLIVIMAVLGNMLVIVSVMRHRKLRVITNYFVVSLAFADILVAMVVMPFN--FSVQFN 100
Query 111 R-WLFTTDWCDVWRSLDVLFSTASILNLCVISLDRYWAITDPFTYPSKMSRRRAAVLIAI 169
+ W+F CD+W S DV F++ SIL+LC IS+DRY+AI P YP KM+++ A V++A
Sbjct 101 QGWVFGETICDLWNSSDVYFTSTSILHLCCISVDRYYAIVKPLKYPIKMTKKMAFVMLAA 160
Query 170 VWICSSAISF-PAIVWWRAVRT--EEVPEDKCPFTEHLGYLIFSSTISFYLPLFVMVFTY 226
W+ IS+ P + W E +D+C F + Y + SS+ISF++P +M+FTY
Sbjct 161 TWLSPITISYVPIFMGWYTTTDFLESRRDDQCEFKVNKPYAVISSSISFWIPCTIMIFTY 220
Query 227 YKIYRAAVIQTKSLKLGTKQVLMASGELELTLRIHRGGGTNTDARHLFRTASSTPEDLQD 286
I++ A Q K+L ++ +HR +D ++TP
Sbjct 221 LAIFKEANRQEKALHARAGNAML----------MHRHSREVSDKNGALHINATTPTK--- 267
Query 287 LEEPLTTIQHNNCLTRIPSTRINKQHTRGNNFSLSRKLAKFAKEKKAAKTLGIVMGVFII 346
R L K +E KAA+TLGI+MG FI+
Sbjct 268 ----------------------------------DRNLLKMKREHKAARTLGIIMGAFIL 293
Query 347 CWLPFFVVNLWSGFCSQCIWQEKIVFAAVTWLGWINSGMNPVIYACWSRDFRRAFVRIL- 405
CWLPFF+ + + C C E +V + W G+ NS +NP+IYA ++RDFR AF L
Sbjct 294 CWLPFFLYYVSTSLCDSCNCPE-VVTVIMFWTGYFNSALNPIIYAYFNRDFRNAFKNTLA 352
Query 406 CACC 409
CA C
Sbjct 353 CAFC 356
>OCTB2_DROME unnamed protein product
Length=536
Score = 223 bits (568), Expect = 7e-67, Method: Compositional matrix adjust.
Identities = 152/452 (34%), Positives = 223/452 (49%), Gaps = 50/452 (11%)
Query 9 LGSEEEGNQLNRSFYSASYPPQNRSQEEDLWNLATDRAGLAILLFLFSVATVFGNTLVIL 68
L E G L+ + + P + +W A ++ L +A + GN LVI+
Sbjct 123 LNFNESGAGLSDHHHHQQHNPDEDWLDNIVWVFK------AFVMLLIIIAAICGNLLVII 176
Query 69 AVVRERYLHTATNYFVTSLAFADCLVGLVVMPFSAIYEVLENRWLFTTDWCDVWRSLDVL 128
+V+R R L TNYFV SLA AD +V ++ M F+ +V RW F+ CD+W SLDV
Sbjct 177 SVMRVRKLRVITNYFVVSLAMADIMVAIMAMTFNFSVQV-TGRWNFSPFLCDLWNSLDVY 235
Query 129 FSTASILNLCVISLDRYWAITDPFTYPSKMSRRRAAVLIAIVWICSSAISF-PAIVWWRA 187
FSTASIL+LC IS+DRY+AI P YP M++R +++ WI + +SF P + W
Sbjct 236 FSTASILHLCCISVDRYYAIVKPLKYPISMTKRVVGIMLLNTWISPALLSFLPIFIGWYT 295
Query 188 VRTEE----VPEDKCPFTEHLGYLIFSSTISFYLPLFVMVFTYYKIYRAAVIQTKSLKLG 243
+ +C F + Y + SS+ISF++P +M+FTY I+R A Q
Sbjct 296 TPQHQQFVIQNPTQCSFVVNKYYAVISSSISFWIPCTIMIFTYLAIFREANRQ------- 348
Query 244 TKQVLMASGELELTLRIHRGGGTNTDARHLFRTASSTPEDLQDLEEPLTTIQHNNCLTRI 303
KQ++M G L +HR L + SS L ++E+
Sbjct 349 EKQLMMRHGNAML---MHR-PSMQPSGEALSGSGSSKTLTLHEVEQ-------------- 390
Query 304 PSTRINKQHTRGNNFSLSRKLAKFAKEKKAAKTLGIVMGVFIICWLPFFVVNLWSGFCSQ 363
+HT + + L K +E KAA+TLGI+MG FI+CWLPFF+ S C +
Sbjct 391 -------EHTPTKD----KHLIKMKREHKAARTLGIIMGTFILCWLPFFLWYTLSMTCEE 439
Query 364 CIWQEKIVFAAVTWLGWINSGMNPVIYACWSRDFRRAFVR-ILCACCPGRVRRRYQPAFR 422
C + IV + + W+G+ NS +NP+IYA ++RDFR AF +LC C R
Sbjct 440 CQVPD-IVVSILFWIGYFNSTLNPLIYAYFNRDFREAFRNTLLCLFCNWWKDRHLPLDID 498
Query 423 CKPSQRFASGRYYSAYSLHHVRSSRESSCEQT 454
+ S R S YS ++ S+ S Q+
Sbjct 499 IRRSSLRYDQRAKSVYSESYLNSTTPSHRRQS 530
>5HT1R_DROME unnamed protein product
Length=564
Score = 218 bits (554), Expect = 1e-64, Method: Compositional matrix adjust.
Identities = 143/413 (35%), Positives = 205/413 (50%), Gaps = 52/413 (13%)
Query 48 LAILLFLFSVATVFGNTLVILAVVRERYLHTATNYFVTSLAFADCLVGLVVMPFSAIYEV 107
++I+L + + TV GN LV +AV R L NY + SLA +D V L+VMP + +YEV
Sbjct 165 VSIVLLIVILGTVVGNVLVCIAVCMVRKLRRPCNYLLVSLALSDLCVALLVMPMALLYEV 224
Query 108 LENRWLFTTDWCDVWRSLDVLFSTASILNLCVISLDRYWAITDPFTYPSKMSRRRAAVLI 167
LE +W F CD+W S DVL TASILNLC IS+DRY AIT P Y K + RR + +
Sbjct 225 LE-KWNFGPLLCDIWVSFDVLCCTASILNLCAISVDRYLAITKPLEYGVKRTPRRMMLCV 283
Query 168 AIVWICSSAISFPAIVWWRAVRTEEVPEDKCPFTEHLGYLIFSSTISFYLPLFVMVFTYY 227
IVW+ ++ IS P ++ +E + C ++ Y I+++ SFY+PL VM+F YY
Sbjct 284 GIVWLAAACISLPPLLILGNEHEDEEGQPICTVCQNFAYQIYATLGSFYIPLSVMLFVYY 343
Query 228 KIYRAA---VIQTKSLKLGTKQVLMASGELELTLRIHRG----GGTNTDARHLFRTASST 280
+I+RAA V++ K + +Q L +G G + RH SS
Sbjct 344 QIFRAARRIVLEEKRAQTHLQQALNGTGSPSAPQAPPLGHTELASSGNGQRH-----SSV 398
Query 281 PEDLQDLEEPLTTIQHNNCLTRIPSTR-----------------INKQHTRGNNFSLSRK 323
T++ ++ C + H + F L
Sbjct 399 GN---------TSLTYSTCGGLSSGGGALAGHGSGGGVSGSTGLLGSPHHKKLRFQL--- 446
Query 324 LAKFAKEKKAAKTLGIVMGVFIICWLPFFVVNLWSGFCSQCIWQEKIVFAAVTWLGWINS 383
AKEKKA+ TLGI+M F +CWLPFF++ L F + + + + WLG+ NS
Sbjct 447 ----AKEKKASTTLGIIMSAFTVCWLPFFILALIRPF--ETMHVPASLSSLFLWLGYANS 500
Query 384 GMNPVIYACWSRDFRRAFVRIL---CACCPGRVRRR-YQPAFRCKPSQRFASG 432
+NP+IYA +RDFR+ F IL C+ +R YQ + PSQR G
Sbjct 501 LLNPIIYATLNRDFRKPFQEILYFRCSSLNTMMRENYYQDQYGEPPSQRVMLG 553
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011568.1 hyperpolarization-activated ion channel [Apis
mellifera]
Length=288
Score E
Sequences producing significant alignments: (Bits) Value
Q95T40_DROME unnamed protein product 385 3e-136
B7YZE9_DROME unnamed protein product 397 2e-132
Q56JH8_DROME unnamed protein product 385 3e-131
Q56JH9_DROME unnamed protein product 384 8e-131
Q9Y1J9_DROME unnamed protein product 392 6e-130
>Q95T40_DROME unnamed protein product
Length=245
Score = 385 bits (988), Expect = 3e-136, Method: Compositional matrix adjust.
Identities = 207/234 (88%), Positives = 219/234 (94%), Gaps = 7/234 (3%)
Query 9 VHFGVDDVSLYGTPKEEPGPGLP--GQEVKQSFLKNQLQALFQPTDNKLAMKLFGSKKAL 66
VHF DDVSLYGTPKEEP P +P ++V +FLK+QLQ+ FQPTDN+LAMKLFGS+KAL
Sbjct 2 VHF--DDVSLYGTPKEEPMPNIPIVSEKVSANFLKSQLQSWFQPTDNRLAMKLFGSRKAL 59
Query 67 MKERIRQKAAGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIAFNC 126
+KERIRQK +GHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIAFNC
Sbjct 60 VKERIRQKTSGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIAFNC 119
Query 127 LSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIFLIF 186
LSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIFLIF
Sbjct 120 LSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIFLIF 179
Query 187 NQ---FQDFSESFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVYI 237
NQ QDFS+SFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY+
Sbjct 180 NQIMKLQDFSDSFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVYV 233
>B7YZE9_DROME unnamed protein product
Length=917
Score = 397 bits (1020), Expect = 2e-132, Method: Compositional matrix adjust.
Identities = 208/239 (87%), Positives = 222/239 (93%), Gaps = 7/239 (3%)
Query 4 KGSGKVHFGVDDVSLYGTPKEEPGPGLP--GQEVKQSFLKNQLQALFQPTDNKLAMKLFG 61
+G+ VHF DDVSLYGTPKEEP P +P ++V +FLK+QLQ+ FQPTDN+LAMKLFG
Sbjct 669 QGTEMVHF--DDVSLYGTPKEEPMPNIPIVSEKVSANFLKSQLQSWFQPTDNRLAMKLFG 726
Query 62 SKKALMKERIRQKAAGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRW 121
S+KAL+KERIRQK +GHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRW
Sbjct 727 SRKALVKERIRQKTSGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRW 786
Query 122 IAFNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDY 181
IAFNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDY
Sbjct 787 IAFNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDY 846
Query 182 IFLIFNQ---FQDFSESFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVYI 237
IFLIFNQ QDFS+SFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY+
Sbjct 847 IFLIFNQIMKLQDFSDSFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVYV 905
>Q56JH8_DROME unnamed protein product
Length=627
Score = 385 bits (990), Expect = 3e-131, Method: Compositional matrix adjust.
Identities = 207/233 (89%), Positives = 219/233 (94%), Gaps = 6/233 (3%)
Query 6 SGKVHFGVDDVSLYGTPKEEPGPGLP--GQEVKQSFLKNQLQALFQPTDNKLAMKLFGSK 63
S +VHF DDVSLYGTPKEEP P +P ++V +FLK+QLQ+ FQPTDN+LAMKLFGS+
Sbjct 8 SMQVHF--DDVSLYGTPKEEPMPNIPIVSEKVSANFLKSQLQSWFQPTDNRLAMKLFGSR 65
Query 64 KALMKERIRQKAAGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIA 123
KAL+KERIRQK +GHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIA
Sbjct 66 KALVKERIRQKTSGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIA 125
Query 124 FNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIF 183
FNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIF
Sbjct 126 FNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIF 185
Query 184 LIFNQFQDFSESFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY 236
LIFN QDFS+SFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY
Sbjct 186 LIFN--QDFSDSFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY 236
>Q56JH9_DROME unnamed protein product
Length=618
Score = 384 bits (987), Expect = 8e-131, Method: Compositional matrix adjust.
Identities = 206/230 (90%), Positives = 217/230 (94%), Gaps = 6/230 (3%)
Query 9 VHFGVDDVSLYGTPKEEPGPGLP--GQEVKQSFLKNQLQALFQPTDNKLAMKLFGSKKAL 66
VHF DDVSLYGTPKEEP P +P ++V +FLK+QLQ+ FQPTDN+LAMKLFGS+KAL
Sbjct 2 VHF--DDVSLYGTPKEEPMPNIPIVSEKVSANFLKSQLQSWFQPTDNRLAMKLFGSRKAL 59
Query 67 MKERIRQKAAGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIAFNC 126
+KERIRQK +GHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIAFNC
Sbjct 60 VKERIRQKTSGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRWIAFNC 119
Query 127 LSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIFLIF 186
LSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIFLIF
Sbjct 120 LSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDYIFLIF 179
Query 187 NQFQDFSESFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY 236
N QDFS+SFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY
Sbjct 180 N--QDFSDSFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY 227
>Q9Y1J9_DROME unnamed protein product
Length=945
Score = 392 bits (1006), Expect = 6e-130, Method: Compositional matrix adjust.
Identities = 208/238 (87%), Positives = 221/238 (93%), Gaps = 7/238 (3%)
Query 4 KGSGKVHFGVDDVSLYGTPKEEPGPGLP--GQEVKQSFLKNQLQALFQPTDNKLAMKLFG 61
+G+ VHF DDVSLYGTPKEEP P +P ++V +FLK+QLQ+ FQPTDN+LAMKLFG
Sbjct 319 QGTEMVHF--DDVSLYGTPKEEPMPNIPIVSEKVSANFLKSQLQSWFQPTDNRLAMKLFG 376
Query 62 SKKALMKERIRQKAAGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRW 121
S+KAL+KERIRQK +GHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRW
Sbjct 377 SRKALVKERIRQKTSGHWVIHPCSSFRFYWDLCMLLLLVANLIILPVAISFFNDDLSTRW 436
Query 122 IAFNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDY 181
IAFNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDY
Sbjct 437 IAFNCLSDTIFLIDIVVNFRTGIMQQDNAEQVILDPKLIAKHYLRTWFFLDLISSIPLDY 496
Query 182 IFLIFNQ---FQDFSESFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY 236
IFLIFNQ QDFS+SFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY
Sbjct 497 IFLIFNQIMKLQDFSDSFQILHAGRALRILRLAKLLSLVRLLRLSRLVRYVSQWEEVY 554
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011570.1 vacuolar H+ ATP synthase 16 kDa proteolipid subunit
[Apis mellifera]
Length=156
Score E
Sequences producing significant alignments: (Bits) Value
VATL_DROME unnamed protein product 273 1e-95
VATL2_CAEEL unnamed protein product 205 8e-69
VATL_DICDI unnamed protein product 182 2e-59
VATL1_CAEEL unnamed protein product 173 4e-56
Q38CL8_TRYB2 unnamed protein product 168 1e-53
>VATL_DROME unnamed protein product
Length=159
Score = 273 bits (698), Expect = 1e-95, Method: Compositional matrix adjust.
Identities = 146/159 (92%), Positives = 151/159 (95%), Gaps = 3/159 (2%)
Query 1 MSDE---DHPIYAPFFGVMGAASAIIFSALGAAYGTAKSGTGIAAMSVMRPELIMKSIIP 57
MS E D+PIY PFFGVMGAASAIIFSALGAAYGTAKSGTGIAAMSVMRPELIMKSIIP
Sbjct 1 MSSEVSSDNPIYGPFFGVMGAASAIIFSALGAAYGTAKSGTGIAAMSVMRPELIMKSIIP 60
Query 58 VVMAGIIAIYGLVVAVLIAGGLEEPKGYTLFKGFVHLGAGLAVGFSGLAAGFAIGIVGDA 117
VVMAGIIAIYGLVVAVLIAG LEEP Y+L++GF+HLGAGLAVGFSGLAAGFAIGIVGDA
Sbjct 61 VVMAGIIAIYGLVVAVLIAGALEEPSKYSLYRGFIHLGAGLAVGFSGLAAGFAIGIVGDA 120
Query 118 GVRGTAQQPRLFVGMILILIFAEVLGLYGLIVAIYLYTK 156
GVRGTAQQPRLFVGMILILIFAEVLGLYGLIVAIYLYTK
Sbjct 121 GVRGTAQQPRLFVGMILILIFAEVLGLYGLIVAIYLYTK 159
>VATL2_CAEEL unnamed protein product
Length=161
Score = 205 bits (522), Expect = 8e-69, Method: Compositional matrix adjust.
Identities = 110/157 (70%), Positives = 124/157 (79%), Gaps = 1/157 (1%)
Query 1 MSDEDHPIYAPFFGVMGAASAIIFSALGAAYGTAKSGTGIAAMSVMRPELIMKSIIPVVM 60
+ + YAPFFG MGAASA IF+ LGAAYGTAKS GI +M VMRPELIMKS+IPV+M
Sbjct 5 LETAERAAYAPFFGYMGAASAQIFTVLGAAYGTAKSAVGICSMGVMRPELIMKSVIPVIM 64
Query 61 AGIIAIYGLVVAVLIAGGLEEPK-GYTLFKGFVHLGAGLAVGFSGLAAGFAIGIVGDAGV 119
AGII IYGLVVA+++ G + GY L KGF HL AGL G GL AG+AIGIVGDAGV
Sbjct 65 AGIIGIYGLVVAMVLKGKVTSASAGYDLNKGFAHLAAGLTCGLCGLGAGYAIGIVGDAGV 124
Query 120 RGTAQQPRLFVGMILILIFAEVLGLYGLIVAIYLYTK 156
RGTAQQPRLFVGMILILIF+EVLGLYG+IVA+ L T
Sbjct 125 RGTAQQPRLFVGMILILIFSEVLGLYGMIVALILGTS 161
>VATL_DICDI unnamed protein product
Length=196
Score = 182 bits (463), Expect = 2e-59, Method: Compositional matrix adjust.
Identities = 89/152 (59%), Positives = 118/152 (78%), Gaps = 0/152 (0%)
Query 4 EDHPIYAPFFGVMGAASAIIFSALGAAYGTAKSGTGIAAMSVMRPELIMKSIIPVVMAGI 63
+ P+YAPFFG MG +A++F+ +GAAYGTAK+ GI+ M VM+P+L++K+ IPV+ AG+
Sbjct 22 DACPVYAPFFGAMGVTAALVFTVMGAAYGTAKASVGISNMGVMKPDLVIKAFIPVIFAGV 81
Query 64 IAIYGLVVAVLIAGGLEEPKGYTLFKGFVHLGAGLAVGFSGLAAGFAIGIVGDAGVRGTA 123
IAIYGL++ V++ GG++ YTL K F LGAGL VG GLAAG AIGIVGD+GVR
Sbjct 82 IAIYGLIICVILVGGIKPNANYTLMKSFTDLGAGLTVGLCGLAAGMAIGIVGDSGVRAFG 141
Query 124 QQPRLFVGMILILIFAEVLGLYGLIVAIYLYT 155
QQP+L+V M+LILIF+E LGLYGLI+ I L +
Sbjct 142 QQPKLYVIMMLILIFSEALGLYGLIIGILLSS 173
>VATL1_CAEEL unnamed protein product
Length=169
Score = 173 bits (439), Expect = 4e-56, Method: Compositional matrix adjust.
Identities = 97/153 (63%), Positives = 120/153 (78%), Gaps = 3/153 (2%)
Query 3 DEDHPIYAPFFGVMGAASAIIFSALGAAYGTAKSGTGIAAMSVMRPELIMKSIIPVVMAG 62
+ +Y PFFG +G SA+ F+A G+AYGTAK+GTGIA+M+V RP+L+MK+IIPVVMAG
Sbjct 15 KNEQAMYGPFFGSLGVTSAMAFAAAGSAYGTAKAGTGIASMAVARPDLVMKAIIPVVMAG 74
Query 63 IIAIYGLVVAVLIAGGLEEPKG--YTLFKGFVHLGAGLAVGFSGLAAGFAIGIVGDAGVR 120
I+AIYGLVVAV+++G + EP G YT+ F GL G GL AG+AIGI GDAGVR
Sbjct 75 IVAIYGLVVAVIVSGKV-EPAGANYTINNAFSQFAGGLVCGLCGLGAGYAIGIAGDAGVR 133
Query 121 GTAQQPRLFVGMILILIFAEVLGLYGLIVAIYL 153
+QQPR+FVGMILILIFAEVLGLYG+IVA+ L
Sbjct 134 ALSQQPRMFVGMILILIFAEVLGLYGMIVALIL 166
>Q38CL8_TRYB2 unnamed protein product
Length=191
Score = 168 bits (425), Expect = 1e-53, Method: Compositional matrix adjust.
Identities = 86/155 (55%), Positives = 113/155 (73%), Gaps = 1/155 (1%)
Query 2 SDEDHPIYAPFFGVMGAASAIIFSALGAAYGTAKSGTGIAAMSVMRPELIMKSIIPVVMA 61
DE +P A FFG MG ASA+IF+ LG+AYGTAKSG G+A + ++ + IM+ I+PVVMA
Sbjct 26 CDEMYPQSAAFFGSMGCASALIFANLGSAYGTAKSGVGVAHLGILHADRIMRGIVPVVMA 85
Query 62 GIIAIYGLVVAVLIAGGLE-EPKGYTLFKGFVHLGAGLAVGFSGLAAGFAIGIVGDAGVR 120
GI+ IYGL+V+V+I ++ E Y F G++H GAGLA G S LAAG +IGI GDA VR
Sbjct 86 GILGIYGLIVSVIINNNIKTELHAYAAFSGYLHFGAGLAAGLSSLAAGLSIGIAGDASVR 145
Query 121 GTAQQPRLFVGMILILIFAEVLGLYGLIVAIYLYT 155
+Q ++FV MIL+LIFAE LGLYGLI+A+ +
Sbjct 146 AYGKQEKIFVAMILMLIFAEALGLYGLIIALLMNN 180
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011571.1 homeobox protein H90 [Apis mellifera]
Length=352
Score E
Sequences producing significant alignments: (Bits) Value
ANTP_DROME unnamed protein product 201 3e-61
SCR_DROME unnamed protein product 133 3e-35
UBX_DROME unnamed protein product 127 2e-33
UBX_JUNCO unnamed protein product 123 7e-33
ABDA_DROME unnamed protein product 126 7e-32
>ANTP_DROME unnamed protein product
Length=378
Score = 201 bits (510), Expect = 3e-61, Method: Compositional matrix adjust.
Identities = 128/228 (56%), Positives = 140/228 (61%), Gaps = 22/228 (10%)
Query 138 YASCKLQAAAVDHQGSVLDGPDSPPLVESQMHHQMHTQ--------HPHMQPQQGQHQSQ 189
YASCKLQAA V G V +G SPPLV+ H M+ Q HP Q
Sbjct 159 YASCKLQAA-VGGLGMVPEG-GSPPLVDQMSGHHMNAQMTLPHHMGHPQAQLGYTDVGVP 216
Query 190 AQQQHLQAHEQHMMYQQQQQSQAASQQSQPGMHPRQQQQAQQHQGVVT--SPLSQQQQAA 247
+ Q H MYQQQ Q MH + Q Q HQG +P SQ +
Sbjct 217 DVTEVHQNHHNMGMYQQQSGVPPVGAPPQGMMH-QGQGPPQMHQGHPGQHTPPSQNPNSQ 275
Query 248 PQGAASANLPSPLYPWMRSQF----ERKRGRQTYTRYQTLELEKEFHYNRYLTRRRRIEI 303
S+ +PSPLYPWMRSQF ERKRGRQTYTRYQTLELEKEFH+NRYLTRRRRIEI
Sbjct 276 -----SSGMPSPLYPWMRSQFGKCQERKRGRQTYTRYQTLELEKEFHFNRYLTRRRRIEI 330
Query 304 AHALCLTERQIKIWFQNRRMKWKKENKSKGTPGSGDGDTEISPQTSPQ 351
AHALCLTERQIKIWFQNRRMKWKKENK+KG PGSG EI+P SPQ
Sbjct 331 AHALCLTERQIKIWFQNRRMKWKKENKTKGEPGSGGEGDEITPPNSPQ 378
>SCR_DROME unnamed protein product
Length=417
Score = 133 bits (335), Expect = 3e-35, Method: Compositional matrix adjust.
Identities = 61/84 (73%), Positives = 67/84 (80%), Gaps = 10/84 (12%)
Query 257 PSPLYPWMR----------SQFERKRGRQTYTRYQTLELEKEFHYNRYLTRRRRIEIAHA 306
P +YPWM+ + E KR R +YTRYQTLELEKEFH+NRYLTRRRRIEIAHA
Sbjct 301 PPQIYPWMKRVHLGTSTVNANGETKRQRTSYTRYQTLELEKEFHFNRYLTRRRRIEIAHA 360
Query 307 LCLTERQIKIWFQNRRMKWKKENK 330
LCLTERQIKIWFQNRRMKWKKE+K
Sbjct 361 LCLTERQIKIWFQNRRMKWKKEHK 384
>UBX_DROME unnamed protein product
Length=389
Score = 127 bits (319), Expect = 2e-33, Method: Compositional matrix adjust.
Identities = 59/77 (77%), Positives = 64/77 (83%), Gaps = 1/77 (1%)
Query 253 SANLPSPLYP-WMRSQFERKRGRQTYTRYQTLELEKEFHYNRYLTRRRRIEIAHALCLTE 311
S +L L P W+ + R+RGRQTYTRYQTLELEKEFH N YLTRRRRIE+AHALCLTE
Sbjct 277 SESLAGSLLPDWLGTNGLRRRGRQTYTRYQTLELEKEFHTNHYLTRRRRIEMAHALCLTE 336
Query 312 RQIKIWFQNRRMKWKKE 328
RQIKIWFQNRRMK KKE
Sbjct 337 RQIKIWFQNRRMKLKKE 353
>UBX_JUNCO unnamed protein product
Length=253
Score = 123 bits (308), Expect = 7e-33, Method: Compositional matrix adjust.
Identities = 58/72 (81%), Positives = 61/72 (85%), Gaps = 3/72 (4%)
Query 260 LYPWMR---SQFERKRGRQTYTRYQTLELEKEFHYNRYLTRRRRIEIAHALCLTERQIKI 316
YPWM + R+RGRQTYTRYQTLELEKEFH N YLTRRRRIE+AHALCLTERQIKI
Sbjct 146 FYPWMAIAGANGLRRRGRQTYTRYQTLELEKEFHTNHYLTRRRRIEMAHALCLTERQIKI 205
Query 317 WFQNRRMKWKKE 328
WFQNRRMK KKE
Sbjct 206 WFQNRRMKLKKE 217
>ABDA_DROME unnamed protein product
Length=590
Score = 126 bits (316), Expect = 7e-32, Method: Compositional matrix adjust.
Identities = 60/86 (70%), Positives = 65/86 (76%), Gaps = 14/86 (16%)
Query 260 LYPWMRSQFER--------------KRGRQTYTRYQTLELEKEFHYNRYLTRRRRIEIAH 305
L WM S FER +RGRQTYTR+QTLELEKEFH+N YLTRRRRIEIAH
Sbjct 374 LTDWMGSPFERVVCGDFNGPNGCPRRRGRQTYTRFQTLELEKEFHFNHYLTRRRRIEIAH 433
Query 306 ALCLTERQIKIWFQNRRMKWKKENKS 331
ALCLTERQIKIWFQNRRMK KKE ++
Sbjct 434 ALCLTERQIKIWFQNRRMKLKKELRA 459
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011572.1 transferrin 1 precursor [Apis mellifera]
Length=712
Score E
Sequences producing significant alignments: (Bits) Value
O97355_DROME unnamed protein product 382 2e-123
Q9VWV6_DROME unnamed protein product 382 3e-123
Q9VTZ5_DROME unnamed protein product 133 5e-32
O01965_CAEEL unnamed protein product 34.3 0.37
Q9VC36_DROME unnamed protein product 33.1 1.1
>O97355_DROME unnamed protein product
Length=641
Score = 382 bits (981), Expect = 2e-123, Method: Compositional matrix adjust.
Identities = 228/669 (34%), Positives = 339/669 (51%), Gaps = 95/669 (14%)
Query 33 IFTICVPEIYSKECDEMKKDSAVKGIPVSCISGRDRYECIEKVGKKEADVVAVDPEDMYL 92
I+ +CVP+IY EC ++ D + GI + C++GRDR +C+E + +++ADV+A +PEDMY+
Sbjct 33 IYRLCVPQIYLAECQQLLADPSEAGIRMECVAGRDRVDCLELIEQRKADVLATEPEDMYI 92
Query 93 AVKDNKLASNAGYNVIEQVRTKEEPHAPYRYEAVAVIHKDLPINNVQGLRGLKSCHTGVG 152
A N Y VI ++RT+++ +A +RYE + ++ KD PI +Q LRG KSCHTG G
Sbjct 93 AYH----RKNEDYRVISEIRTQQDKNAAFRYEGIILVKKDSPIRTLQQLRGAKSCHTGFG 148
Query 153 RNVGYKIPITKLTAMGVLNNLHDPEYSARENELRALSSLFSKGCLVGTWSPDPAINRRLK 212
RNVGYKIPITKL VL DP+ SA E EL++LS F++ CLVGT+S P +R LK
Sbjct 149 RNVGYKIPITKLKNTHVLKVSADPQISATERELKSLSEFFTQSCLVGTYSTHPETDRLLK 208
Query 213 ETYSNMCALCEKPEVCDYPDIYSGYEGALRCLAHNGGEIAWTKVIYVKRFFGLPVGVTAA 272
+ Y+N+CALCEKPE C+YPD +SGY+GA+RCL GE+A++KV Y+K++FGLP A
Sbjct 209 KKYANLCALCEKPEQCNYPDKFSGYDGAIRCLDKGQGEVAFSKVQYIKKYFGLPGAGPDA 268
Query 273 IPTSENPADYRYFCPDGSKVPIDANTKP-CTWAARPWQGYMTN-NGVNNVEAVQKELTDL 330
P NP ++ Y C DG++ P+ T P C+WA RPW GY++N V+N E + + + L
Sbjct 269 PPAEGNPENFEYLCEDGTRRPV---TGPACSWAQRPWSGYISNEQAVHNSEQLHQLQSRL 325
Query 331 GKLG----EEEKADWWKDIMLLNEKTLAVPAPPVLPENHLKNAKYLDVIERNSGATDKII 386
+ + + D +++ + P+ +L+ A Y DVIER+ A K I
Sbjct 326 ERFFANGLQAQNKDAAAHLLIQPNAVYHSKDAAIDPKVYLERAGYKDVIERDGSAIRK-I 384
Query 387 RWCTWSEGDLEKCKALTRAAYSRDVRPKYDCTLEKSQDDCLKAIKENNADLTVVSGGSVL 446
R C ++ + KC+AL +AAY+RD RP+ +C DC+ A+ + ADLT+V
Sbjct 385 RLCAQNDDEFAKCQALHQAAYARDARPELECV---QSTDCVVALTKKEADLTIV------ 435
Query 447 RATKEYNTVPIIAESYGSGSTNFNERPAVAVVSKSSSINKLEDLRNKKSCHSGYKDSFAG 506
RAT GY D+ +
Sbjct 436 RAT-------------------------------------------------GYADARSN 446
Query 507 WTAPIYTLKRKGLIKSENEAADFFSGSCAPGAPLDSKLCQQCVGNLASNNDRIRQVTKCK 566
PI + + D APG ++ Q+ N +R R
Sbjct 447 QLQPI--------VYEQRAQDDVLVAVAAPGVTREA--LQKASIKFNENCERSR-----A 491
Query 567 ATNEETYRGGKGALSCLLDGKGDVAFVPLTALSEEGVQSKDLALICPDGGRAEINEWERC 626
A R G A G+V VP + L + KD L+CP R + ++ C
Sbjct 492 AAALLNKRRGLDACRVSSSDDGEVQIVPASELEKH----KDAQLVCPSLERRPVTDFRDC 547
Query 627 NLGLEPPRVILSSGAKSPTVLEELTHGTLAASTLYSKR---PDLLHLFGSWSN-RPNLLF 682
N+ ++ PR I + E + H S + R D+ LFG + + N+ F
Sbjct 548 NVDVQLPRAIFIRSDTTSVEQETVKHLFSLISDKFGARGKLVDVFALFGEFQKGKKNVYF 607
Query 683 KDEAKDLVS 691
D+A L +
Sbjct 608 NDKAVQLTT 616
Score = 61.6 bits (148), Expect = 1e-09, Method: Compositional matrix adjust.
Identities = 63/234 (27%), Positives = 105/234 (45%), Gaps = 27/234 (12%)
Query 377 RNSGATDKIIRWCTWSEGDLEKCKALTRAAYSRDVRPKYDCTLEKSQDDCLKAIKENNAD 436
++S A + I R C + L +C+ L +R +C + + DCL+ I++ AD
Sbjct 25 QSSLAEEPIYRLCV-PQIYLAECQQLLADPSEAGIR--MECVAGRDRVDCLELIEQRKAD 81
Query 437 LTVVSGGSVLRATKEYNT-VPIIAESYGSGSTNFNER-PAVAVVSKSSSINKLEDLRNKK 494
+ + A N +I+E N R + +V K S I L+ LR K
Sbjct 82 VLATEPEDMYIAYHRKNEDYRVISEIRTQQDKNAAFRYEGIILVKKDSPIRTLQQLRGAK 141
Query 495 SCHSGYKDSFAGWTAPIYTLKRKGLIK---------SENE---AADFFSGSCAPGA---- 538
SCH+G+ + G+ PI LK ++K +E E ++FF+ SC G
Sbjct 142 SCHTGFGRN-VGYKIPITKLKNTHVLKVSADPQISATERELKSLSEFFTQSCLVGTYSTH 200
Query 539 PLDSKLCQQCVGNLASNNDRIRQVTKCKATNEETYRGGKGALSCLLDGKGDVAF 592
P +L ++ NL + ++ Q C ++ + G GA+ CL G+G+VAF
Sbjct 201 PETDRLLKKKYANLCALCEKPEQ---CNYPDK--FSGYDGAIRCLDKGQGEVAF 249
>Q9VWV6_DROME unnamed protein product
Length=641
Score = 382 bits (980), Expect = 3e-123, Method: Compositional matrix adjust.
Identities = 228/669 (34%), Positives = 338/669 (51%), Gaps = 95/669 (14%)
Query 33 IFTICVPEIYSKECDEMKKDSAVKGIPVSCISGRDRYECIEKVGKKEADVVAVDPEDMYL 92
I+ +CVP+IY EC ++ D + GI + C++GRDR +C+E + +++ADV+A +PEDMY+
Sbjct 33 IYRLCVPQIYLAECQQLLADPSEAGIRMECVAGRDRVDCLELIEQRKADVLATEPEDMYI 92
Query 93 AVKDNKLASNAGYNVIEQVRTKEEPHAPYRYEAVAVIHKDLPINNVQGLRGLKSCHTGVG 152
A N Y VI ++RT+++ A +RYE + ++ KD PI +Q LRG KSCHTG G
Sbjct 93 AYH----RKNEDYRVISEIRTQQDKDAAFRYEGIILVKKDSPIRTLQQLRGAKSCHTGFG 148
Query 153 RNVGYKIPITKLTAMGVLNNLHDPEYSARENELRALSSLFSKGCLVGTWSPDPAINRRLK 212
RNVGYKIPITKL VL DP+ SA E EL++LS F++ CLVGT+S P +R LK
Sbjct 149 RNVGYKIPITKLKNTHVLKVSADPQISATERELKSLSEFFTQSCLVGTYSTHPETDRLLK 208
Query 213 ETYSNMCALCEKPEVCDYPDIYSGYEGALRCLAHNGGEIAWTKVIYVKRFFGLPVGVTAA 272
+ Y+N+CALCEKPE C+YPD +SGY+GA+RCL GE+A++KV Y+K++FGLP A
Sbjct 209 KKYANLCALCEKPEQCNYPDKFSGYDGAIRCLDKGQGEVAFSKVQYIKKYFGLPGAGPDA 268
Query 273 IPTSENPADYRYFCPDGSKVPIDANTKP-CTWAARPWQGYMTN-NGVNNVEAVQKELTDL 330
P NP ++ Y C DG++ P+ T P C+WA RPW GY++N V+N E + + + L
Sbjct 269 PPAEGNPENFEYLCEDGTRRPV---TGPACSWAQRPWSGYISNEQAVHNSEQLHQLQSRL 325
Query 331 GKLG----EEEKADWWKDIMLLNEKTLAVPAPPVLPENHLKNAKYLDVIERNSGATDKII 386
+ + + D +++ + P+ +L+ A Y DVIER+ A K I
Sbjct 326 ERFFANGLQAQNKDAAAHLLIQPNAVYHSKDAAIDPKVYLERAGYKDVIERDGSAIRK-I 384
Query 387 RWCTWSEGDLEKCKALTRAAYSRDVRPKYDCTLEKSQDDCLKAIKENNADLTVVSGGSVL 446
R C ++ + KC+AL +AAY+RD RP+ +C DC+ A+ + ADLT+V
Sbjct 385 RLCAQNDDEFAKCQALHQAAYARDARPELECV---QSTDCVVALTKKEADLTIV------ 435
Query 447 RATKEYNTVPIIAESYGSGSTNFNERPAVAVVSKSSSINKLEDLRNKKSCHSGYKDSFAG 506
RAT GY D+ +
Sbjct 436 RAT-------------------------------------------------GYADARSN 446
Query 507 WTAPIYTLKRKGLIKSENEAADFFSGSCAPGAPLDSKLCQQCVGNLASNNDRIRQVTKCK 566
PI + + D APG ++ Q+ N +R R
Sbjct 447 QLQPI--------VYEQRAQDDVLVAVAAPGVTREA--LQKASIKFNENCERSR-----A 491
Query 567 ATNEETYRGGKGALSCLLDGKGDVAFVPLTALSEEGVQSKDLALICPDGGRAEINEWERC 626
A R G A G+V VP + L + KD L+CP R + ++ C
Sbjct 492 AAALLNKRRGLDACRVSSSDDGEVQIVPASELEKH----KDAQLVCPSLERRPVTDFRDC 547
Query 627 NLGLEPPRVILSSGAKSPTVLEELTHGTLAASTLYSKR---PDLLHLFGSWSN-RPNLLF 682
N+ ++ PR I + E + H S + R D+ LFG + + N+ F
Sbjct 548 NVDVQLPRAIFIRSDTTSVEQETVKHLFSLISDKFGARGKLVDVFALFGEFQKGKKNVYF 607
Query 683 KDEAKDLVS 691
D+A L +
Sbjct 608 NDKAVQLTT 616
Score = 60.8 bits (146), Expect = 3e-09, Method: Compositional matrix adjust.
Identities = 61/236 (26%), Positives = 105/236 (44%), Gaps = 31/236 (13%)
Query 377 RNSGATDKIIRWCTWSEGDLEKCKALTRAAYSRDVRPKYDCTLEKSQDDCLKAIKENNAD 436
++S A + I R C + L +C+ L +R +C + + DCL+ I++ AD
Sbjct 25 QSSLAEEPIYRLCV-PQIYLAECQQLLADPSEAGIR--MECVAGRDRVDCLELIEQRKAD 81
Query 437 LTVVSGGSVL----RATKEYNTVPIIAESYGSGSTNFNERPAVAVVSKSSSINKLEDLRN 492
+ + R ++Y + I + E + +V K S I L+ LR
Sbjct 82 VLATEPEDMYIAYHRKNEDYRVISEIRTQQDKDAAFRYE--GIILVKKDSPIRTLQQLRG 139
Query 493 KKSCHSGYKDSFAGWTAPIYTLKRKGLIK---------SENE---AADFFSGSCAPGA-- 538
KSCH+G+ + G+ PI LK ++K +E E ++FF+ SC G
Sbjct 140 AKSCHTGFGRN-VGYKIPITKLKNTHVLKVSADPQISATERELKSLSEFFTQSCLVGTYS 198
Query 539 --PLDSKLCQQCVGNLASNNDRIRQVTKCKATNEETYRGGKGALSCLLDGKGDVAF 592
P +L ++ NL + ++ Q C ++ + G GA+ CL G+G+VAF
Sbjct 199 THPETDRLLKKKYANLCALCEKPEQ---CNYPDK--FSGYDGAIRCLDKGQGEVAF 249
>Q9VTZ5_DROME unnamed protein product
Length=819
Score = 133 bits (334), Expect = 5e-32, Method: Compositional matrix adjust.
Identities = 107/387 (28%), Positives = 168/387 (43%), Gaps = 51/387 (13%)
Query 337 EKADWWKDIMLLNEKTLAVPAPPVLPENHLKNAKYLD-VIERNSGATD---KIIRWCTWS 392
E + K +L + + A+ V+PE+ KYL I G + + C S
Sbjct 400 ESKRYGKPNLLFQDSSRALT---VIPEDDQSFTKYLGPAINFIYGIRECPVPAMTLCVTS 456
Query 393 EGDLEKCKALTRAAYSRDVRPKYDCTLEKSQDDCLKAIKENNADLTVVSGGSVLRATKEY 452
E +L+KC + A + ++P+ C S +C++ I+ AD++V G V Y
Sbjct 457 ENELDKCIKMRTALKAHLLKPELICKKMHSHINCMQFIEAGKADISVFDAGDVYTGGLNY 516
Query 453 NTVPIIAESYGSGSTNFNERPAVAVVSKSSSINKLEDLRNKKSCHSGYKDSFAGWTAPIY 512
+ VP ++E Y G E VAV + +L L+ K +CH+G ++ AGWT P+
Sbjct 517 DLVPFMSEVYNLGEP---EYYVVAVAKEDDPDTELTYLKGKNTCHTGI-NTAAGWTYPMA 572
Query 513 TLKRKGLIK-----SENEAADFFSGSCAPGA---------PLDSKLCQQCVGNLASNNDR 558
G I+ S AA++F+ SC PGA P DS +C C G
Sbjct 573 LFISNGWIRPYGCDSVRAAAEYFTKSCVPGAISNEYNTGVPYDS-MCDLCHGT------- 624
Query 559 IRQVTKCKATNEETYRGGKGALSCLLDGKGDVAFVPLTALSE-----------EGVQSKD 607
C+ E Y G GA CL++G G VAF+ T + E + D
Sbjct 625 --SYRYCRRDASEEYYGHTGAFRCLVEGGGHVAFMKHTTVMESTGGKRKEWWARNALNDD 682
Query 608 LALICPDGGRAEINEWERCNLGLEPPRVILSSGA--KSPTVLEELTHGTLAASTLYSKR- 664
L+C DG RAEI +++RCNLG +++ G + T + + A LY ++
Sbjct 683 FELLCTDGTRAEIQDYKRCNLGKVKANAVVTRGGVNYNETQMNAYINLLTYAQQLYGRKE 742
Query 665 --PDLLHLFGSWSNRPNLLFKDEAKDL 689
+F S +L+F+D + L
Sbjct 743 VDAFSFSMFSSPIGHYDLIFQDATRQL 769
Score = 132 bits (332), Expect = 1e-31, Method: Compositional matrix adjust.
Identities = 98/306 (32%), Positives = 152/306 (50%), Gaps = 48/306 (16%)
Query 388 WCTWSEGDLEKCKALTRAAYSRDVRPKYD-------CTLEKSQDDCLKAIKENNADLTVV 440
WCT S+ + KC+ LT A RD R +D C + S D+C+ I A +T +
Sbjct 35 WCTKSQAEQYKCQNLT-VAIERD-RALFDEVFLNLTCFMAYSADECIHHIDREKAHITTL 92
Query 441 SGGSVLRATKEYNTVPIIAESYGSGSTNFNERPAVAVVSKSS--SINKLEDLRNKKSCHS 498
G V A + + +PI+ E G F + +VAV+ K S +N L D+RNK+ C
Sbjct 93 DAGDVFTAGRYNSLIPIMQEKLEGG---FADYQSVAVIKKGSLPDLNNLRDMRNKRVCFP 149
Query 499 GYKDSFAGWTAPIYTLKRKG---LIKSENE---AADFFSGSCA---------PGAPLDSK 543
+ S AGW PI+TL+R+G ++ N+ AA +F+ SCA P K
Sbjct 150 -WVGSLAGWIVPIHTLQREGGMEVVDCNNQVKTAASYFNNSCAVYSLSDKHNPIGDNSDK 208
Query 544 LCQQCVGNLASNNDRIRQVTKCKATNEETYRGGKGALSCLLDGKGDVAFVPLTALSE--E 601
LC C G + + ++ + Y G +GA CLL+ KGDVAF+ + ++E +
Sbjct 209 LCTLCTGKIPGG----------RCSSADPYFGYEGAFKCLLE-KGDVAFLRHSTVNEMLQ 257
Query 602 GVQSKDLA-----LICPDGGRAEINEWERCNLGLEPPRVILSSGAKSPTVLEELTHGTLA 656
+ K++A L+C DG RA IN++ +CN G P I++S A+S + ++
Sbjct 258 TTEFKNIAPDTFELLCRDGRRASINDYRQCNWGQVPADAIVTSSARSFSDRKQYQQFLKR 317
Query 657 ASTLYS 662
+ LYS
Sbjct 318 IAELYS 323
Score = 70.1 bits (170), Expect = 4e-12, Method: Compositional matrix adjust.
Identities = 63/268 (24%), Positives = 114/268 (43%), Gaps = 39/268 (15%)
Query 58 IPVSCISGRDRYECIEKVGKKEADVVAVDPEDMYLAVKDNKLASNAGYNVIEQVRTKEEP 117
+ ++C ECI + +++A + +D D++ A + YN + + ++
Sbjct 65 LNLTCFMAYSADECIHHIDREKAHITTLDAGDVFTAGR---------YNSLIPIMQEKLE 115
Query 118 HAPYRYEAVAVIHK-DLP-INNVQGLRGLKSCHTGVGRNVGYKIPITKLTAMGVLNNLHD 175
Y++VAVI K LP +NN++ +R + C VG G+ +PI L G +
Sbjct 116 GGFADYQSVAVIKKGSLPDLNNLRDMRNKRVCFPWVGSLAGWIVPIHTLQREGGM----- 170
Query 176 PEYSARENELRALSSLFSKGCLVGTWSPDPAINRRLKETYSNMCALCEKP---EVCDYPD 232
E N+++ +S F+ C V + S + + + +C LC C D
Sbjct 171 -EVVDCNNQVKTAASYFNNSCAVYSLSDK---HNPIGDNSDKLCTLCTGKIPGGRCSSAD 226
Query 233 IYSGYEGALRCLAHNGGEIAWTKVIYVKRFFGLPVGVTAAIPTSE----NPADYRYFCPD 288
Y GYEGA +CL G++A+ + V + T+E P + C D
Sbjct 227 PYFGYEGAFKCLLEK-GDVAFLR----------HSTVNEMLQTTEFKNIAPDTFELLCRD 275
Query 289 GSKVPIDANTKPCTWAARPWQGYMTNNG 316
G + I+ + + C W P +T++
Sbjct 276 GRRASIN-DYRQCNWGQVPADAIVTSSA 302
Score = 67.8 bits (164), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 68/273 (25%), Positives = 104/273 (38%), Gaps = 27/273 (10%)
Query 62 CISGRDRYECIEKVGKKEADVVAVDPEDMYLAVKDNKLASNAGYNVIEQVRTKEEPHAPY 121
C C++ + +AD+ D D+Y + L + +V EP
Sbjct 481 CKKMHSHINCMQFIEAGKADISVFDAGDVYTGGLNYDLVP-----FMSEVYNLGEP---- 531
Query 122 RYEAVAVIHKDLPINNVQGLRGLKSCHTGVGRNVGYKIPITKLTAMGVLNNLHDPEYSAR 181
Y VAV +D P + L+G +CHTG+ G+ P+ + G + Y
Sbjct 532 EYYVVAVAKEDDPDTELTYLKGKNTCHTGINTAAGWTYPMALFISNGWIR-----PYGC- 585
Query 182 ENELRALSSLFSKGCLVGTWSPDPAINRRLKETYSNMCALCEKP--EVC--DYPDIYSGY 237
+ +RA + F+K C+ G S + Y +MC LC C D + Y G+
Sbjct 586 -DSVRAAAEYFTKSCVPGAISNE----YNTGVPYDSMCDLCHGTSYRYCRRDASEEYYGH 640
Query 238 EGALRCLAHNGGEIAWTKVIYVKRFFGLPVGVTAAIPTSENPADYRYFCPDGSKVPIDAN 297
GA RCL GG +A+ K V G A + D+ C DG++ I +
Sbjct 641 TGAFRCLVEGGGHVAFMKHTTVMESTGGKRKEWWARNALND--DFELLCTDGTRAEIQ-D 697
Query 298 TKPCTWAARPWQGYMTNNGVNNVEAVQKELTDL 330
K C +T GVN E +L
Sbjct 698 YKRCNLGKVKANAVVTRGGVNYNETQMNAYINL 730
>O01965_CAEEL unnamed protein product
Length=494
Score = 34.3 bits (77), Expect = 0.37, Method: Compositional matrix adjust.
Identities = 37/176 (21%), Positives = 65/176 (37%), Gaps = 34/176 (19%)
Query 224 KPEVCDYPDIYSGYEGALRCLAHNGGEIAWTKVIYVKRFFGLPVGVTAAIPTSENP---- 279
K + D + G R L H + W K ++RF+ P T I P
Sbjct 63 KKTITDVQAVLQVKTGVCRILLH---KYKWNKESLLERFYEHPDTTTFLIDAHVIPRRQE 119
Query 280 ------ADYRYFCPDGSKVPIDANTKPCTWAARPWQGYMTNNGVNNVEAVQKELTDLGKL 333
A+ C G + N + CT + W+ Y+TN NN ++ + + KL
Sbjct 120 RLPAGDAECDICCSLGELSGLSCNHRACT---QCWKAYLTNKIANNAQSEIECMAPNCKL 176
Query 334 GEEEKADWWKDIMLLNEKTLAVPAPPVLPENHLKNAKYLDVIERNSGATDKIIRWC 389
++ +EK + P + A Y +I + T+++++WC
Sbjct 177 ------------LIEDEKVMFYITDPTVI------ATYRKLIVASYVETNRLLKWC 214
>Q9VC36_DROME unnamed protein product
Length=1654
Score = 33.1 bits (74), Expect = 1.1, Method: Compositional matrix adjust.
Identities = 25/100 (25%), Positives = 46/100 (46%), Gaps = 10/100 (10%)
Query 10 LAVNVLFVNSFLFVIAAQDSSGRIFTICVPEIYSKECDEMKKDSAVKGIPVSCISGRDRY 69
LAV LF+ F + QD GR ++ + E+ E DE+ + V+GI + + R
Sbjct 759 LAVQELFLTLFTTIYNHQDEEGRCYSDSLAEL--PEYDEIGEGPKVRGISLDLVKRR--- 813
Query 70 ECIEKVGKKEADVVAVDPEDMYLAVKDNKLASNAGYNVIE 109
++K K DV ED++ ++ + S ++ +
Sbjct 814 --LDKGAYKRLDVYQ---EDIFACLERARKLSRTDSDIFQ 848
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011573.1 NMDA receptor 1 [Apis mellifera]
Length=953
Score E
Sequences producing significant alignments: (Bits) Value
NMDA1_DROME unnamed protein product 1322 0.0
G5EGQ9_CAEEL unnamed protein product 514 8e-167
E1JJC6_DROME unnamed protein product 291 3e-84
Q8MM14_DROME unnamed protein product 291 3e-84
Q9W581_DROME unnamed protein product 293 5e-84
>NMDA1_DROME unnamed protein product
Length=997
Score = 1322 bits (3421), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 660/965 (68%), Positives = 773/965 (80%), Gaps = 41/965 (4%)
Query 29 NNPTLFMIGGVFSNNKSKKYFEQTLNELNFNLNYVNKGVTYKHTIIEMDSNPIKTALSVC 88
+NP+ + IGGV SN+ S+++F T+ LNF+ YV + VTY I MD NPIKT +VC
Sbjct 34 DNPSTYNIGGVLSNSDSEEHFSTTIKHLNFDQQYVPRKVTYYDKTIRMDKNPIKTVFNVC 93
Query 89 KSLIERQVYAVVVSHPLT-GDLSPAAVSYTSGFYHIPVIGISSRDSAFSDKNIHVSFLRT 147
LIE +VYAVVVSH T GDLSPAAVSYTSGFY IPVIGISSRD+AFSDKNIHVSFLRT
Sbjct 94 DKLIENRVYAVVVSHEQTSGDLSPAAVSYTSGFYSIPVIGISSRDAAFSDKNIHVSFLRT 153
Query 148 VPPYSHQTDVWVELLKHFNYMKVIFIHSSDTDGRALLGRFQTTSQNLEDDVEIKVQVESV 207
VPPY HQ DVW+E+L HF Y KVI IHSSDTDGRA+LGRFQTTSQ DDV+++ VE +
Sbjct 154 VPPYYHQADVWLEMLSHFAYTKVIIIHSSDTDGRAILGRFQTTSQTYYDDVDVRATVELI 213
Query 208 IEFEPGLDSFTQQLIEMKNAQARVYLLYASKMDANVIFQDAAVMNMTGAGYVWIVTEQAL 267
+EFEP L+SFT+ LI+MK AQ+RVYL+YAS DA VIF+DA NMTG G+VWIVTEQAL
Sbjct 214 VEFEPKLESFTEHLIDMKTAQSRVYLMYASTEDAQVIFRDAGEYNMTGEGHVWIVTEQAL 273
Query 268 DASNAPEGLLGLKLINAENETAHIKDSLIVLTSALQEMNKSKSITEPPKNCADSGSIWET 327
++N P+G+LGL+L +A ++ HI+DS+ VL SA++EM +++I E PK+C DS WE+
Sbjct 274 FSNNTPDGVLGLQLEHAHSDKGHIRDSVYVLASAIKEMISNETIAEAPKDCGDSAVNWES 333
Query 328 GKNLFEFIRKQVLSGSTGKVAFDDNGDRIFAEYDIINIQENGDQVSVGRYFYPNGTEKMT 387
GK LF++++ + ++G TG+VAFDDNGDRI+A YD+INI+E + VG++ Y + KM
Sbjct 334 GKRLFQYLKSRNITGETGQVAFDDNGDRIYAGYDVINIREQQKKHVVGKFSYDSMRAKMR 393
Query 388 LSVNESNITWPGRLQTKPEGFMIPTHLKVLTIEEKPFVYVREIAFSE-SCLPEEILCPHF 446
+ +N+S I WPG+ + KPEG MIPTHL++LTIEEKPFVYVR + E C P+E CP F
Sbjct 394 MRINDSEIIWPGKQRRKPEGIMIPTHLRLLTIEEKPFVYVRRMGDDEFRCEPDERPCPLF 453
Query 447 NVTDGETTKTFCCKGYCMDLLKELSKTINFTYSLALSPDGQFGNYIIKNNS--VGGKKEW 504
N +D T FCC+GYC+DLL ELSK INFTY LALSPDGQFG+YI++NN+ + +KEW
Sbjct 454 NNSDA-TANEFCCRGYCIDLLIELSKRINFTYDLALSPDGQFGHYILRNNTGAMTLRKEW 512
Query 505 TGLIGELVNERADMIVAPLTINPERAEFIEFSKPFKYQGITILEKKPSRSSTLVSFLQPF 564
TGLIGELVNERADMIVAPLTINPERAE+IEFSKPFKYQGITILEKKPSRSSTLVSFLQPF
Sbjct 513 TGLIGELVNERADMIVAPLTINPERAEYIEFSKPFKYQGITILEKKPSRSSTLVSFLQPF 572
Query 565 SNTLWILVMVSVHVVALVLYLLDRFSPFGRFKLANTDGTEEDALNLSSAVWFAWGVLLNS 624
SNTLWILVMVSVHVVALVLYLLDRFSPFGRFKL+++D EE ALNLSSAVWFAWGVLLNS
Sbjct 573 SNTLWILVMVSVHVVALVLYLLDRFSPFGRFKLSHSDSNEEKALNLSSAVWFAWGVLLNS 632
Query 625 GIGEGTPRSFSARVLGMVWAGFAMIIVASYTANLAAFLVLERPKTKLTGINDARLRNTME 684
GIGEGTPRSFSARVLGMVWAGFAMIIVASYTANLAAFLVLERPKTKL+GINDARLRNTME
Sbjct 633 GIGEGTPRSFSARVLGMVWAGFAMIIVASYTANLAAFLVLERPKTKLSGINDARLRNTME 692
Query 685 NLTCATVKGSAVDMYFRRQVELSNMYRTMEANNYDTAEEAIRDIKIGKLMAFIWDSSRLE 744
NLTCATVKGS+VDMYFRRQVELSNMYRTMEANNY TAE+AI+D+K GKLMAFIWDSSRLE
Sbjct 693 NLTCATVKGSSVDMYFRRQVELSNMYRTMEANNYATAEQAIQDVKKGKLMAFIWDSSRLE 752
Query 745 FEAAQDCELVTAGELFGRSGYGIGLQKGSLWADAVTLAILDFHESGFMESLDNHWILRSN 804
+EA++DCELVTAGELFGRSGYGIGLQKGS W DAVTLAIL+FHESGFME LD WI +
Sbjct 753 YEASKDCELVTAGELFGRSGYGIGLQKGSPWTDAVTLAILEFHESGFMEKLDKQWIFHGH 812
Query 805 VQQ-CEQLEKAPNTLGLKNMAGVFIVVGVGIIGGIGLIIIEVAYKKHQIRKQKKMELARH 863
VQQ CE EK PNTLGLKNMAGVFI+VGVGI GG+GLIIIEV YKKHQ++KQK++++ARH
Sbjct 813 VQQNCELFEKTPNTLGLKNMAGVFILVGVGIAGGVGLIIIEVIYKKHQVKKQKRLDIARH 872
Query 864 AADKWRGAIEKRKTLRASIAAQRR--IQSNGLNDPTTVSLAVDTVARSNVTPR-SPGRAW 920
AADKWRG IEKRKT+RAS+A QR+ + N + P T+SLAVD + R P RAW
Sbjct 873 AADKWRGTIEKRKTIRASLAMQRQYNVGLNSTHAPGTISLAVDKRRYPRLGQRLGPERAW 932
Query 921 PGDSD--IRQR----------------------PIP-----RSDDIRLSP---AAYTANV 948
PGD+ +R R P+P R L P YT++V
Sbjct 933 PGDAADVLRIRRPYELGNPGQSPKVMAANQPGMPMPMLGKTRPQQSVLPPRYSPGYTSDV 992
Query 949 SHLIV 953
SHL+V
Sbjct 993 SHLVV 997
>G5EGQ9_CAEEL unnamed protein product
Length=1025
Score = 514 bits (1325), Expect = 8e-167, Method: Compositional matrix adjust.
Identities = 332/901 (37%), Positives = 474/901 (53%), Gaps = 90/901 (10%)
Query 87 VCKSLIERQVYAVVVSHPLTG-----DLSPAAVSYTSGFYHIPVIGISSRDSAFSDKNIH 141
VC ++ + +V+ S LT DL ++ +YT FY +PV+G+ RD+ FS KNI+
Sbjct 84 VCSQMLNHSLASVIFSPLLTSSSRFIDLVTSS-AYTLSFYKLPVVGVMVRDAEFSKKNIY 142
Query 142 VSFLRTVPPYSHQTDVWVELLKHFNYMKVIFIH-SSDTDGRALLGRFQTTSQNLEDDVEI 200
+F+R P S + V++ +L Y +V+ + D + + F+ + VE
Sbjct 143 PTFVRPTAPLSDEAFVFLHMLLSLKYRQVVVLSVKRDINADQFVEEFE------KRRVEF 196
Query 201 KVQVESVIEFEPGLDSFTQQLIE-MKNAQARVYLLYASKMDANVIFQDAAVMNMTGAGYV 259
K+ V+ IE E ++ L E + + + +L+A K DA IF +A ++TG G V
Sbjct 197 KIIVQRYIEVELN-ENLNDTLAESFEEVTSNIIVLFAKKDDAVRIFANAG--DLTGKGKV 253
Query 260 WIVTEQALDASNAPEGLLGLKLINAENETAHIKDSLIVLTSALQEM-NKSKSITEPPKNC 318
WIV+E A +A N P G LG +L + + ++DS +L SA++ + +SK PP C
Sbjct 254 WIVSESAGEAHNVPNGSLGCRL--GQTAFSVLRDSFSILKSAMETIFRESKIDIFPPVEC 311
Query 319 ADSGSIWETGKNLFEFIRKQVLSGSTGKVAFDDNGDRIFAEYDIINIQENGDQVS--VGR 376
E + ++ ST +V F+D +RI EYDIIN QV VG
Sbjct 312 DRDSVDAEWNSLQAPALLNEICGTSTSRVHFNDKCERIGVEYDIINFHMERKQVGNMVGD 371
Query 377 YFYPNGTEKMTLSVNESNITWPGRLQTKPEGFMIPTHLKVLTIEEKPFVYVREIAFSESC 436
L ++E +I W G TKP +P HL+V+T+ + PFVY I C
Sbjct 372 ----------ILRLDEDSIEWAG--GTKPLEISLPKHLRVVTVADPPFVYTTPIGSPSQC 419
Query 437 -----------LPEEIL-------CPHFNVTDGETTKTFCCKGYCMDLLKELS-----KT 473
+ ++I+ CP +T +T+ FCC G +DLL LS +
Sbjct 420 AELGNTVVEWSIFDKIVVSGPWYSCP---LTLENSTEYFCCAGLAIDLLSNLSLPEANNS 476
Query 474 INFTYSLALSPDGQFGNYIIKNNSVGGKKEWTGLIGELVNERADMIVAPLTINPERAEFI 533
I+ +++ +L + +G +++ + G +G+IGEL + ADM + +TINPER +
Sbjct 477 IDTSFTFSLHLNESYG--VVQASETTGIT-ISGVIGELDGDTADMAIGGITINPERERIV 533
Query 534 EFSKPFKYQGITILEKKPSRSSTLVSFLQPFSNTLWILVMVSVHVVALVLYLLDRFSPFG 593
+F++P+ Y GI ILEK R S + SFLQP ++LW + +SV +V L +Y LD SPF
Sbjct 534 DFTEPWLYHGIRILEKNIPRDSPMQSFLQPLQSSLWTALFISVILVGLAIYCLDFKSPFE 593
Query 594 RFKLANTD-------------GTEEDA-LNLSSAVWFAWGVLLNSGIGEGTPRSFSARVL 639
RF A+ + G + D +N A+WF WGVLLNSG+ E TPRS SARVL
Sbjct 594 RFYQADKEMEQDLKKEFELWIGKDADENVNFGEAMWFVWGVLLNSGVSEKTPRSCSARVL 653
Query 640 GMVWAGFAMIIVASYTANLAAFLVLERPKTKLTGINDARLRNTMENLTCATVKGSAVDMY 699
G+VW GF MI+VASYTANLAAFLVL++P+ LTG+ D RLRN N + TV S V Y
Sbjct 654 GIVWCGFCMIMVASYTANLAAFLVLDQPEKGLTGVTDPRLRNPSANFSFGTVLNSNVYQY 713
Query 700 FRRQVELSNMYRTMEANNYDTAEEAIRDIKIGKLMAFIWDSSRLEFEAAQDCELVTAGEL 759
F+R VELS+M+R ME +N A EA+ + G L AFIWDS+RLEFEAA+ CEL T G L
Sbjct 714 FKRHVELSSMFRKMEPHNVRRASEAVHSLLNGSLDAFIWDSTRLEFEAARHCELRTRGSL 773
Query 760 FGRSGYGIGLQKGSLWADAVTLAILDFHESGFMESLDNHWILRSNVQQCEQLEKAPNTLG 819
FGRS YGIGLQK S W +T AIL ESG ME LD WI R + K+P LG
Sbjct 774 FGRSAYGIGLQKNSPWTPHITSAILRMSESGVMEKLDQKWIDRGGPNCVVEAHKSPARLG 833
Query 820 LKNMAGVFIVVGVGIIGGIGLIIIEVAYKKHQIRKQKKMELARHAADKWRGAI--EKRKT 877
L NM +FI+V G+ GI L +EV+Y + K ++ + KW +KR+
Sbjct 834 LVNMKDIFILVSSGVALGIFLSFVEVSYGRRLADKGRRRRIVTRYFQKWHDLTLGKKRRP 893
Query 878 LRASIAAQRRIQSNGLNDPTTVSL-------AVDTVARSNVTPRSPGRAWPGDSDIRQRP 930
R R I G + S + + S V P WP D D + +P
Sbjct 894 YRLKYNLDRMIVRRGFSGLERCSFQELRERRQIRGLPTSKVDPYC---FWP-DLDFKDKP 949
Query 931 I 931
+
Sbjct 950 L 950
>E1JJC6_DROME unnamed protein product
Length=941
Score = 291 bits (746), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 218/859 (25%), Positives = 415/859 (48%), Gaps = 75/859 (9%)
Query 86 SVCKSLIERQVYAVV--VSHPLTGDLSPAAVSYT--SGFYHIPVIGISSRDSAFSDKNIH 141
++CK + V A++ +++ G + +A + +G+ IPVI ++ +S +
Sbjct 24 TLCKEFLRVNVSAILYMMNNEQFGHSTASAQYFLQLAGYLGIPVISWNADNSGLERRASQ 83
Query 142 VSF-LRTVPPYSHQTDVWVELLKHFNYMKVIFIHSSDTDGRALLGRFQTTSQNLEDDVEI 200
+ L+ P HQ+ + +L+ + + + + S + + +++ +
Sbjct 84 STLQLQLAPSIEHQSAAMLSILERYKWHQFSVVTSQIAGHDDFVQAVRERVAEMQEHFKF 143
Query 201 KVQVESVIEFEPGLDSFTQQLIEMKNAQARVYLLYASKMDANVIFQDAAVMNMTGAGYVW 260
+ V+ + T L+E+ N++ARV LLYA++ +A I + A M +TG YVW
Sbjct 144 TILNSIVV-------TRTSDLMELVNSEARVMLLYATQTEAITILRAAEEMKLTGENYVW 196
Query 261 IVTEQALDASNA----PEGLLGLKLINAENETAH-IKDSLIVLTSALQEM-----NKSKS 310
+V++ ++ +A P G+LG+ + + I +++ + + ++ N+ +
Sbjct 197 VVSQSVIEKKDAHSQFPVGMLGVHFDTSSAALMNEISNAIKIYSYGVEAYLTDPANRDRR 256
Query 311 ITEPPKNCADSG-SIWETGKNLFEFIRKQVLSGSTGK--VAFDDNGDRIFAEYDIINIQE 367
+T +C D G W+ G+ F+++R + G K + F +GD AE I+N++
Sbjct 257 LTTQSLSCEDEGRGRWDNGEIFFKYLRNVSIEGDLNKPNIEFTADGDLRSAELKIMNLRP 316
Query 368 NG-------DQVSVGRYFYPNGTEKMTLSVNESNITWPGRLQTKPEGFMIPTHLKVLTIE 420
+ +++ V + + T+K+ + +I WPG P+G HLK+ +E
Sbjct 317 SANNKNLVWEEIGVWKSW---ETQKLDIR----DIAWPGNSHAPPQGVPEKFHLKITFLE 369
Query 421 EKPFVYVREI-AFSESCLPEE-ILC---------PHFNVTDGETTKTF--CCKGYCMDLL 467
E P++ + S CL + +LC +V ++F CC G+C+DLL
Sbjct 370 EAPYINLSPADPVSGKCLMDRGVLCRVAADHEMAADIDVGQAHRNESFYQCCSGFCIDLL 429
Query 468 KELSKTINFTYSLALSPDGQFGNYIIKNNSVGGKKEWTGLIGELVNERADMIVAPLTINP 527
++ ++ + FTY L DG++G ++N +W GLI +LVN + DM++ L IN
Sbjct 430 EKFAEELGFTYELVRVEDGKWGT--LENG------KWNGLIADLVNRKTDMVLTSLMINT 481
Query 528 ERAEFIEFSKPFKYQGITILEKKPSRSSTLVSFLQPFSNTLWILV-MVSVHVVALVLYLL 586
ER ++FS+PF GI I+ K + + +FL+PF W+LV +V++ +++L
Sbjct 482 EREAVVDFSEPFMETGIAIVVAKRTGIISPTAFLEPFDTASWMLVGIVAIQAATFMIFLF 541
Query 587 DRFSPFG---RFKLANTDGTEEDALNLSSAVWFAWGVLLNSGIGEGTPRSFSARVLGMVW 643
+ SP G + L NT+ T +L W W VL + + +PR F++R + VW
Sbjct 542 EWLSPSGYDMKLYLQNTNVTPY-RFSLFRTYWLVWAVLFQAAVHVDSPRGFTSRFMTNVW 600
Query 644 AGFAMIIVASYTANLAAFLVLERPKTKLTGINDARLRNTMEN---LTCATVKGSAVDMYF 700
A FA++ +A YTANLAAF++ + +G+ND+RL + + T+ S D
Sbjct 601 ALFAVVFLAIYTANLAAFMITREEFHEFSGLNDSRLVHPFSHKPSFKFGTIPYSHTDSTI 660
Query 701 RRQVELSNMYRTMEANNYDTAEEAIRDIKIGKLMAFIWDSSRLEFEAAQ--DCELVTAGE 758
+ + M+ M N + + + + G L +FI+D + L++ AQ DC L+T G
Sbjct 661 HKYFNV--MHNYMRQYNKTSVADGVAAVLNGNLDSFIYDGTVLDYLVAQDEDCRLMTVGS 718
Query 759 LFGRSGYGIGLQKGSLWADAVTLAILDFHESGFMESLDNHWILRSNVQQCEQLEKAPNTL 818
+ +GYG+ + S + +L+F +G +E L +W + + +Q K+ + L
Sbjct 719 WYAMTGYGLAFSRNSKYVQMFNKRLLEFRANGDLERLRRYW-MTGTCRPGKQEHKSSDPL 777
Query 819 GLKNMAGVFIVVGVGIIGGIGLIIIEVAYKKHQIRKQKKMELARHAADKWRGAIEKRKTL 878
L+ F+++ GI+ L+++E Y K+ IRK+ + H ++ K T
Sbjct 778 ALEQFLSAFLLLMAGILLAALLLLLEHVYFKY-IRKRLAKKDGGHCCALISLSMGKSLTF 836
Query 879 RASI-AAQRRIQSNGLNDP 896
R ++ A ++ + NDP
Sbjct 837 RGAVFEATEILKKHRCNDP 855
>Q8MM14_DROME unnamed protein product
Length=902
Score = 291 bits (744), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 214/823 (26%), Positives = 399/823 (48%), Gaps = 71/823 (9%)
Query 118 SGFYHIPVIGISSRDSAFSDKNIHVSF-LRTVPPYSHQTDVWVELLKHFNYMKVIFIHSS 176
+G+ IPVI ++ +S + + L+ P HQ+ + +L+ + + + + S
Sbjct 21 AGYLGIPVISWNADNSGLERRASQSTLQLQLAPSIEHQSAAMLSILERYKWHQFSVVTSQ 80
Query 177 DTDGRALLGRFQTTSQNLEDDVEIKVQVESVIEFEPGLDSFTQQLIEMKNAQARVYLLYA 236
+ + +++ + + V+ + T L+E+ N++ARV LLYA
Sbjct 81 IAGHDDFVQAVRERVAEMQEHFKFTILNSIVV-------TRTSDLMELVNSEARVMLLYA 133
Query 237 SKMDANVIFQDAAVMNMTGAGYVWIVTEQALDASNA----PEGLLGLKLINAENETAH-I 291
++ +A I + A M +TG YVW+V++ ++ +A P G+LG+ + + I
Sbjct 134 TQTEAITILRAAEEMKLTGENYVWVVSQSVIEKKDAHSQFPVGMLGVHFDTSSAALMNEI 193
Query 292 KDSLIVLTSALQEM-----NKSKSITEPPKNCADSG-SIWETGKNLFEFIRKQVLSGSTG 345
+++ + + ++ N+ + +T +C D G W+ G+ F+++R + G
Sbjct 194 SNAIKIYSYGVEAYLTDPANRDRRLTTQSLSCEDEGRGRWDNGEIFFKYLRNVSIEGDLN 253
Query 346 K--VAFDDNGDRIFAEYDIINIQENG-------DQVSVGRYFYPNGTEKMTLSVNESNIT 396
K + F +GD AE I+N++ + +++ V + + T+K+ + +I
Sbjct 254 KPNIEFTADGDLRSAELKIMNLRPSANNKNLVWEEIGVWKSW---ETQKLDIR----DIA 306
Query 397 WPGRLQTKPEGFMIPTHLKVLTIEEKPFVYVREI-AFSESCLPEE-ILC---------PH 445
WPG P+G HLK+ +EE P++ + S CL + +LC
Sbjct 307 WPGNSHAPPQGVPEKFHLKITFLEEAPYINLSPADPVSGKCLMDRGVLCRVAADHEMAAD 366
Query 446 FNVTDGETTKTF--CCKGYCMDLLKELSKTINFTYSLALSPDGQFGNYIIKNNSVGGKKE 503
+V ++F CC G+C+DLL++ ++ + FTY L DG++G ++N GK
Sbjct 367 IDVGQAHRNESFYQCCSGFCIDLLEKFAEELGFTYELVRVEDGKWGT--LEN----GK-- 418
Query 504 WTGLIGELVNERADMIVAPLTINPERAEFIEFSKPFKYQGITILEKKPSRSSTLVSFLQP 563
W GLI +LVN + DM++ L IN ER ++FS+PF GI I+ K + + +FL+P
Sbjct 419 WNGLIADLVNRKTDMVLTSLMINTEREAVVDFSEPFMETGIAIVVAKRTGIISPTAFLEP 478
Query 564 FSNTLWILV-MVSVHVVALVLYLLDRFSPFG---RFKLANTDGTEEDALNLSSAVWFAWG 619
F W+LV +V++ +++L + SP G + L NT+ T +L W W
Sbjct 479 FDTASWMLVGIVAIQAATFMIFLFEWLSPSGYDMKLYLQNTNVTPY-RFSLFRTYWLVWA 537
Query 620 VLLNSGIGEGTPRSFSARVLGMVWAGFAMIIVASYTANLAAFLVLERPKTKLTGINDARL 679
VL + + +PR F++R + VWA FA++ +A YTANLAAF++ + +G+ND+RL
Sbjct 538 VLFQAAVHVDSPRGFTSRFMTNVWALFAVVFLAIYTANLAAFMITREEFHEFSGLNDSRL 597
Query 680 RNTMEN---LTCATVKGSAVDMYFRRQVELSNMYRTMEANNYDTAEEAIRDIKIGKLMAF 736
+ + T+ S D + + M+ M N + + + + G L +F
Sbjct 598 VHPFSHKPSFKFGTIPYSHTDSTIHKYFNV--MHNYMRQYNKTSVADGVAAVLNGNLDSF 655
Query 737 IWDSSRLEFEAAQ--DCELVTAGELFGRSGYGIGLQKGSLWADAVTLAILDFHESGFMES 794
I+D + L++ AQ DC L+T G + +GYG+ + S + +L+F +G +E
Sbjct 656 IYDGTVLDYLVAQDEDCRLMTVGSWYAMTGYGLAFSRNSKYVQMFNKRLLEFRANGDLER 715
Query 795 LDNHWILRSNVQQCEQLEKAPNTLGLKNMAGVFIVVGVGIIGGIGLIIIEVAYKKHQIRK 854
L +W + + +Q K+ + L L+ F+++ GI+ L+++E Y K+ IRK
Sbjct 716 LRRYW-MTGTCRPGKQEHKSSDPLALEQFLSAFLLLMAGILLAALLLLLEHVYFKY-IRK 773
Query 855 QKKMELARHAADKWRGAIEKRKTLRASI-AAQRRIQSNGLNDP 896
+ + H ++ K T R ++ A ++ + NDP
Sbjct 774 RLAKKDGGHCCALISLSMGKSLTFRGAVFEATEILKKHRCNDP 816
>Q9W581_DROME unnamed protein product
Length=1083
Score = 293 bits (750), Expect = 5e-84, Method: Compositional matrix adjust.
Identities = 222/890 (25%), Positives = 426/890 (48%), Gaps = 75/890 (8%)
Query 55 ELNFNLNYVNKGVTYKHTIIEMDSNPIKTALSVCKSLIERQVYAVV--VSHPLTGDLSPA 112
+L F +Y + ++ + +P ++CK + V A++ +++ G + +
Sbjct 135 KLTFLKDYSFEQKNIHFDMMSLTPSPTAILSTLCKEFLRVNVSAILYMMNNEQFGHSTAS 194
Query 113 AVSYT--SGFYHIPVIGISSRDSAFSDKNIHVSF-LRTVPPYSHQTDVWVELLKHFNYMK 169
A + +G+ IPVI ++ +S + + L+ P HQ+ + +L+ + + +
Sbjct 195 AQYFLQLAGYLGIPVISWNADNSGLERRASQSTLQLQLAPSIEHQSAAMLSILERYKWHQ 254
Query 170 VIFIHSSDTDGRALLGRFQTTSQNLEDDVEIKVQVESVIEFEPGLDSFTQQLIEMKNAQA 229
+ S + + +++ + + V+ + T L+E+ N++A
Sbjct 255 FSVVTSQIAGHDDFVQAVRERVAEMQEHFKFTILNSIVV-------TRTSDLMELVNSEA 307
Query 230 RVYLLYASKMDANVIFQDAAVMNMTGAGYVWIVTEQALDASNA----PEGLLGLKLINAE 285
RV LLYA++ +A I + A M +TG YVW+V++ ++ +A P G+LG+ +
Sbjct 308 RVMLLYATQTEAITILRAAEEMKLTGENYVWVVSQSVIEKKDAHSQFPVGMLGVHFDTSS 367
Query 286 NETAH-IKDSLIVLTSALQEM-----NKSKSITEPPKNCADSG-SIWETGKNLFEFIRKQ 338
+ I +++ + + ++ N+ + +T +C D G W+ G+ F+++R
Sbjct 368 AALMNEISNAIKIYSYGVEAYLTDPANRDRRLTTQSLSCEDEGRGRWDNGEIFFKYLRNV 427
Query 339 VLSGSTGK--VAFDDNGDRIFAEYDIINIQENG-------DQVSVGRYFYPNGTEKMTLS 389
+ G K + F +GD AE I+N++ + +++ V + + T+K+ +
Sbjct 428 SIEGDLNKPNIEFTADGDLRSAELKIMNLRPSANNKNLVWEEIGVWKSW---ETQKLDIR 484
Query 390 VNESNITWPGRLQTKPEGFMIPTHLKVLTIEEKPFVYVREI-AFSESCLPEE-ILC---- 443
+I WPG P+G HLK+ +EE P++ + S CL + +LC
Sbjct 485 ----DIAWPGNSHAPPQGVPEKFHLKITFLEEAPYINLSPADPVSGKCLMDRGVLCRVAA 540
Query 444 -----PHFNVTDGETTKTF--CCKGYCMDLLKELSKTINFTYSLALSPDGQFGNYIIKNN 496
+V ++F CC G+C+DLL++ ++ + FTY L DG++G ++N
Sbjct 541 DHEMAADIDVGQAHRNESFYQCCSGFCIDLLEKFAEELGFTYELVRVEDGKWGT--LENG 598
Query 497 SVGGKKEWTGLIGELVNERADMIVAPLTINPERAEFIEFSKPFKYQGITILEKKPSRSST 556
+W GLI +LVN + DM++ L IN ER ++FS+PF GI I+ K + +
Sbjct 599 ------KWNGLIADLVNRKTDMVLTSLMINTEREAVVDFSEPFMETGIAIVVAKRTGIIS 652
Query 557 LVSFLQPFSNTLWILV-MVSVHVVALVLYLLDRFSPFG---RFKLANTDGTEEDALNLSS 612
+FL+PF W+LV +V++ +++L + SP G + L NT+ T +L
Sbjct 653 PTAFLEPFDTASWMLVGIVAIQAATFMIFLFEWLSPSGYDMKLYLQNTNVTPY-RFSLFR 711
Query 613 AVWFAWGVLLNSGIGEGTPRSFSARVLGMVWAGFAMIIVASYTANLAAFLVLERPKTKLT 672
W W VL + + +PR F++R + VWA FA++ +A YTANLAAF++ + +
Sbjct 712 TYWLVWAVLFQAAVHVDSPRGFTSRFMTNVWALFAVVFLAIYTANLAAFMITREEFHEFS 771
Query 673 GINDARLRNTMEN---LTCATVKGSAVDMYFRRQVELSNMYRTMEANNYDTAEEAIRDIK 729
G+ND+RL + + T+ S D + + M+ M N + + + +
Sbjct 772 GLNDSRLVHPFSHKPSFKFGTIPYSHTDSTIHKYFNV--MHNYMRQYNKTSVADGVAAVL 829
Query 730 IGKLMAFIWDSSRLEFEAAQ--DCELVTAGELFGRSGYGIGLQKGSLWADAVTLAILDFH 787
G L +FI+D + L++ AQ DC L+T G + +GYG+ + S + +L+F
Sbjct 830 NGNLDSFIYDGTVLDYLVAQDEDCRLMTVGSWYAMTGYGLAFSRNSKYVQMFNKRLLEFR 889
Query 788 ESGFMESLDNHWILRSNVQQCEQLEKAPNTLGLKNMAGVFIVVGVGIIGGIGLIIIEVAY 847
+G +E L +W + + +Q K+ + L L+ F+++ GI+ L+++E Y
Sbjct 890 ANGDLERLRRYW-MTGTCRPGKQEHKSSDPLALEQFLSAFLLLMAGILLAALLLLLEHVY 948
Query 848 KKHQIRKQKKMELARHAADKWRGAIEKRKTLRASI-AAQRRIQSNGLNDP 896
K+ IRK+ + H ++ K T R ++ A ++ + NDP
Sbjct 949 FKY-IRKRLAKKDGGHCCALISLSMGKSLTFRGAVFEATEILKKHRCNDP 997
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011574.1 glucose oxidase [Apis mellifera]
Length=615
Score E
Sequences producing significant alignments: (Bits) Value
DHGL_DROME unnamed protein product 533 0.0
Q9VY08_DROME unnamed protein product 374 6e-121
Q6NR10_DROME unnamed protein product 374 1e-120
Q9VY02_DROME unnamed protein product 351 8e-113
Q9VY04_DROME unnamed protein product 345 2e-110
>DHGL_DROME unnamed protein product
Length=625
Score = 533 bits (1372), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 270/611 (44%), Positives = 384/611 (63%), Gaps = 10/611 (2%)
Query 7 MYNNVSPLQCTSPFLGGPQLTDVCSASNGELFLALLNFFVATSPVIGEPCQRVHSSRI-- 64
M + S C GP L C S LF+ LL F+ + + +PC R SSR
Sbjct 1 MSASASACDCLVGVPTGPTLASTCGGSAFMLFMGLLEVFIRSQCDLEDPCGRA-SSRFRS 59
Query 65 -PDLSYDFIVVGGGAARAVVAGRLSEVSNWKVLLLEAGPDEPAGAEIPSNLQLYLGGDLD 123
PD YDFIV+GGG+A +VVA RLSEV WKVLL+EAG DEP GA+IPS ++G D+D
Sbjct 60 EPDYEYDFIVIGGGSAGSVVASRLSEVPQWKVLLIEAGGDEPVGAQIPSMFLNFIGSDID 119
Query 124 WKYYTTNESHACLST-GGSCYWPRGKNLGGTTLHHGMAYHRGHRKDYERWVQQGAFGWSW 182
++Y T E ACLS+ CYWPRGK LGGT++ +GM Y RG+R+DY+ W G GW++
Sbjct 120 YRYNTEPEPMACLSSMEQRCYWPRGKVLGGTSVLNGMMYVRGNREDYDDWAADGNPGWAY 179
Query 183 DEVMPYYLKSENNTELSRVGTKYHRSGGLMNVERFPYQPPFAWKILKAAEEAGFGVSEDL 242
++V+P++ KSE+N +L VGT+YH GGL+ V +FPY PP ++ ILKA EE GF V DL
Sbjct 180 NDVLPFFKKSEDNLDLDEVGTEYHAKGGLLPVGKFPYNPPLSYAILKAGEELGFSV-HDL 238
Query 243 SGDRINGFTVAQTISRNGVRLSSARAFITPFENRSNLHVIVNATVTKV--RTLNKRATGV 300
+G GF +AQ +RNG+R SSARAF+ P R+NLH+++N T TK+ K GV
Sbjct 239 NGQNSTGFMIAQMTARNGIRYSSARAFLRPARMRNNLHILLNTTATKILIHPHTKNVLGV 298
Query 301 NVLIN-GRRRIIFARREVILSAGSVNTPQLLMLSGIGPKEHLRSLGIPVVVDLPGVGENL 359
V G R I ++EV+LSAG+VN+P +L+LSG+GPK+ L+ + + V +LPGVG+NL
Sbjct 299 EVSDQFGSTRKILVKKEVVLSAGAVNSPHILLLSGVGPKDELQQVNVRTVHNLPGVGKNL 358
Query 360 HNHQSFGMDFSLNEDFYPTFNQTNVDQYLYNQTGPLSSTGLAQVTGIWHSNLT-TPDDPD 418
HNH ++ +F +++ N +YL + G +S TG++ VT + +P+ PD
Sbjct 359 HNHVTYFTNFFIDDADTAPLNWATAMEYLLFRDGLMSGTGISDVTAKLATRYADSPERPD 418
Query 419 IQIFFAGYQAICKPKLKIADLSAHDKQAVRMSALNVQPTSKGRITLNSKDPLDPPVIWSN 478
+Q++F GY A C ++ +L +++ +++++ + P S+G I L S DPL+PP I +N
Sbjct 419 LQLYFGGYLASCARTGQVGELLSNNSRSIQIFPAVLNPRSRGFIGLRSADPLEPPRIVAN 478
Query 479 DLATEHDRSVMIQAIRVVQKLVNTTVMRDLGVEFQKIELKQCDEFVEDSDDYWNCVIQYN 538
L E D +++ I+ V +L TT ++ G+ K +K C+ SD YW C ++ N
Sbjct 479 YLTHEQDVKTLVEGIKFVIRLSQTTPLKQYGMRLDKTVVKGCEAHAFGSDAYWECAVRQN 538
Query 539 TRAENHQTGTAKMGPSYDPMAVVSPRLKVHGIRGLRVADASVQPQVISGNPVASVNMVGE 598
T ENHQ G+ KMGPS+DPMAVV+ L+VHGIRGLRV D S+ P+V SGN A M+ E
Sbjct 539 TGPENHQAGSCKMGPSHDPMAVVNHELRVHGIRGLRVMDTSIMPKVSSGNTHAPAVMIAE 598
Query 599 RAADFIKEDWG 609
+ A +K WG
Sbjct 599 KGAYLLKRAWG 609
>Q9VY08_DROME unnamed protein product
Length=703
Score = 374 bits (961), Expect = 6e-121, Method: Compositional matrix adjust.
Identities = 219/564 (39%), Positives = 316/564 (56%), Gaps = 27/564 (5%)
Query 69 YDFIVVGGGAARAVVAGRLSEVSNWKVLLLEAGPDEPAGAEIPSNLQLYLG-GDLDWKYY 127
YDFIVVG G+A AVVA RLSEV WKVLL+EAGPDE +++PS L YL LDW Y
Sbjct 57 YDFIVVGSGSAGAVVANRLSEVRKWKVLLIEAGPDENEISDVPS-LAAYLQLSKLDWAYK 115
Query 128 TTNESHACLST-GGSCYWPRGKNLGGTTLHHGMAYHRGHRKDYERWVQQGAFGWSWDEVM 186
T + ACL C WPRG+ LGG+++ + M Y RG+R DY+ W G GW +D V+
Sbjct 116 TEPSTKACLGMQNNRCNWPRGRVLGGSSVLNYMLYVRGNRHDYDHWASLGNPGWDYDNVL 175
Query 187 PYYLKSENNTELSRVGTKYHRSGGLMNVERFPYQPPFAWKILKAAEEAGFGVSEDLSGDR 246
Y+ KSE+N KYH GGL+ V+ P+ P ++A + G+ + D++G +
Sbjct 176 RYFKKSEDNRNPYLANNKYHGRGGLLTVQESPWHSPLVAAFVEAGTQLGYD-NRDINGAK 234
Query 247 INGFTVAQTISRNGVRLSSARAFITPFENRSNLHVIVNATVTKV--RTLNKRATGVNVLI 304
GF +AQ R G R S+A+AF+ P R N H+ +N+ VT+V RA V +
Sbjct 235 QAGFMIAQGTIRRGSRCSTAKAFLRPIRMRKNFHLSMNSHVTRVIIEPGTMRAQAVEFVK 294
Query 305 NGRRRIIFARREVILSAGSVNTPQLLMLSGIGPKEHLRSLGIPVVVDLPGVGENLHNHQS 364
+G+ I ARREVI+SAG++NTPQL+MLSG+GP++HL GI V+ DLP VGEN+ +H
Sbjct 295 HGKVYRIAARREVIISAGAINTPQLMMLSGLGPRKHLEKHGIRVLQDLP-VGENMQDHVG 353
Query 365 FG-MDFSLNEDF---YPTFNQTNVD-QYLYNQTGPLSSTGLAQVTGIWHSNLT--TPDDP 417
G + F +++ FN T V QY+ + GP+++ G + H+ + + D P
Sbjct 354 MGGLTFLVDKPVAIVQDRFNPTAVTFQYVLRERGPMTTLGGVEGLAFVHTPYSNRSLDWP 413
Query 418 DIQIFFA----------GYQAICKPKLKIADLSAH---DKQAVRMSALNVQPTSKGRITL 464
DIQ A + + K + H +K + + L ++P S+G + L
Sbjct 414 DIQFHMAPASINSDNGARVKKVLGLKESVYQEVYHPIANKDSWTIMPLLLRPRSRGSVKL 473
Query 465 NSKDPLDPPVIWSNDLATEHDRSVMIQAIRVVQKLVNTTVMRDLGVEFQKIELKQCDEFV 524
S +P P+I +N D +++ ++ ++ V + G + L C +
Sbjct 474 RSANPFHYPLINANYFDDPLDAKTLVEGAKIALRVAEAQVFKQFGSRLWRKPLPNCKQHK 533
Query 525 EDSDDYWNCVIQYNTRAENHQTGTAKMGPSYDPMAVVSPRLKVHGIRGLRVADASVQPQV 584
SD Y C ++ + H GTAKMGP++DP AVV PRL+V+G+RGLRV DAS+ P +
Sbjct 534 FLSDAYLECHVRTISMTIYHPCGTAKMGPAWDPEAVVDPRLRVYGVRGLRVIDASIMPTI 593
Query 585 ISGNPVASVNMVGERAADFIKEDW 608
SGN A V M+ E+ AD IKEDW
Sbjct 594 SSGNTNAPVIMIAEKGADLIKEDW 617
>Q6NR10_DROME unnamed protein product
Length=703
Score = 374 bits (959), Expect = 1e-120, Method: Compositional matrix adjust.
Identities = 219/564 (39%), Positives = 316/564 (56%), Gaps = 27/564 (5%)
Query 69 YDFIVVGGGAARAVVAGRLSEVSNWKVLLLEAGPDEPAGAEIPSNLQLYLG-GDLDWKYY 127
YDFIVVG G+A AVVA RLSEV WKVLL+EAGPDE +++PS L YL LDW Y
Sbjct 57 YDFIVVGSGSAGAVVANRLSEVRKWKVLLIEAGPDENEISDVPS-LAAYLQLSKLDWAYK 115
Query 128 TTNESHACLST-GGSCYWPRGKNLGGTTLHHGMAYHRGHRKDYERWVQQGAFGWSWDEVM 186
T + ACL C WPRG+ LGG+++ + M Y RG+R DY+ W G GW +D V+
Sbjct 116 TEPSTKACLGMQNNRCNWPRGRVLGGSSVLNYMLYVRGNRHDYDHWASLGNPGWDYDNVL 175
Query 187 PYYLKSENNTELSRVGTKYHRSGGLMNVERFPYQPPFAWKILKAAEEAGFGVSEDLSGDR 246
Y+ KSE+N KYH GGL+ V+ P+ P ++A + G+ + D++G +
Sbjct 176 RYFKKSEDNRNPYLANNKYHGRGGLLTVQESPWHSPLVAAFVEAGTQLGYD-NRDINGAK 234
Query 247 INGFTVAQTISRNGVRLSSARAFITPFENRSNLHVIVNATVTKV--RTLNKRATGVNVLI 304
GF +AQ R G R S+A+AF+ P R N H+ +N+ VT+V RA V +
Sbjct 235 QAGFMIAQGTIRRGSRCSTAKAFLRPIRMRKNFHLSMNSHVTRVIIEPGTMRAQAVEFVK 294
Query 305 NGRRRIIFARREVILSAGSVNTPQLLMLSGIGPKEHLRSLGIPVVVDLPGVGENLHNHQS 364
+G+ I ARREVI+SAG++NTPQL+MLSG+GP++HL GI V+ DLP VGEN+ +H
Sbjct 295 HGKVYRIAARREVIISAGAINTPQLMMLSGLGPRKHLEKHGIRVLQDLP-VGENMQDHVG 353
Query 365 FG-MDFSLNEDF---YPTFNQTNVD-QYLYNQTGPLSSTGLAQVTGIWHSNLT--TPDDP 417
G + F +++ FN T V QY+ + GP+++ G + H+ + + D P
Sbjct 354 MGGLTFLVDKPVAIVQDRFNPTAVTFQYVLRERGPMTTLGGVEGLAFVHTPYSNRSLDWP 413
Query 418 DIQIFFA----------GYQAICKPKLKIADLSAH---DKQAVRMSALNVQPTSKGRITL 464
DIQ A + + K + H +K + + L ++P S+G + L
Sbjct 414 DIQFHMAPASINSDNGARVKKVLGLKESVYQEVYHPIANKDSWTIMPLLLRPRSRGSVKL 473
Query 465 NSKDPLDPPVIWSNDLATEHDRSVMIQAIRVVQKLVNTTVMRDLGVEFQKIELKQCDEFV 524
S +P P+I +N D +++ ++ ++ V + G + L C +
Sbjct 474 RSANPFHYPLINANYFDDPLDAKTLVEGAKIALRVAEAQVFKQFGSRLWRKPLPNCKQHK 533
Query 525 EDSDDYWNCVIQYNTRAENHQTGTAKMGPSYDPMAVVSPRLKVHGIRGLRVADASVQPQV 584
SD Y C ++ + H GTAKMGP++DP AVV PRL+V+G+RGLRV DAS+ P +
Sbjct 534 FLSDAYLECHVRTISMTIYHPCGTAKMGPAWDPEAVVDPRLRVYGVRGLRVIDASIMPTI 593
Query 585 ISGNPVASVNMVGERAADFIKEDW 608
SGN A V M+ E+ AD IKEDW
Sbjct 594 SSGNTNAPVIMIAEKGADLIKEDW 617
>Q9VY02_DROME unnamed protein product
Length=633
Score = 351 bits (900), Expect = 8e-113, Method: Compositional matrix adjust.
Identities = 212/602 (35%), Positives = 315/602 (52%), Gaps = 30/602 (5%)
Query 37 LFLALLNFFVATSPVIGEPCQRVHSSRIPDL--SYDFIVVGGGAARAVVAGRLSEVSNWK 94
+ L L + P I + RV S I DL SYDFIV+GGG+A V+A RLSE W
Sbjct 23 IILLLNKGILEQRPDIVDEQHRVRSIHIEDLRESYDFIVIGGGSAGCVLAARLSENPEWS 82
Query 95 VLLLEAGPDEPAGAEIPSNLQLYLGGDLDWKYYTTNESHACLSTGGS-CYWPRGKNLGGT 153
VLLLEAG DEP ++P ++ DWKY T CL+ C+WPR K LGG
Sbjct 83 VLLLEAGGDEPLLIDLPQLYPVFQRSPWDWKYLTEPSDRYCLAMEDQRCFWPRAKVLGGC 142
Query 154 TLHHGMAYHRGHRKDYERWVQQGAFGWSWDEVMPYYLKSENNTELSRVGTKYHRSGGLMN 213
+ + M Y RG+R+DY++W G GW++D ++ Y+ K E+ + YH GG ++
Sbjct 143 SSINAMMYIRGNRRDYDQWAALGNPGWNYDNILHYFRKLEDMRVPGFEHSPYHGHGGPIS 202
Query 214 VERFPYQPPFAWKILKAAEEAGFGVSE-DLSGDRINGFTVAQTISRNGVRLSSARAFITP 272
VER+ + P ++AA++ G + D +G GF R+G+R S+ + +I
Sbjct 203 VERYRFPSPLLDIFMRAAQQLGMVHPDGDFNGRSQTGFAPPHGSLRDGLRCSANKGYIRR 262
Query 273 FENRSNLHVIVNATVTKV--RTLNKRATGVNVLINGRRRIIFARREVILSAGSVNTPQLL 330
R NL +++ A V ++ + RA GV + + A+REVILSAGS+ +PQLL
Sbjct 263 SWQRPNLDIVLKAFVERIVIDPQSHRAIGVIFEYGLLKHTVRAKREVILSAGSLASPQLL 322
Query 331 MLSGIGPKEHLRSLGIPVVVDLPGVGENLHNHQSFG---MDFSLNEDFYPTF------NQ 381
M+SG+GP++ L GIPVV LPGVG NL +H S F ++ + +F N+
Sbjct 323 MVSGVGPRDQLEPQGIPVVQHLPGVGGNLQDHISTSGAIYTFDSGQNRHLSFIVPEMMNE 382
Query 382 TNVDQYLYNQTGPLSSTGLAQVTGIWHSNLTTP--DDPDIQIFFAGY------------- 426
V+ ++ + +++V G + + P D PD+QIF Y
Sbjct 383 QAVEDFVQGSDSFFYAMPVSEVMGFFSTRYQDPRLDWPDVQIFMGSYGYGADGGMIGRRG 442
Query 427 QAICKPKLKIADLSAHDKQAVRMSALNVQPTSKGRITLNSKDPLDPPVIWSNDLATEHDR 486
AI A + + ++ L ++P S+G + L S DP P+I +N HD
Sbjct 443 AAITLDNYAEAFEPVLYQDSFVIAPLLMRPRSRGYLQLRSADPKVHPLIHANYYDDPHDM 502
Query 487 SVMIQAIRVVQKLVNTTVMRDLGVEFQKIELKQCDEFVEDSDDYWNCVIQYNTRAENHQT 546
+VM++ +++ +L T VM+ L E + C E SD +W C+ ++ ++ H
Sbjct 503 AVMVEGLKLAHRLTQTPVMQSLNATMNIYEWRNCPEVEYLSDAFWECLARFYSQTIYHPV 562
Query 547 GTAKMGPSYDPMAVVSPRLKVHGIRGLRVADASVQPQVISGNPVASVNMVGERAADFIKE 606
GT KM P+ DP VV PRL+V G+RGLRV DAS+ P + +GN A M+ ER AD IKE
Sbjct 563 GTCKMAPASDPAGVVDPRLRVRGMRGLRVIDASIMPTIPTGNTNAPTLMLAERGADIIKE 622
Query 607 DW 608
DW
Sbjct 623 DW 624
>Q9VY04_DROME unnamed protein product
Length=646
Score = 345 bits (885), Expect = 2e-110, Method: Compositional matrix adjust.
Identities = 213/581 (37%), Positives = 315/581 (54%), Gaps = 53/581 (9%)
Query 64 IPDLS--YDFIVVGGGAARAVVAGRLSEVSNWKVLLLEAGPDEPAGAEIPSNLQLYLG-- 119
+ DLS YDF+V+G G+A +VVA RLSE +W+VL+LEAG D P +E+P+ L+ G
Sbjct 62 VGDLSQPYDFVVIGAGSAGSVVASRLSENPDWRVLVLEAGGDPPVESELPA---LFFGLQ 118
Query 120 -GDLDWKYYTTNESHACLS-TGGSCYWPRGKNLGGTTLHHGMAYHRGHRKDYERWVQQGA 177
+ W Y+T AC + G CYWPRGK LGG+ + M Y RG+R+D++ W G+
Sbjct 119 HTNFTWNYFTEPSDEACQAMKDGRCYWPRGKMLGGSGGVNAMLYVRGNRRDFDGWAAMGS 178
Query 178 FGWSWDEVMPYYLKSENNTELSRVGTKYHRSGGLMNVERFPYQPPFAWK-------ILKA 230
GWS+D+VMP++ KS ++ G H G + PF K I+
Sbjct 179 TGWSYDQVMPFFEKS-----VTPQGNATHPKG-------YVTLKPFERKDNDIHQMIIDG 226
Query 231 AEEAGFGVSEDLSGDRINGFTVAQTISRNGVRLSSARAFITPF-ENRSNLHVIVNATVTK 289
E G E G++ R G R+S+ + ++ ++R NLHV+ NA VTK
Sbjct 227 GRELGQPYVERFQEGSDTGYSHVPGTVRQGQRMSTGKGYLGAVSKSRPNLHVVKNALVTK 286
Query 290 VRTLNKRATGVNVLINGRRRIIFARREVILSAGSVNTPQLLMLSGIGPKEHLRSLGIPVV 349
+ + V G + ++V++SAG++++P LL+ SGIGP +HL+ LGIPV
Sbjct 287 LDLDGETVKEVKFERAGVTHRVKVTKDVVISAGAIDSPALLLRSGIGPSKHLKELGIPVK 346
Query 350 VDLPGVGENLHNHQSFGMDFSLNE-DFYPTFNQTNVD---QYLYNQTGPLSSTGLAQVTG 405
+DLPGVG NL +H + L+E P +Q +D QYL + GPL++ A + G
Sbjct 347 LDLPGVGRNLQDHVLVPVFLRLDEGQGEPMTDQAALDSIYQYLIYRAGPLAAHSTASLVG 406
Query 406 IWHSNLTT----PDDPDIQIFF-----AGYQAICKPKLKIADLSAH-------DKQAVRM 449
++N ++ PD + +FF A + K L I D D + +
Sbjct 407 FINTNASSDGAYPDTENHHMFFQRAHHASLELFTK-GLSIQDQYTEVLQEYLKDSHLLCV 465
Query 450 SALNVQPTSKGRITLNSKDPLDPPVIWSNDLATEHDRSVMIQAIRVVQKLVNTTVMRDLG 509
L P ++G + L S DP PP++ SN L D + +++ IR ++ L T +D
Sbjct 466 FVLLSHPAARGELRLKSTDPKVPPILTSNYLTESEDVATLMRGIRYIESLEQTKAFQDHL 525
Query 510 VEFQKIELKQCDEFVED--SDDYWNCVIQYNTRAENHQTGTAKMGPSYDPMAVVSPRLKV 567
E +I +K+CD+ +E+ S++YW C +Y T HQ+GT KMGP YD A VS RLKV
Sbjct 526 AEIARIPIKECDQ-IENYRSEEYWRCYAKYFTVTCYHQSGTVKMGPDYDNEACVSQRLKV 584
Query 568 HGIRGLRVADASVQPQVISGNPVASVNMVGERAADFIKEDW 608
HG+ LRVADAS+ P V+S N A+ M+GERAA FI+ED+
Sbjct 585 HGLENLRVADASIMPAVVSANTNAATVMIGERAAHFIQEDY 625
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011575.1 nicotinic acetylcholine receptor alpha8 subunit [Apis
mellifera]
Length=537
Score E
Sequences producing significant alignments: (Bits) Value
ACH4_DROME unnamed protein product 775 0.0
ACH1_DROME unnamed protein product 630 0.0
Q9NFR5_DROME unnamed protein product 610 0.0
A8JNX5_DROME unnamed protein product 608 0.0
M9PDC9_DROME unnamed protein product 608 0.0
>ACH4_DROME unnamed protein product
Length=519
Score = 775 bits (2001), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 377/504 (75%), Positives = 434/504 (86%), Gaps = 19/504 (4%)
Query 28 FEANPDTKRLYDDLLSNYNRLIRPVMNNTETLTVQLGLKLSQLIEMNLKNQVMTTNVWVE 87
FEANPDTKRLYDDLLSNYNRLIRPV+NNTETLTV LGLKLSQLIE+NLKNQVMTTN+WV+
Sbjct 24 FEANPDTKRLYDDLLSNYNRLIRPVVNNTETLTVWLGLKLSQLIEVNLKNQVMTTNLWVK 83
Query 88 QRWNDYKLKWNPEEYGGVEMLYVPSENIWLPDIVLYNNADGNYEVTLMTKATLKYTGDVS 147
QRW DYKL+W+PEEYGGVE LYVPSE+IW+PDIVLYNN DGNYEVTLMTKATLKYTG+V
Sbjct 84 QRWFDYKLRWDPEEYGGVEQLYVPSEHIWVPDIVLYNNWDGNYEVTLMTKATLKYTGEVF 143
Query 148 WKPPAIYKSSCEINVEYFPFDEQSCIMKFGSWTYNGAQVDLKHMKQEAGSNLVAKGIDLS 207
W+PPAIYKSSCE+NVEYFP+DEQ C MKFGSWTYNGAQVDLKH+ Q GSNLV GIDL+
Sbjct 144 WEPPAIYKSSCEMNVEYFPYDEQICFMKFGSWTYNGAQVDLKHLDQIPGSNLVQVGIDLT 203
Query 208 DFYLSVEWDILEVPASRNEEYYPCCTEPYSDITFNITMRRKTLFYTVNLIIPCVGITFLT 267
+FYLSVEWDILEVPA++NEEYYP EP+SDITF +TMRRKTLFYTVNLI+PCV +TFLT
Sbjct 204 EFYLSVEWDILEVPATKNEEYYPDTLEPFSDITFKLTMRRKTLFYTVNLIVPCVALTFLT 263
Query 268 VLVFYLPSDSGEKVSLCSSILLSLTVFFLLLAEIIPPTSLAIPLLGKYLLFTMILVTLSI 327
VLVFYLPSDSGEKV+LC SIL+SLTVFFLLLAEIIPPTSLA+PLLGKYLLFTMILV+LS+
Sbjct 264 VLVFYLPSDSGEKVTLCISILVSLTVFFLLLAEIIPPTSLAVPLLGKYLLFTMILVSLSV 323
Query 328 WITVCVLNVHFRSPSTHNMSPWVRQVFLNWMPRLLMMRRTPYSTPEYDDTYMDSGYTNEI 387
W TVCVLN+HFRSPSTHNMSP VR++FL++MP+L+MMRRT Y+ P+YDD+ +GYTNEI
Sbjct 324 WTTVCVLNIHFRSPSTHNMSPLVRKLFLHFMPKLMMMRRTQYTLPDYDDSTPSNGYTNEI 383
Query 388 DFSFPDSVSDYPLELKGSPDGFESVTSQYKNIREDDARHIPHASVTDSENTVPRYLSPDV 447
D DS+SD+P E K S DG Y N ++ DS+N +PR L+P+V
Sbjct 384 DVR--DSISDFPSEFKDSQDG------AYDNGMQNSV---------DSDNVIPRNLTPEV 426
Query 448 ISALKGVRFIAQHIKNADKDNEVIEDWKFVAMVLDRLFLWVFTLACTAGTLGIIFQAPSL 507
+ AL+ VRFIAQHIK+ADKDNE++EDWKFV+MVLDR FLW+FTL+C GTL II Q+PSL
Sbjct 427 LQALRAVRFIAQHIKDADKDNEIVEDWKFVSMVLDRFFLWLFTLSCVFGTLAIICQSPSL 486
Query 508 YDTREPVDQQLSGISPR--NYMYP 529
YDTR P+D+QLS I R N+M P
Sbjct 487 YDTRSPIDRQLSEIPLRKNNFMLP 510
>ACH1_DROME unnamed protein product
Length=567
Score = 630 bits (1624), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 321/562 (57%), Positives = 396/562 (70%), Gaps = 45/562 (8%)
Query 4 MQILTLGVLFNTLHIIYSVAGLKIFEANPDTKRLYDDLLSNYNRLIRPVMNNTETLTVQL 63
M + +F LH ++ GL ANPD KRLYDDLLSNYNRLIRPV NN++ LTV++
Sbjct 1 MGSVLFAAVFIALH--FATGGL----ANPDAKRLYDDLLSNYNRLIRPVGNNSDRLTVKM 54
Query 64 GLKLSQLIEMNLKNQVMTTNVWVEQRWNDYKLKWNPEEYGGVEMLYVPSENIWLPDIVLY 123
GL+LSQLI++NLKNQ+MTTNVWVEQ WNDYKLKWNP++YGGV+ L+VPSE+IWLPDIVLY
Sbjct 55 GLRLSQLIDVNLKNQIMTTNVWVEQEWNDYKLKWNPDDYGGVDTLHVPSEHIWLPDIVLY 114
Query 124 NNADGNYEVTLMTKATLKYTGDVSWKPPAIYKSSCEINVEYFPFDEQSCIMKFGSWTYNG 183
NNADGNYEVT+MTKA L +TG V WKPPAIYKS CEI+VEYFPFDEQ+C MKFGSWTY+G
Sbjct 115 NNADGNYEVTIMTKAILHHTGKVVWKPPAIYKSFCEIDVEYFPFDEQTCFMKFGSWTYDG 174
Query 184 AQVDLKHMKQEAGSNLVAKGIDLSDFYLSVEWDILEVPASRNEEYYPCCTEPYSDITFNI 243
VDL+H+KQ A S+ + GIDL D+Y+SVEWDI+ VPA RNE++Y CC EPY DI FN+
Sbjct 175 YMVDLRHLKQTADSDNIEVGIDLQDYYISVEWDIMRVPAVRNEKFYSCCEEPYLDIVFNL 234
Query 244 TMRRKTLFYTVNLIIPCVGITFLTVLVFYLPSDSGEKVSLCSSILLSLTVFFLLLAEIIP 303
T+RRKTLFYTVNLIIPCVGI+FL+VLVFYLPSDSGEK+SLC SILLSLTVFFLLLAEIIP
Sbjct 235 TLRRKTLFYTVNLIIPCVGISFLSVLVFYLPSDSGEKISLCISILLSLTVFFLLLAEIIP 294
Query 304 PTSLAIPLLGKYLLFTMILVTLSIWITVCVLNVHFRSPSTHNMSPWVRQVFLNWMPRLLM 363
PTSL +PLLGKYLLFTM+LVTLS+ +T+ VLNV+FRSP TH M+PWV+++F+ +P+LL
Sbjct 295 PTSLTVPLLGKYLLFTMMLVTLSVVVTIAVLNVNFRSPVTHRMAPWVQRLFIQILPKLLC 354
Query 364 MRRTP----------------YSTP-------EYDDTYMDSGY-------TNEIDFSFPD 393
+ R Y P YD Y ++ D +
Sbjct 355 IERPKKEEPEEDQPPEVLTDVYHLPPDVDKFVNYDSKRFSGDYGIPALPASHRFDLAAAG 414
Query 394 SVSDYPLE---------LKGSPDGFESVTSQYKNIREDDARHIPHASVTDSENTVPRYLS 444
+S + L G+ D S + +I A+ D T + +
Sbjct 415 GISAHCFAEPPLPSSLPLPGADDDLFSPSGLNGDISPGCCPAAAAAAAADLSPTFEKPYA 474
Query 445 PDVISALKGVRFIAQHIKNADKDNEVIEDWKFVAMVLDRLFLWVFTLACTAGTLGIIFQA 504
++ ++G RFIAQH+KN DK V EDWK+VAMVLDR+FLW+F +AC GT II QA
Sbjct 475 REMEKTIEGSRFIAQHVKNKDKFESVEEDWKYVAMVLDRMFLWIFAIACVVGTALIILQA 534
Query 505 PSLYDTREPVDQQLSGISPRNY 526
PSLYD +P+D S I+ + +
Sbjct 535 PSLYDQSQPIDILYSKIAKKKF 556
>Q9NFR5_DROME unnamed protein product
Length=568
Score = 610 bits (1572), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 309/537 (58%), Positives = 381/537 (71%), Gaps = 41/537 (8%)
Query 12 LFNTLHIIYSVAGLKIFEANPDTKRLYDDLLSNYNRLIRPVMNNTETLTVQLGLKLSQLI 71
+ + L + +VAG NPD KRLYDDLLSNYN+L+RPV+N T+ L V + LKLSQLI
Sbjct 25 ILSALMVHGAVAG------NPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLI 78
Query 72 EMNLKNQVMTTNVWVEQRWNDYKLKWNPEEYGGVEMLYVPSENIWLPDIVLYNNADGNYE 131
++NLKNQ+MTTN+WVEQ W DYKL+W P+EYGGV ML+VPS++IW PDIVLYNNADGN+E
Sbjct 79 DVNLKNQIMTTNLWVEQSWYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFE 138
Query 132 VTLMTKATLKYTGDVSWKPPAIYKSSCEINVEYFPFDEQSCIMKFGSWTYNGAQVDLKHM 191
VTL TKAT+ G V WKPPAIYKSSCEI+VEYFPFDEQ+C++KFGSWTY+G +VDL+HM
Sbjct 139 VTLATKATIYSEGLVEWKPPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHM 198
Query 192 KQEAGSNLVAKGIDLSDFYLSVEWDILEVPASRNEEYYPCCTEPYSDITFNITMRRKTLF 251
++ GSN+VA G+DLS+FY+SVEWDILEVPA RNE++Y CC EPY DITFNITMRRKTLF
Sbjct 199 DEQQGSNVVAVGVDLSEFYMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLF 258
Query 252 YTVNLIIPCVGITFLTVLVFYLPSDSGEKVSLCSSILLSLTVFFLLLAEIIPPTSLAIPL 311
YTVN+IIPC+GI+FLTVL FYLPSDSGEKV+L SIL+SL VFFLL+ EIIPPTSL +PL
Sbjct 259 YTVNIIIPCMGISFLTVLTFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPL 318
Query 312 LGKYLLFTMILVTLSIWITVCVLNVHFRSPSTHNMSPWVRQVFLNWMPRLLMMRRTPYS- 370
LGKYL+F MILV++SI +TV VLNVHFRSP TH M+PWV++VF++++P L ++R Y+
Sbjct 319 LGKYLIFAMILVSISICVTVVVLNVHFRSPQTHKMAPWVKRVFIDFLPAFLFIKRPTYNF 378
Query 371 --------------TPEYDDTYMD----SGYTNEIDFSFPDSVSDYPLELKGSPDGFESV 412
P Y T +D SGY N S P + G G V
Sbjct 379 ETSKLLLKDTHACFYPYYSATNIDRLVSSGYNN----SLPKEDLSQSITANGPFGGSCQV 434
Query 413 TS---QYKNIREDDARHIPHASVTDSENTVP---------RYLSPDVISALKGVRFIAQH 460
+ D+ +P + P P + + VRFIA+H
Sbjct 435 HGPVPPLTHCSSDEIAAVPDMDIGPLGMKSPILNNPAFSHSKCLPKIHKSCFCVRFIAEH 494
Query 461 IKNADKDNEVIEDWKFVAMVLDRLFLWVFTLACTAGTLGIIFQAPSLYDTREPVDQQ 517
K + +V EDWK+VAMVLDRLFLW+FTLA GT GII QAP+LYD R P+ +Q
Sbjct 495 TKMQEDSTKVKEDWKYVAMVLDRLFLWIFTLAVVVGTAGIILQAPTLYDDRIPIIEQ 551
>A8JNX5_DROME unnamed protein product
Length=539
Score = 608 bits (1569), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 305/519 (59%), Positives = 373/519 (72%), Gaps = 35/519 (7%)
Query 30 ANPDTKRLYDDLLSNYNRLIRPVMNNTETLTVQLGLKLSQLIEMNLKNQVMTTNVWVEQR 89
NPD KRLYDDLLSNYN+L+RPV+N T+ L V + LKLSQLI++NLKNQ+MTTN+WVEQ
Sbjct 8 GNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQS 67
Query 90 WNDYKLKWNPEEYGGVEMLYVPSENIWLPDIVLYNNADGNYEVTLMTKATLKYTGDVSWK 149
W DYKL+W P+EYGGV ML+VPS++IW PDIVLYNNADGN+EVTL TKAT+ G V WK
Sbjct 68 WYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWK 127
Query 150 PPAIYKSSCEINVEYFPFDEQSCIMKFGSWTYNGAQVDLKHMKQEAGSNLVAKGIDLSDF 209
PPAIYKSSCEI+VEYFPFDEQ+C++KFGSWTY+G +VDL+HM ++ GSN+VA G+DLS+F
Sbjct 128 PPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGSNVVAVGVDLSEF 187
Query 210 YLSVEWDILEVPASRNEEYYPCCTEPYSDITFNITMRRKTLFYTVNLIIPCVGITFLTVL 269
Y+SVEWDILEVPA RNE++Y CC EPY DITFNITMRRKTLFYTVN+IIPC+GI+FLTVL
Sbjct 188 YMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVL 247
Query 270 VFYLPSDSGEKVSLCSSILLSLTVFFLLLAEIIPPTSLAIPLLGKYLLFTMILVTLSIWI 329
FYLPSDSGEKV+L SIL+SL VFFLL+ EIIPPTSL +PLLGKYL+F MILV++SI +
Sbjct 248 TFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSISICV 307
Query 330 TVCVLNVHFRSPSTHNMSPWVRQVFLNWMPRLLMMRRTPYS---------------TPEY 374
TV VLNVHFRSP TH M+PWV++VF++++P L ++R Y+ P Y
Sbjct 308 TVVVLNVHFRSPQTHKMAPWVKRVFIDFLPAFLFIKRPTYNFETSKLLLKDTHACFYPYY 367
Query 375 DDTYMD----SGYTNEIDFSFPDSVSDYPLELKGSPDGFESVTS---QYKNIREDDARHI 427
T +D SGY N S P + G G V + D+ +
Sbjct 368 SATNIDRLVSSGYNN----SLPKEDLSQSITANGPFGGSCQVHGPVPPLTHCSSDEIAAV 423
Query 428 PHASVTDSENTVP---------RYLSPDVISALKGVRFIAQHIKNADKDNEVIEDWKFVA 478
P + P P + + VRFIA+H K + +V EDWK+VA
Sbjct 424 PDMDIGPLGMKSPILNNPAFSHSKCLPKIHKSCFCVRFIAEHTKMQEDSTKVKEDWKYVA 483
Query 479 MVLDRLFLWVFTLACTAGTLGIIFQAPSLYDTREPVDQQ 517
MVLDRLFLW+FTLA GT GII QAP+LYD R P+ +Q
Sbjct 484 MVLDRLFLWIFTLAVVVGTAGIILQAPTLYDDRIPIIEQ 522
>M9PDC9_DROME unnamed protein product
Length=499
Score = 608 bits (1567), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 297/488 (61%), Positives = 365/488 (75%), Gaps = 13/488 (3%)
Query 30 ANPDTKRLYDDLLSNYNRLIRPVMNNTETLTVQLGLKLSQLIEMNLKNQVMTTNVWVEQR 89
NPD KRLYDDLLSNYN+L+RPV+N T+ L V + LKLSQLI++NLKNQ+MTTN+WVEQ
Sbjct 8 GNPDAKRLYDDLLSNYNKLVRPVVNTTDVLKVCIKLKLSQLIDVNLKNQIMTTNLWVEQS 67
Query 90 WNDYKLKWNPEEYGGVEMLYVPSENIWLPDIVLYNNADGNYEVTLMTKATLKYTGDVSWK 149
W DYKL+W P+EYGGV ML+VPS++IW PDIVLYNNADGN+EVTL TKAT+ G V WK
Sbjct 68 WYDYKLRWEPKEYGGVHMLHVPSDHIWRPDIVLYNNADGNFEVTLATKATIYSEGLVEWK 127
Query 150 PPAIYKSSCEINVEYFPFDEQSCIMKFGSWTYNGAQVDLKHMKQEAGSNLVAKGIDLSDF 209
PPAIYKSSCEI+VEYFPFDEQ+C++KFGSWTY+G +VDL+HM ++ GSN+VA G+DLS+F
Sbjct 128 PPAIYKSSCEIDVEYFPFDEQTCVLKFGSWTYDGFKVDLRHMDEQQGSNVVAVGVDLSEF 187
Query 210 YLSVEWDILEVPASRNEEYYPCCTEPYSDITFNITMRRKTLFYTVNLIIPCVGITFLTVL 269
Y+SVEWDILEVPA RNE++Y CC EPY DITFNITMRRKTLFYTVN+IIPC+GI+FLTVL
Sbjct 188 YMSVEWDILEVPAVRNEKFYTCCDEPYLDITFNITMRRKTLFYTVNIIIPCMGISFLTVL 247
Query 270 VFYLPSDSGEKVSLCSSILLSLTVFFLLLAEIIPPTSLAIPLLGKYLLFTMILVTLSIWI 329
FYLPSDSGEKV+L SIL+SL VFFLL+ EIIPPTSL +PLLGKYL+F MILV++SI +
Sbjct 248 TFYLPSDSGEKVTLSISILISLHVFFLLVVEIIPPTSLVVPLLGKYLIFAMILVSISICV 307
Query 330 TVCVLNVHFRSPSTHNMSPWVRQVFLNWMPRLLMMRRTPYSTPEYDDTYMDSGYTNEIDF 389
TV VLNVHFRSP TH M+PWV++VF++++P L ++R Y+ G + ++
Sbjct 308 TVVVLNVHFRSPQTHKMAPWVKRVFIDFLPAFLFIKRPTYNFETSITANGPFGGSCQVHG 367
Query 390 SFPDSVSDYPLELKGSPDGFESVTSQYKNIREDDARHIPHASVTDSENTVPRYLSPDVIS 449
P E+ PD I + A H+ P +
Sbjct 368 PVPPLTHCSSDEIAAVPDMDIGPLGMKSPILNNPA--FSHSKCL-----------PKIHK 414
Query 450 ALKGVRFIAQHIKNADKDNEVIEDWKFVAMVLDRLFLWVFTLACTAGTLGIIFQAPSLYD 509
+ VRFIA+H K + +V EDWK+VAMVLDRLFLW+FTLA GT GII QAP+LYD
Sbjct 415 SCFCVRFIAEHTKMQEDSTKVKEDWKYVAMVLDRLFLWIFTLAVVVGTAGIILQAPTLYD 474
Query 510 TREPVDQQ 517
R P+ +Q
Sbjct 475 DRIPIIEQ 482
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011576.1 tachykinins precursor [Apis mellifera]
Length=339
Score E
Sequences producing significant alignments: (Bits) Value
TACHY_DROME unnamed protein product 58.9 1e-09
Q9XZ68_DROME unnamed protein product 32.0 0.68
PATS1_DICDI unnamed protein product 30.8 2.0
G5EEH6_CAEEL unnamed protein product 29.6 3.4
Q57TV2_TRYB2 unnamed protein product 29.6 3.7
>TACHY_DROME unnamed protein product
Length=289
Score = 58.9 bits (141), Expect = 1e-09, Method: Compositional matrix adjust.
Identities = 65/200 (33%), Positives = 87/200 (44%), Gaps = 56/200 (28%)
Query 48 SENFGIFKRALMGFQGVRGKK----NSIINDVKNELFPE--------------------D 83
+EN K+A + F G+RGKK N+ ++DV L E
Sbjct 93 AENGRRLKKAPLAFVGLRGKKFIPINNRLSDVLQSLEEERLRDSLLQDFFDRVAGRDGSA 152
Query 84 INKRAPMGFQGMRGKKASF---DDEY---------YKRAPM-GFQGMRGKKSLEE----- 125
+ KRAP GF GMRGK+ + DD+ KRAP+ F GMRGKK +
Sbjct 153 VGKRAPTGFTGMRGKRPALLAGDDDAEADEATELQQKRAPVNSFVGMRGKKDVSHQHYKR 212
Query 126 --ILD--EIKKKTTRFQDSRSKDVYLIDYPEDYGKRVLSMDGYQNILDKKDELLGEW--- 178
+ D +++ K RF D SK V + D L +G D + L+ W
Sbjct 213 AALSDSYDLRGKQQRFADFNSKFVAVRGKKSD-----LEGNGVGIGDDHEQALVHPWLYL 267
Query 179 --EKRAPMGFYGTRGKKIIL 196
EKRAP GF G RGK+ L
Sbjct 268 WGEKRAPNGFLGMRGKRPAL 287
Score = 52.8 bits (125), Expect = 1e-07, Method: Compositional matrix adjust.
Identities = 75/280 (27%), Positives = 109/280 (39%), Gaps = 83/280 (30%)
Query 81 PEDINKRAPMG-FQGMRGKKASFDDEY--------------------------------Y 107
P + KRAP F GMRGKK D+E+
Sbjct 43 PRRVVKRAPTSSFIGMRGKK---DEEHDTSEGNWLGSGPDPLDYADEEADSSYAENGRRL 99
Query 108 KRAPMGFQGMRGKKSLEEILDEIKKKTTRFQDSRSKDVYLIDYPEDYGKRVLSMDGYQNI 167
K+AP+ F G+RGKK + I + + ++ R +D L +D+ RV DG
Sbjct 100 KKAPLAFVGLRGKKFIP-INNRLSDVLQSLEEERLRDSLL----QDFFDRVAGRDG---- 150
Query 168 LDKKDELLGEWEKRAPMGFYGTRGKKIIL----------DALEELDKRGVMDFQIGLQRK 217
+G KRAP GF G RGK+ L +A E KR ++ +G++ K
Sbjct 151 -----SAVG---KRAPTGFTGMRGKRPALLAGDDDAEADEATELQQKRAPVNSFVGMRGK 202
Query 218 KDTTFDDYLDYAINPFDYEKRSTDFQDVESGSESFKRARMGFHGMRGKRDAAGIYGSNSS 277
KD + Y A+ +D D+ + F F +RGK+ S
Sbjct 203 KDVSHQHYKRAAL---------SDSYDLRGKQQRFADFNSKFVAVRGKK---------SD 244
Query 278 TVGTIFGYQDMRNRGNNFPVYQV--EKRSPFRYLGARGKK 315
G G D + P + EKR+P +LG RGK+
Sbjct 245 LEGNGVGIGDDHEQALVHPWLYLWGEKRAPNGFLGMRGKR 284
Score = 50.8 bits (120), Expect = 5e-07, Method: Compositional matrix adjust.
Identities = 53/172 (31%), Positives = 71/172 (41%), Gaps = 40/172 (23%)
Query 180 KRAPMGFYGTRGKKIIL------DALEELDKRGVMDFQIGLQRKKDTTFDDYLDYAINPF 233
K+AP+ F G RGKK I D L+ L++ +R +D+ D+ D
Sbjct 100 KKAPLAFVGLRGKKFIPINNRLSDVLQSLEE----------ERLRDSLLQDFFDRVAG-- 147
Query 234 DYEKRSTDFQDVESGSESFKRARMGFHGMRGKRDAAGIYGSNSSTVGTIFGYQDMRNRGN 293
GS KRA GF GMRGKR A + G + + Q R N
Sbjct 148 ------------RDGSAVGKRAPTGFTGMRGKRPAL-LAGDDDAEADEATELQQKRAPVN 194
Query 294 NFP--------VYQVEKRSPFR-YLGARGKKNPRWEFRGKFVGVRGKKSSLQ 336
+F +Q KR+ RGK+ +F KFV VRGKKS L+
Sbjct 195 SFVGMRGKKDVSHQHYKRAALSDSYDLRGKQQRFADFNSKFVAVRGKKSDLE 246
>Q9XZ68_DROME unnamed protein product
Length=347
Score = 32.0 bits (71), Expect = 0.68, Method: Compositional matrix adjust.
Identities = 17/48 (35%), Positives = 25/48 (52%), Gaps = 2/48 (4%)
Query 179 EKRAPMGFYGTRGKKIIL--DALEELDKRGVMDFQIGLQRKKDTTFDD 224
E P Y +I+ DALEE+D+ V+ F +GLQ+ + F D
Sbjct 101 EGHDPHLLYTLSAIQILCTYDALEEIDREAVVRFVVGLQQPDGSFFGD 148
>PATS1_DICDI unnamed protein product
Length=3184
Score = 30.8 bits (68), Expect = 2.0, Method: Composition-based stats.
Identities = 18/82 (22%), Positives = 41/82 (50%), Gaps = 0/82 (0%)
Query 127 LDEIKKKTTRFQDSRSKDVYLIDYPEDYGKRVLSMDGYQNILDKKDELLGEWEKRAPMGF 186
LD++ + T + Q R K+ YLI Y +++S + I +++L + ++ MG
Sbjct 1856 LDDVNRTTAKMQKKRMKEKYLIRYQNIKAIKLVSCTSGKGITSLREKLEALVQSQSNMGE 1915
Query 187 YGTRGKKIILDALEELDKRGVM 208
R ++ + ++E K+ ++
Sbjct 1916 SLPRSYMLLENLVKEETKKRII 1937
>G5EEH6_CAEEL unnamed protein product
Length=419
Score = 29.6 bits (65), Expect = 3.4, Method: Compositional matrix adjust.
Identities = 14/45 (31%), Positives = 23/45 (51%), Gaps = 0/45 (0%)
Query 116 GMRGKKSLEEILDEIKKKTTRFQDSRSKDVYLIDYPEDYGKRVLS 160
GMRG + E + D + ++ + K VY++ DY + VLS
Sbjct 239 GMRGSNTCELVFDNCEIHESQIMGGKGKGVYVLMTGLDYERLVLS 283
>Q57TV2_TRYB2 unnamed protein product
Length=345
Score = 29.6 bits (65), Expect = 3.7, Method: Compositional matrix adjust.
Identities = 12/33 (36%), Positives = 15/33 (45%), Gaps = 0/33 (0%)
Query 165 QNILDKKDELLGEWEKRAPMGFYGTRGKKIILD 197
Q +L EL+G W FY RG I+ D
Sbjct 129 QGVLLAALELIGRWNAAELTAFYAERGASILCD 161
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011577.1 dorsal protein isoform A [Apis mellifera]
Length=602
Score E
Sequences producing significant alignments: (Bits) Value
Q534Q6_AEDAE unnamed protein product 461 2e-156
DORS_DROME unnamed protein product 456 2e-149
Q20KN1_CARRO unnamed protein product 435 2e-146
DIF_DROME unnamed protein product 281 8e-86
NFKB1_DROME unnamed protein product 156 7e-40
>Q534Q6_AEDAE unnamed protein product
Length=579
Score = 461 bits (1186), Expect = 2e-156, Method: Compositional matrix adjust.
Identities = 217/297 (73%), Positives = 248/297 (84%), Gaps = 5/297 (2%)
Query 45 PYVEIIEQPASKALRFRYECEGRSAGSIPGVNSTSENKTFPTIKIVGYKGRALVVVSCVT 104
P+V I EQP SKALRFRYECEGRSAGSIPGV+ST E KTFP I+I GYKGRA+VVVSCVT
Sbjct 48 PHVVITEQPQSKALRFRYECEGRSAGSIPGVHSTPEQKTFPGIEIRGYKGRAVVVVSCVT 107
Query 105 KDQPYRPHPHNLVGKEACKQGVCTVEVSSENMTVTFANLGIQCVKKKDIEEALKIREEIR 164
KD PYRPHPHNLVGKE CK+GVCTVE++S M+ TF+NLGIQCVKKKDIEEAL++REEIR
Sbjct 108 KDPPYRPHPHNLVGKEGCKKGVCTVEINSSTMSYTFSNLGIQCVKKKDIEEALRLREEIR 167
Query 165 VDPFRTGFEHKRQPTSIDLNAVRLCFQVFLEGSQKRKFNVPLQPVVSDPIFDKKAMSDLV 224
VDPF+TG+ H RQP +IDLNA+RLCFQVFLEG Q+ +F PLQPVVSD I+DKKAMSDLV
Sbjct 168 VDPFKTGYGHARQPATIDLNAIRLCFQVFLEGQQRGRFTEPLQPVVSDVIYDKKAMSDLV 227
Query 225 ICKLSHSNASVAGGMEMILLCEKVAKEDIQVRFFEEKDGQVLWEGFGDFQPVHVHKQTAI 284
ICKLS A VAGG E+ILLCEKVAKEDI VRF+EE+ G ++WE +G+FQ +VHKQ AI
Sbjct 228 ICKLSDVTAPVAGGREIILLCEKVAKEDIAVRFYEEQHGNIVWEEYGEFQHTNVHKQVAI 287
Query 285 AFRTPTYRMQQVEQPVQVYIQLKRPSDGATSEPFPFLMLPLGADDPDSLRRKRQKIN 341
FRTP YR +VE PV V IQLKRPSDGATSEP PF + PL DS +RK++K N
Sbjct 288 CFRTPRYRTLEVEHPVMVNIQLKRPSDGATSEPLPFELTPL-----DSAKRKKRKPN 339
>DORS_DROME unnamed protein product
Length=999
Score = 456 bits (1173), Expect = 2e-149, Method: Compositional matrix adjust.
Identities = 207/286 (72%), Positives = 239/286 (84%), Gaps = 0/286 (0%)
Query 42 RLLPYVEIIEQPASKALRFRYECEGRSAGSIPGVNSTSENKTFPTIKIVGYKGRALVVVS 101
R PYV+I EQPA KALRFRYECEGRSAGSIPGVNST ENKT+PTI+IVGYKGRA+VVVS
Sbjct 44 RKKPYVKITEQPAGKALRFRYECEGRSAGSIPGVNSTPENKTYPTIEIVGYKGRAVVVVS 103
Query 102 CVTKDQPYRPHPHNLVGKEACKQGVCTVEVSSENMTVTFANLGIQCVKKKDIEEALKIRE 161
CVTKD PYRPHPHNLVGKE CK+GVCT+E++SE M F+NLGIQCVKKKDIE ALK RE
Sbjct 104 CVTKDTPYRPHPHNLVGKEGCKKGVCTLEINSETMRAVFSNLGIQCVKKKDIEAALKARE 163
Query 162 EIRVDPFRTGFEHKRQPTSIDLNAVRLCFQVFLEGSQKRKFNVPLQPVVSDPIFDKKAMS 221
EIRVDPF+TGF H+ QP+SIDLN+VRLCFQVF+E QK +F PL PVVS+PIFDKKAMS
Sbjct 164 EIRVDPFKTGFSHRFQPSSIDLNSVRLCFQVFMESEQKGRFTSPLPPVVSEPIFDKKAMS 223
Query 222 DLVICKLSHSNASVAGGMEMILLCEKVAKEDIQVRFFEEKDGQVLWEGFGDFQPVHVHKQ 281
DLVIC+L +A+V G ++ILLCEKVAKEDI VRFFEEK+GQ +WE FGDFQ VHKQ
Sbjct 224 DLVICRLCSCSATVFGNTQIILLCEKVAKEDISVRFFEEKNGQSVWEAFGDFQHTDVHKQ 283
Query 282 TAIAFRTPTYRMQQVEQPVQVYIQLKRPSDGATSEPFPFLMLPLGA 327
TAI F+TP Y + +P +V+IQL+RPSDG TSE PF +P+ +
Sbjct 284 TAITFKTPRYHTLDITEPAKVFIQLRRPSDGVTSEALPFEYVPMDS 329
>Q20KN1_CARRO unnamed protein product
Length=562
Score = 435 bits (1118), Expect = 2e-146, Method: Compositional matrix adjust.
Identities = 197/300 (66%), Positives = 252/300 (84%), Gaps = 2/300 (1%)
Query 45 PYVEIIEQPASKALRFRYECEGRSAGSIPGVNSTSENKTFPTIKIVGYKGRALVVVSCVT 104
PYV ++EQPAS+ALRFRYECEGRSAGSIPG NST+E KT+PTI++V YKG A+VVVSCVT
Sbjct 19 PYVRLVEQPASRALRFRYECEGRSAGSIPGANSTAECKTYPTIQVVNYKGSAVVVVSCVT 78
Query 105 KDQP-YRPHPHNLVGKEACKQGVCTVEVSSENMTVTFANLGIQCVKKKDIEEALKIREEI 163
K+ P +RPHPHNLVG+E CK+G+CT+ +++ +MT +F++LGIQCVK+KDIEE+LK+RE I
Sbjct 79 KEGPPFRPHPHNLVGREGCKKGICTMVINNHDMTCSFSSLGIQCVKRKDIEESLKLREMI 138
Query 164 RVDPFRTGFEHKRQPTSIDLNAVRLCFQVFLEGSQKRKFNVPLQPVVSDPIFDKKAMSDL 223
+VDP+RTGF+H+ Q ++IDLN VRLCFQVF+EG Q+ K+ VPL PVVSDPIFDKKA+ +L
Sbjct 139 KVDPYRTGFDHRLQTSNIDLNVVRLCFQVFIEGPQQGKYTVPLPPVVSDPIFDKKAICEL 198
Query 224 VICKLSHSNASVAGGMEMILLCEKVAKEDIQVRFFEEKDGQVLWEGFGDFQPVHVHKQTA 283
I KLSH +A V GG E+ILLC+KVAK+DI+VRF+EE+ G+V WE FG+F P VHKQ A
Sbjct 199 TINKLSHYSAPVCGGSEVILLCDKVAKDDIKVRFYEERAGRVEWESFGEFHPNEVHKQVA 258
Query 284 IAFRTPTYRMQQVEQPVQVYIQLKRPSDGATSEPFPFLMLPLGADDPDSLRRKRQKINNS 343
I FRTP YR + V+QP+ V+IQL RPSDG++S+P PF +LP+ DP+ L RKRQKI +
Sbjct 259 IPFRTPRYRDENVQQPIPVFIQLYRPSDGSSSDPRPFQLLPVNR-DPEGLSRKRQKIEDG 317
>DIF_DROME unnamed protein product
Length=667
Score = 281 bits (719), Expect = 8e-86, Method: Compositional matrix adjust.
Identities = 153/368 (42%), Positives = 218/368 (59%), Gaps = 22/368 (6%)
Query 40 TERLLPYVEIIEQPASKALRFRYECEGRSAGSIPGVNSTSE-NKTFPTIKIVGYKGRALV 98
+ R P++ I+E+P S +RFRY+CEGR+AGSIPG+NS+SE KTFPTI++ Y G ++
Sbjct 73 SARSGPHLRIVEEPTSNIIRFRYKCEGRTAGSIPGMNSSSETGKTFPTIEVCNYDGPVII 132
Query 99 VVSCVTKDQPYRPHPHNLVGKE---ACKQGVCTVEVSSENMTVTFANLGIQCVKKKDIEE 155
VVSCVT D+P+R HPH LV KE ACK G+ ++ E + +GIQC KK ++ +
Sbjct 133 VVSCVTSDEPFRQHPHWLVSKEEADACKSGIYQKKLPPEERRLVLQKVGIQCAKKLEMRD 192
Query 156 ALKIREEIRVDPFRTGFEHKRQPTSIDLNAVRLCFQVFLEGSQKRKFNVPLQPVVSDPIF 215
+L RE +DPF F+HK Q I+ +RLC+Q F+ + VPL P+VS PI+
Sbjct 193 SLVERERRNIDPFNAKFDHKDQIDKINRYELRLCYQAFITVGNSK---VPLDPIVSSPIY 249
Query 216 DKKAMSDLVICKLSHSNASVAGGMEMILLCEKVAKEDIQVRFFE-EKDGQVLWEGFGDFQ 274
K S+L I +L A+ GG E+I+LCEK+AK+DI+VRF+E +KDG+ W +FQ
Sbjct 250 GKS--SELTITRLCSCAATANGGDEIIMLCEKIAKDDIEVRFYETDKDGRETWFANAEFQ 307
Query 275 PVHVHKQTAIAFRTPTYRMQQVEQPVQVYIQLKRPSDGATSEPFPFLMLPLGADDPDSLR 334
P V KQ AIAF+TP YR ++ Q V V ++L RPSDGATS P PF P +P+ L
Sbjct 308 PTDVFKQMAIAFKTPRYRNTEITQSVNVELKLVRPSDGATSAPLPFEYYP----NPELLT 363
Query 335 RKRQKINNSQNALVLRHVQA---EAEKHAAMLYQYNF----NIIISEPTERISPYGYPIG 387
+ +++ + R + + K QY I + P ++SP G P+
Sbjct 364 KHNRRVAQKTVESLKRSLMSTNLHPSKQVKTSSQYTIFSKPQIATTTPQTQVSP-GMPLM 422
Query 388 SGGSFPSL 395
G P+
Sbjct 423 FPGGSPNF 430
>NFKB1_DROME unnamed protein product
Length=971
Score = 156 bits (395), Expect = 7e-40, Method: Compositional matrix adjust.
Identities = 114/303 (38%), Positives = 160/303 (53%), Gaps = 27/303 (9%)
Query 44 LPYVEIIEQPASKALRFRYECEGRSA-GSIPGVNSTSENKTFPTIKIVGYKGRALVVVSC 102
+P + I+EQP K RFRY+ E GS+ G NS KTFP + + Y G A++ S
Sbjct 149 VPQLRIVEQPVEK-FRFRYKSEMHGTHGSLNGANSKRTPKTFPEVTLCNYDGPAVIRCSL 207
Query 103 VTKDQPYRPHPHNLVGKEACKQGVCT---VEVSSENMTVT-FANLGIQCVKKKDIEEALK 158
+ PH H LV ++ + VC + VS E V F N+GI KK I E L
Sbjct 208 FQTNLD-SPHSHQLVVRKD-DRDVCDPHDLHVSKERGYVAQFINMGIIHTAKKYIFEELC 265
Query 159 IREEIRV--DPFRTGFEHK----------RQPTSIDLNAVRLCFQVFLEGSQKRKFNVPL 206
+++ R+ R HK R+ ++LN VRLCF+ F + VPL
Sbjct 266 KKKQDRLVFQMNRRELSHKQLQELHQETEREAKDMNLNQVRLCFEAF--KIEDNGAWVPL 323
Query 207 QP-VVSDPIFDKKAM--SDLVICKLSHSNASVAGGMEMILLCEKVAKEDIQVRFFEE-KD 262
P V S+ I ++K+ +L I +LS V G E+ILL EKV+K++I+VRFFEE +D
Sbjct 324 APPVYSNAINNRKSAQTGELRIVRLSKPTGGVMGNDELILLVEKVSKKNIKVRFFEEDED 383
Query 263 GQVLWEGFGDFQPVHVHKQTAIAFRTPTYRMQQVEQPVQVYIQLKRPSDGATSEP-FPFL 321
G+ +WE + F+ VH Q AI +TP Y+ + V++ V VYI+L RPSD S P PF
Sbjct 384 GETVWEAYAKFRESDVHHQYAIVCQTPPYKDKDVDREVNVYIELIRPSDDERSFPALPFR 443
Query 322 MLP 324
P
Sbjct 444 YKP 446
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011578.1 vitellogenin precursor [Apis mellifera]
Length=1770
Score E
Sequences producing significant alignments: (Bits) Value
VIT1_SOLIN unnamed protein product 1058 0.0
VIT2_CAEEL unnamed protein product 103 1e-21
CLOT_PENMO unnamed protein product 67.4 1e-10
VIT6_CAEEL unnamed protein product 65.1 5e-10
G8JY38_CAEEL unnamed protein product 57.4 1e-07
>VIT1_SOLIN unnamed protein product
Length=1641
Score = 1058 bits (2736), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 644/1720 (37%), Positives = 1001/1720 (58%), Gaps = 120/1720 (7%)
Query 2 LLLLTLLLFAGTVAADFQHNWQVGNEYTYLVRSRTLTSLGDLSDVHTGILIKALLTVQAK 61
+ L LL G AAD H W+ GNEY YL+ SRTLT L LS +GI+IK LT+Q K
Sbjct 1 MWYLAFLLIIGAYAAD--HAWETGNEYHYLIESRTLTVLDKLSQQFSGIVIKGGLTIQVK 58
Query 62 DSNVLAAKVWNGQYARVQQSMPDGWETEISDQMLELRDLPISGKPFQIRMKHGLIRDLIV 121
+ L A V QYA V +++ + W EI+D L+ +L +SGK F+I++KHG+IRD+++
Sbjct 59 SPDTLQAVVSKTQYAPVHKTL-ENWNDEIAD--LKFDELSMSGKSFEIKLKHGVIRDVLI 115
Query 122 DRDVPTWEVNILKSIVGQLQVDTQGENAVKVNSVQVPTDDEPYASFKAMEDSVGGKCEVL 181
D+DV TWEVN++KSIV QLQVD QGEN + + Q+P D +P+ +KAMEDSVGGKCEVL
Sbjct 116 DQDVLTWEVNLIKSIVSQLQVDLQGENVIASSDNQIPDDSQPFGVYKAMEDSVGGKCEVL 175
Query 182 YDIAPLSDFVIHRSPELVPMPTLKGDGRHMEVIKIKNFDNCDQRINYHFGMTDNSRLEPG 241
Y I P+ + + + +P P L+ DG + V K KN++ C+Q++ YH G+TD + G
Sbjct 176 YSITPVPE-----NFDSIPFPNLRKDGLNFFVTKTKNYNKCEQQMAYHSGITDKMNWKLG 230
Query 242 TNKNGKFFSRSSTSRIVISESLKHFTIQSSVTTSKMMVSPRLYDRQNGLVLSRMNLTLAK 301
+N SRSSTS I+IS ++KHFTIQSS+TTS++ V +L+D + V + LTL +
Sbjct 231 SNDG--VLSRSSTSSIIISGNVKHFTIQSSLTTSEIFVRSKLHDTYSSAVYDSVKLTLDR 288
Query 302 MEKTSKPLPMVDNPESTGNLVYIYNNPFSDVEERRVSKTAMNSNQIVSDNSLSSSEEKLK 361
M + S P+ +N STGNLVYIYNNPFS+ +R++ + +++ N + + +S +S+EE
Sbjct 289 MNQISNPMSASNNLVSTGNLVYIYNNPFSN--QRKLRQPSVSLNSMEARSSENSNEEN-- 344
Query 362 QDILNLRTDISSSSSSISSSEENDFWQPKPTLEDAPQNSLLPNFVGYKGKHIGKSGKVDV 421
R+D S+ +S EE ++ Q KPTL +AP++ LLP F+GYKG+ I KS D+
Sbjct 345 ------RSDDDRSNFLSNSGEEREYLQSKPTLNEAPESPLLPYFIGYKGESIQKSE--DI 396
Query 422 INAAKELIFQIANELE----DASNI-PVHATLEKFMILCNLMRTMNRKQISELESNM--- 473
+ A I QIA LE +A N P +E +IL L+RTMN +QI+ELE+ +
Sbjct 397 TSVAARFIAQIAWNLETSPVNAFNFSPSTEYIEPCIILIRLIRTMNVEQIAELENKLSDP 456
Query 474 --QISPNELKPNDKSQVIKQNTWTVFRDAITQTGTGPAFLTIKEWIERGTTKSMEAANIM 531
+ N+L P + + + TW +F +A+ GTGPA ++IK I+ G K +AA I+
Sbjct 457 IYHLQGNKL-PTEYKKSYDKTTWDIFFNAVVSAGTGPALISIKNMIKNGQLKDTQAAMII 515
Query 532 SKLPKTVRTPTDSYIRSFFELLQNPKVSNEQFLNTAATLSFCEMIHNAQVNKRSIHNNYP 591
SK+PKT TPT Y+ FFEL+ + +V+ ++FLNT+A L+F E++ Q N RSIH YP
Sbjct 516 SKIPKTALTPTSEYVNKFFELITDEQVTKQRFLNTSALLAFAELVRYTQSN-RSIH--YP 572
Query 592 VHTFGRLTSKHDNSLYDEYIPFLERELRKAHQEKDSPRIQTYIMALGMIGEPKILSVFEP 651
VH+FG + SK DN+L + YIP++ +L +A ++ DS RIQTYIMALG G PK+LSVFEP
Sbjct 573 VHSFGHMVSKQDNALLETYIPYMANQLTEAIKDGDSRRIQTYIMALGNFGHPKVLSVFEP 632
Query 652 YLEGKQQMTVFQRTLMVGSLGKLTETNPKLARSVLYKIYLNTMESHEVRCTAVFLLMKTN 711
YLEG + FQR +MV SL +L+E P+LARSV +KIY+N ME++E+RC AV+++MKTN
Sbjct 633 YLEGTLPASTFQRLMMVVSLNRLSENFPRLARSVAFKIYMNIMEAYELRCAAVYVVMKTN 692
Query 712 PPLSMLQRMAEFTKLDTNRQVNSAVKSTIQSLMKLKSPEWKDLAKKARSVNHLLTHHEYD 771
PPL MLQRMAEFT D +R VNS +K+ I +L L+ PE++DLA KAR LL H
Sbjct 693 PPLVMLQRMAEFTNQDQDRHVNSVIKTNIDALANLEQPEFQDLAAKARIARELLNPHIDT 752
Query 772 YELSRGYIDEKILENQNIITHMILNYVGSEDSVIPRILYLTWYSSNGDIKVPSTKVLAMI 831
S+G++ +KI+ + N+ IL +GS+D+ +P+ YL Y S G +P +++ I
Sbjct 753 ESYSQGFLFKKIIPSLNMAEITILQIIGSQDTTVPKSSYLNIYQSYGGFNLPPSRMSYEI 812
Query 832 SSVKSFMEL------SLRSVKDRETIISAAEKIAEELKIVPEELVPLEGNLMINNKYALK 885
SS ++ +++ + + ++ II E+ E+L I E+ V EGN+ +N Y+ +
Sbjct 813 SSFRALLDMWYEMPWMIENETQKKLII---EETIEKLGIKGEDPVQFEGNIFVNTLYSSQ 869
Query 886 FFPFDKHILDK----LPTLISNYIEAVKEGKFMNVNMLDTYESVHSFPTETGLPFVYTFN 941
F P D + +++ +IS++ + K N+N L Y+ +FPTE+GLPF+YT
Sbjct 870 FSPLDNNTIEETINAFKRIISSWQRSSKNFTSENINYLHYYDMTVAFPTESGLPFIYTLT 929
Query 942 VIKLTKTS--GTVQAQINPDFAFIVNSNLRLTFSKNVQGRVGFVTPFEHRHFISGIDSNL 999
V KL + + G + F + + + K VQ R+GFVTPFEHRH+++GID+N
Sbjct 930 VPKLLRINIGGGHKGSKTEHFKELTAAGYIMVHEK-VQSRIGFVTPFEHRHYVAGIDTNT 988
Query 1000 HVYAPLKISLDVNTPKGNMQWK--IWPMK----GEEKSRLFHYSVVPFVSNHDILNLRPL 1053
+ PL +S+ VNT + N ++K + P K G S + H+SVVP+ + ++IL+L
Sbjct 989 RLVTPLGLSISVNTTEENKKFKLTLQPSKYIRYGTGHSTV-HFSVVPYTARNNILDLE-- 1045
Query 1054 SMEKGTRPMIPDDNTSLALPKNEGPFRLNVETAKTNEEMWELIDTEKLTDRLPYPWTMDN 1113
DN +L + E P ++ + W + L D
Sbjct 1046 ------HDFSKQDNDTLPVHTKE-PHEIHFYISN-----WMFVAKSDLIDSKASEKQGME 1093
Query 1114 ERYVKVDMYMNLEG---EQKDPVIF------STSFDSKVMTRPDTDSENWT-PKMMAVEP 1163
V+++ N G + D +++ S+D + D+DS T P ++ EP
Sbjct 1094 AIKETVNLFCNSRGAYYRRFDGLMYFGEVRIRASYD---FAKLDSDSSEATIPTIVNKEP 1150
Query 1164 TDKQANSKTRRQEMMREAGRGIESAKSYVVDVRVHVPGESESETVLTLAWSESNVESKGR 1223
+S+ R+++ ++E G+ + SA YV D+ + + + V TLA+S S ++ K +
Sbjct 1151 -----DSEERKKQFLKEVGKNMNSAYGYVFDMSIDQGFDVQ---VFTLAYSYSQIDHKSQ 1202
Query 1224 LLGFWRVEMPRSNADYEVCIGSQIMVSPETLLSYDEKMDQKPKMDFNVDIRYGKNCGKGE 1283
L +W V+ Y + S L+ ++ ++Q P +F +IR G N + E
Sbjct 1203 ALFYWNVQSVDDPKIYAELGAIGYVKSKSISLNPEKALEQIPNDEFKAEIRLGNNFNE-E 1261
Query 1284 RIDMNGKLRQSPRLKELVGATSIIKDCVEDMKRGNKILRTCQKAVVLSMLLDEVDISMEV 1343
I + G ++ +K++ + I+K C +DMK+GN +L CQKA L D + +S++
Sbjct 1262 MIKLEGNWTRTDDVKDMAMKSEIVKKCRQDMKQGNILLPACQKANKLINQKDLLMMSIDT 1321
Query 1344 PSDALIALYSQGLFSLSEIDNLDVSLDVSNPKNAGKKKIDVRAKLNEYLDKADVIVNTPI 1403
SD L A ++G+ + + + + ++ N +++ K ID+ K+ D A + + T
Sbjct 1322 TSDILYASANRGILWIQSLISENY-VETMNLRSSSKNTIDMEIKMLPDNDDAKISLRT-- 1378
Query 1404 MDAHFKDVKLSDFGFSTEDILDTADEDLLINNVFYE---DETSCMLDKTRAQTFDGKDYP 1460
+D FS +DI+ D ++ + + F E DE+ C+LDKT A TFDGK YP
Sbjct 1379 --------SQADVSFSLKDIIGN-DSNVSMKDTFKEQLDDESVCVLDKTHAVTFDGKVYP 1429
Query 1461 LRLGPCWHAVMTTYPRINPDNHNEKLHIPKDKSVSVLSRENEAGQKEVKVLLGSDKIKFV 1520
L+LG CWH +MT YP+ +P+N + L IP D V+++E + G K++K++LG ++ +
Sbjct 1430 LKLGKCWHVMMTIYPKRDPNNFEKTLSIPSDMRAIVMAQEMDDGSKQIKMILGDQEVH-L 1488
Query 1521 PGTTSQPEVFVNGEKIVVSRNKAYQKVEENEIIFEIYKMGDRFIGLTSDKFDVSLALDGE 1580
+ E V+GE S +K++Q+ + FEIY + I + S +++++ DGE
Sbjct 1489 QKSGDCLEASVDGETANFSDHKSHQEKD-----FEIYG-SNETITVFSPTYEITVEYDGE 1542
Query 1581 RVMLKASEDYRYSVRGLCGNFDHDSTNDFVGPKNCLFRKPEHFVASYALISNQCEGDSLN 1640
++L S++Y +VRGLCGN+D NDF+ P+NC+ K E F A+YA+ C+G +
Sbjct 1543 HILLMISDNYLNAVRGLCGNYDTQPNNDFIIPENCILTKAEEFAATYAMTQESCQGPAPE 1602
Query 1641 VAKSLQDHDCIRQERTQQRNVISDSESGRLDTEMSTWGYH 1680
+ + C+ + + +VISD E+GR T+ WGYH
Sbjct 1603 NKRKAEQSTCMSRSY-RPSDVISDREAGRSSTKNRGWGYH 1641
>VIT2_CAEEL unnamed protein product
Length=1613
Score = 103 bits (256), Expect = 1e-21, Method: Compositional matrix adjust.
Identities = 264/1232 (21%), Positives = 490/1232 (40%), Gaps = 199/1232 (16%)
Query 622 HQEKDSPRIQTYIMALGMIGEPKI-LSVF---EPYLEGKQQMTVFQRTLMVGSLGKLTET 677
Q KD+ I+AL IG + +SV E ++ +Q + V R + +L L +T
Sbjct 497 QQYKDAETTYEKILALKTIGNAGLDISVNQLNEIIVDKRQPLPV--RKEAIDALRLLKDT 554
Query 678 NPKLARSVLYKIYLNTMESHEVRCTAVFLLMKTNPPLSMLQRMAEFTKLDTNRQVNSAVK 737
P+ + VL IY N E+R A++ +M T P S+L ++ + +TN+QV +
Sbjct 555 MPRKIQKVLLPIYKNRQYEPEIRMLALWRMMHTRPEESLLVQVVSQMEKETNQQVAALTH 614
Query 738 STIQSLMKLKSPEWKDLAKKARSVNHLLTHHEYDYELSRGYIDEKI-LENQNIITHMILN 796
I+ +P ++ +A V + + ++ Y + L+N
Sbjct 615 QMIRHFAMSTNPCYQRVAIVCSKVLSFTRYQPQEQMIASSYAQLPLFLQNSFSGAQFDFA 674
Query 797 YVGSEDSVIPRILYLT-----------WYSSNGDIKVPSTKVLAM-ISSVKSFMELSLRS 844
+ ++S +P+ L+ + +++ G + K + M + ++S + S
Sbjct 675 AIFEKNSFLPKDLHASLDAVFGGNWNKYFAQIGFSQQHMDKYVQMALEKLESLEKESTTV 734
Query 845 VKDR--ETIISAAEKIAEELKIV--PEELVPLEGNLMINNKYA---LKFFPFDKHILDKL 897
V+ R +T I +++A+++ I P + M+ +Y F P D+ +++ L
Sbjct 735 VRGRRIQTGIKLLKELAQKMNIRARPATYTEKDAFAMVYLRYKDMDYAFLPIDRQLVENL 794
Query 898 -PTLISN----YIEAVK----EGKFMNVNMLDTYESVHSFPTETGLPFVYTFNVIKLTKT 948
SN + E + E +F + YE++ FPT GLP + + +
Sbjct 795 IEKFTSNGKVQFSEIRRLLNQELEFETHHAAYFYEAIRKFPTTLGLPLTISGKIPTVISA 854
Query 949 SGTVQAQINPDFAFIVNSNLRLTFSKNVQGR--VGFVTPFEHRHFI----SGIDS--NLH 1000
G ++ + LRLT V+ R V +E R F G+ S ++
Sbjct 855 EGQFSLELE-------GTELRLT----VEARPSVAATHVYEMRMFTPLFEQGVKSVQSVR 903
Query 1001 VYAPLKISLDVNTPKGNMQWKIWPMKGEEKSRLFHYSVVPFVSNHDILNLRPLSMEKGTR 1060
Y P+KI + G +++ Y VV + I++L TR
Sbjct 904 AYTPIKIQ---------------AVAGMKRNFEIVYKVVVPENQKSIVSL-------TTR 941
Query 1061 PMIPDDNTSLALPKNEGPFRLNVETAKTNEEMWELIDTEKLTDRLPYPWTMDNERYVKVD 1120
P++ L P +E I+ E+ T +P W + KV
Sbjct 942 PVV-----FLRFPGFSK---------------FEYIEAEERTVVVP-QWQQKTQEIEKVF 980
Query 1121 MYMNLEGEQKDPVIFSTSFDSKVMTRPD----TDSENWTPKMMA------VEPTD----- 1165
++ LE + ++ + ++ ++ D +++N + A +E T+
Sbjct 981 NFLGLEVSTRGNILNQHTLENWLLAEQDFEVSVENKNRPAEFTARLTVGQLEKTELSQIK 1040
Query 1166 -----------KQANSKTRRQEMMREAGRGIESAKSY--VVDVRVHVPGESESETVLTLA 1212
+Q N+++RR E + + I+ + Y V+ +++ P + T LT
Sbjct 1041 YNKIFEKEFELEQENTESRR-EYFNKMVKNIQKEQGYKSVISLKLEAPRDYTMNTELT-- 1097
Query 1213 WSESNVESKGRLLGFWRVEMPRS---NADYEVCIGSQIMV-SPETLLSYDEKMDQKPKMD 1268
V K + W VE+ RS E + SQ++V PE S + DQ P +
Sbjct 1098 ----TVCDKQVRMCQWEVEIRRSPILEETKEWTLRSQLLVVRPEMPSSLRQLRDQ-PHRE 1152
Query 1269 FNVDIRYGKNCGKGERIDMNGKLRQSPRLKELVGATSIIKDCVEDMKRGNKILRTCQKAV 1328
+ + K + +N +L+QS K+ + ++ G KA
Sbjct 1153 VQLSLTSTWGSQKKSEVTVNAQLQQSKEQKKY-------ERNMDRQFNGMPEYELLIKAA 1205
Query 1329 VLSMLLDEVDISMEVPSDALIALYSQGLFSLSEIDNL-DVSLDVSNPKNAGKKKIDVRAK 1387
L+ + + + ++ ++A Y F L + N VS S P+N ++ V+
Sbjct 1206 RLNQINAVAEYKLTRETEQVLARY----FDLVKTYNYWTVS---SRPENNENDRVVVQLT 1258
Query 1388 LNEYLDK-ADVIVNTPIMDAHFKDVKLSDFGFSTEDILDTADEDLLINNVFYEDETSCML 1446
+ + ++ + +P+ K+V++ L + + + + + + C +
Sbjct 1259 VEPMSRQYVNITMQSPMERIELKNVQVPRV------YLPSIAQRSVKHQLTEASGSVCKV 1312
Query 1447 DKTRAQTFDGKDYPLRLGPCWHAVMTTYPRINPDNHNEKLHIPKDKSVSVLSRENEAGQK 1506
K + +TFD Y L C Y I D E + +VLS++ E +
Sbjct 1313 QKNQIRTFDDVLYNTPLTTC-------YSLIAKDCSEEP-------TFAVLSKKTEKNSE 1358
Query 1507 E--VKVLLGSDKIKFVPGTTSQPEVFVNGEKIVVSRNKAYQ--KVEENEIIFEIYKMGDR 1562
E +KV+ G +I + V V+G+KI AYQ ++ E+ I+ E+ + R
Sbjct 1359 EMIIKVIRGEQEI-VAQLQNEEIRVKVDGKKIQSEDYSAYQIERLGESAIVIELPEGEVR 1417
Query 1563 FIGLTSDKFDVSLALDGERVMLKASEDYRYSVRGLCGNFDHDSTNDFVGPKNCLFRKPEH 1622
F G T + L S + + GLCGN D +STN+F N E
Sbjct 1418 FDGYT-----IKTQL--------PSYSRKNQLCGLCGNNDDESTNEFYTSDNTETEDIEE 1464
Query 1623 FVASYALISNQCEGDSLNVAKSLQDHDCIRQERTQQRNVISDSESGRLDTEMS--TWGYH 1680
F SY L + +CE + +++ R E +Q + S E+ + E + +
Sbjct 1465 FHRSYLLKNEECEAEEERLSEKKNYRKYERDE--EQSDEYSSEETYDYEQENTKKSQKNQ 1522
Query 1681 HNVNKHCTIHRTQVKETDDKICFTMRPVVSCASGCTAVETKSKPYKFHCMEK-NEAAMKL 1739
+ K + +TQ+KE +ICF++ PV C G + + + +F C+++ N A +L
Sbjct 1523 RSQKKSDLVEKTQIKEFSHRICFSVEPVAECRRGYEVEQQQQRKIRFTCLQRHNRDASRL 1582
Query 1740 KKRIEKGANP-DLSQKPVSTTEELTVPFVCKA 1770
K E P L PVS E + VP C A
Sbjct 1583 LK--ESRQQPLQLDDYPVSFVESVKVPTACVA 1612
Score = 45.8 bits (107), Expect = 4e-04, Method: Compositional matrix adjust.
Identities = 55/284 (19%), Positives = 117/284 (41%), Gaps = 39/284 (14%)
Query 2 LLLLTLLLFAGTVAADFQHNWQVGNEYTYLVRSRTLTSLGDLSDVHTGILIKALLTVQAK 61
+++ +L+ A + F+ ++ +Y Y L+ L S + I A +QA
Sbjct 4 IIIASLVALALASSPAFERTFEPKTDYHYKFDGLVLSGLPSASSELSQSRISARARIQAV 63
Query 62 DSNVLAAKVWNGQYARVQ----QSMP---DGWETEISDQMLELRDLPISGKPFQIRMKHG 114
D + ++ N + A + MP + E+S++ ++ +LP+ + +++G
Sbjct 64 DDRYIHLQLVNIRMAASHLPESEQMPSLNSMEQRELSEEYKQMLELPLRAQ-----LRNG 118
Query 115 LIRDLIVDRDVPTWEVNILKSIVGQLQVDTQGENAVKVNSVQVPTDDEPYA----SFKAM 170
LI +L D++ W N+ +++V + + ++ ++ D E + SF
Sbjct 119 LISELQFDKEDAEWSKNMKRAVVNMISFNPIAPRN-EIEKIESSYDKEEQSEENTSFFTN 177
Query 171 EDSVGGKCEVLYDIAPLSDFVIHRSPELVPMPTLKGDGRHMEVIKIKNFDNCDQRINYHF 230
E ++ G C+V Y T+ + + + K NFD C +R +
Sbjct 178 EKTLEGDCQVAY--------------------TVIREQKKTIITKSINFDKCTERSEIAY 217
Query 231 GMTDNSRLEPGTNKNGKFFSRSSTSRIVI-SESLKHFTIQSSVT 273
G+ +S P K+ + + V+ +E LK ++S T
Sbjct 218 GLRYSSEC-PECEKDTELIRPQTVYTYVLENEELKESEVRSLYT 260
>CLOT_PENMO unnamed protein product
Length=1670
Score = 67.4 bits (163), Expect = 1e-10, Method: Compositional matrix adjust.
Identities = 69/287 (24%), Positives = 114/287 (40%), Gaps = 48/287 (17%)
Query 1443 SCMLDKTRAQTFDGKDYPLRLGPCWHAVMTTYPRINPDNHNEKLHIPKDKSVSVLSRENE 1502
SC +D+T+ +T DGK + CW+A+ L D+ ++L R
Sbjct 1391 SCTIDETKVRTADGKVFAYEPSECWNAM--------------TLDTTFDQRGAMLVRNT- 1435
Query 1503 AGQKEVKVLLGSDKIKFVPGTTSQPEVFVNGEKIVVSRNKAYQKVEENEIIFEIYKMGDR 1562
GQ EV+++ + + S VNGE + N+ Y + ++ +++ G
Sbjct 1436 -GQWEVRIIWQKEGLVI---DMSPTNFLVNGEPAKGTDNR-YTVLHHDDSHTIVFESGTS 1490
Query 1563 FIGLTSDKFDVSLALDGERVMLKASEDYRYSVRGLCGNFDHDSTNDFVGPKNCLFRKPEH 1622
SDK +V L LD +R G+CGNFD + +ND VGPK C +
Sbjct 1491 V--KVSDKVEVLLGLD-----------HRGHTTGICGNFDGEPSNDMVGPKGCYYTDGPL 1537
Query 1623 FVASYALISNQCEGDSLNVAKSLQDHDCIRQERTQQRNVISDSESGRLDTEMSTWGYHHN 1682
F S+A + EG + + K+L +R+V+ E+ T T H +
Sbjct 1538 FALSWA---SPGEGCASFMYKNL------------KRDVVWYQENCPHFTYEPTGVTHAD 1582
Query 1683 VNKHCTIHRTQVKETDDKICFTMRPVVSCASGCTAVETKSKPYKFHC 1729
CT + C + P+ C C A + ++ C
Sbjct 1583 ALYDCTEWVYHQRTEGQYHCKALSPMPVCRPECVASHPITTSVEYEC 1629
Score = 62.0 bits (149), Expect = 5e-09, Method: Compositional matrix adjust.
Identities = 54/206 (26%), Positives = 94/206 (46%), Gaps = 9/206 (4%)
Query 561 EQFLNTAATLSFCEMIHNAQVNKRSIHNNYPVHTFGRLTSKHDNSLYDEYIPFLERELRK 620
E ++ ++F + H+A +++ H Y ++ G T+ + +IP+L REL
Sbjct 495 EGLHHSLGLMNFATLAHDACLSEDRKHF-YFDYSCGPKTTCDPELIITNFIPYLVREL-- 551
Query 621 AHQEKDSPRIQTYIMALGMIGEPKILSVFEPYLEGKQQMTVFQRTLMVGSLGKLTETNPK 680
+Q KD + Y+ AL +G P+ ++V +P + G + +F RT + SL
Sbjct 552 GNQGKDVWQRLIYLQALSNLGTPQTINVLKPIILGVTETNIFMRTNAIWSLSAYNMHKTA 611
Query 681 LAR--SVLYKIYLNTMESHEVRCTAVFLLMKTNPPLSMLQRMAEFTKLDTNRQVNSAVKS 738
L++ +L I N E E+R A L P + Q++A T D + Q + V +
Sbjct 612 LSQIYEILMPIIENKGEQFEIRNIAFLTLATWGPGHAWWQQLAVSTWHDPSPQFANFVTT 671
Query 739 TIQSLMKLKSPEWKDLAKKARSVNHL 764
TI S+ S LA+ + HL
Sbjct 672 TIYSI----SDSHTKLAETVSRIKHL 693
>VIT6_CAEEL unnamed protein product
Length=1651
Score = 65.1 bits (157), Expect = 5e-10, Method: Compositional matrix adjust.
Identities = 72/291 (25%), Positives = 124/291 (43%), Gaps = 33/291 (11%)
Query 1441 ETSCMLDKTRAQTFDGKDYPLRLGPCWHAVMTTYPRINPDNHNEKLHIPKDKSVSVLSRE 1500
+ +C++ T+ TFD Y + PC Y + D +EK + + V ++ +
Sbjct 1339 QANCVVKSTKINTFDQVAYRNQFTPC-------YSVLAKDCGSEK---SEPRFVVLMKKI 1388
Query 1501 NEAGQ-KEVKVLLGSDKIKFVPGTTSQPEVFVNGEKIVVSRNKAYQKVEENEIIFEIYKM 1559
NE + K VKV+ G ++I+ T VNGE+I +K + N II+ +
Sbjct 1389 NEKKEWKNVKVVYGENEIEMY-KTEEGLICRVNGEEIEYQPESEIEKKQYN-IIW----L 1442
Query 1560 GDRFIGLTSDKFDVSLALDGERVMLKASEDYRYSVRGLCGNFDHDSTNDFVGPKNCLFRK 1619
+ SD DV++ DG + S YR GLCG++D++ +F +N
Sbjct 1443 NKNTLKFDSD--DVTVQFDGVNARIHLSALYRNQQCGLCGHYDNEKETEFYDAENQENTI 1500
Query 1620 PEHFVASYALISNQCEGDSLNVAKSLQDHDCIRQERTQQRNVISDSESGRLDTEMSTWGY 1679
P+ F SY ++C + + +E QR I ++ D EM+
Sbjct 1501 PK-FAKSYLYKDSKCNY----------EREMFEKEENFQR--IEKNQEEEKDQEMNYEES 1547
Query 1680 HHNVNKHCTIHRTQVKETDDKICFTMRPVVSCASGCTAVETKSKPYKFHCM 1730
+ T + + E +ICFT +PV+ C +G + K K +C+
Sbjct 1548 RREQDDEPT-EQVAIVERQHEICFTQKPVLRCQNGKSQESKKQKVTSVYCL 1597
Score = 57.4 bits (137), Expect = 1e-07, Method: Compositional matrix adjust.
Identities = 74/311 (24%), Positives = 126/311 (41%), Gaps = 35/311 (11%)
Query 21 NWQVGNEYTYLVRSRTLTSLGDLSDVHTGILIKALLTVQAKDSNVLAAKVWNGQYARVQQ 80
+++ G EY YL + L S +++ +T+Q D N + ++ ++A QQ
Sbjct 33 SFRAGREYRYLFNGQLSAGLPVPSTPQGISRLQSQVTLQWTDGNTVRMQLQKTRFATSQQ 92
Query 81 S------MPDGWETEISDQMLELRDLPISGKPFQIRMKHGLIRDLIVDRDVPTWEVNILK 134
+P E+ E ++L P + +HGL+R++ + W NI +
Sbjct 93 ESNSMKMLPFERFEEVERMNREHQEL--LSMPVEFDYEHGLVREIRFAENDQPWSENIKR 150
Query 135 SIVGQLQVDTQGENAVKVNSVQVPTDDEPYASFKAMEDSVGGKCEVLYDIAPLSDFVIHR 194
+++ LQV+ + K + + EP SF +E ++ G+CEVLY + +
Sbjct 151 AVINMLQVNILKKE--KYEGAEKSDNQEPTFSFTNVERTLEGECEVLYTVEEIKK----- 203
Query 195 SPELVPMPTLKGDGRHMEVIKIKNFDNCDQRINYHFGMTDNSRLEPGTNKNGKFFSRSST 254
+ + R + I NFD C +R H T + T + K S
Sbjct 204 ----------EDEQRWAKSI---NFDKCTRRPYIHHVQTPVCKDCQQTLEQDKMSSTVLN 250
Query 255 SRIVISESLKHFTIQSSVTTSKMMVSPRLYDRQ--NGLVLSRMNLTLAKMEKTSKPLPMV 312
I + S F I S S+ + +P Q + L+ M L A +KT + V
Sbjct 251 YNITGTSS--SFLINSVELRSQHLFAPISEKHQLVSAFTLNTMELIYAGEKKTE--IKQV 306
Query 313 DNPESTGNLVY 323
N E T LVY
Sbjct 307 RN-EKTSELVY 316
Score = 42.7 bits (99), Expect = 0.003, Method: Compositional matrix adjust.
Identities = 75/365 (21%), Positives = 147/365 (40%), Gaps = 48/365 (13%)
Query 634 IMALGMIGEPKI-LSVF--EPYLEGKQQMTVFQRTLMVGSLGKLTETNPKLARSVLYKIY 690
++AL + + LSV+ E + +Q T RT + S +L P + VL +Y
Sbjct 537 VLALKTLANAGLDLSVYPLEKIILNEQHETTI-RTQAIESFRRLRTQMPTKIQRVLMPVY 595
Query 691 LNTMESHEVRCTAVFLLMKTNPPLSMLQRMAEFTKLDTNRQVNSAVKSTIQSLMKLKSPE 750
LN + +R +A+ ++ T P S+L ++ + + N+QV + S ++S +SP
Sbjct 596 LNRQQPQHIRMSALHQIIYTQPEWSVLSQIGNQLRQERNQQVRAFTLSLLRSYANNESPC 655
Query 751 WKDLAKKARSV--NHLLTHHEYD-YELSRGYIDEKILENQNIITHMILNYVGSEDSVIPR 807
+ + + +S+ N + E D +E G +Q+ + +E SV+P
Sbjct 656 EQTFSSRVQSLLNNIPFSSQEIDRFESVYGKWSTYSRRHQSGFEANFASLFTTE-SVLPT 714
Query 808 ILYLTWYSSNGDIKVPSTKVLAMISSVKSFMELSLRSV------KDRETIISAAEK---- 857
+ S G + + A I + ME ++ + K E I+ ++
Sbjct 715 EMMA---SIEGVLSGEWNQYFAQIGFTQKNMEKIIKKLLSNVQEKGLEQIVVRGKRASGS 771
Query 858 ---------IAEELKIVPEELVPLEGNLMINNKYA---LKFFPFDKHILDKLPTLISNYI 905
+ E+L+I + + + + ++ F P D D +P ++ + I
Sbjct 772 FQPTEFLSNLLEKLRITRRQSSEQDPHAFVYIRHRDMDYAFLPID---ADSIPEVVRSMI 828
Query 906 EA-----------VKEG-KFMNVNMLDTYESVHSFPTETGLPFVYTFNVIKLTKTSGTVQ 953
+ + +G F N YE+V PT GLP +T + ++ G V
Sbjct 829 QGGRLEIGDIERVLAQGIHFSASNAAFLYETVRRVPTPMGLPVQFTSKMPTISSIRGQVT 888
Query 954 AQINP 958
++ P
Sbjct 889 FELEP 893
>G8JY38_CAEEL unnamed protein product
Length=1558
Score = 57.4 bits (137), Expect = 1e-07, Method: Compositional matrix adjust.
Identities = 217/1066 (20%), Positives = 417/1066 (39%), Gaps = 191/1066 (18%)
Query 622 HQEKDSPRIQTYIMALGMIGEPKI-LSVF---EPYLEGKQQMTVFQRTLMVGSLGKLTET 677
Q KD+ I+AL IG + +SV E ++ +Q + V R + +L L +T
Sbjct 497 QQYKDAETTYEKILALKTIGNAGLDISVNQLNEIIVDKRQPLPV--RKEAIDALRLLKDT 554
Query 678 NPKLARSVLYKIYLNTMESHEVRCTAVFLLMKTNPPLSMLQRMAEFTKLDTNRQVNSAVK 737
P+ + VL IY N E+R A++ +M T P S+L ++ + +TN+QV +
Sbjct 555 MPRKIQKVLLPIYKNRQYEPEIRMLALWRMMHTRPEESLLVQVVSQMEKETNQQVAALTH 614
Query 738 STIQSLMKLKSPEWKDLAKKARSVNHLLTHHEYDYELSRGYIDEKI-LENQNIITHMILN 796
I+ +P ++ +A V + + ++ Y + L+N
Sbjct 615 QMIRHFAMSTNPCYQRVAIVCSKVLSFTRYQPQEQMIASSYAQLPLFLQNSFSGAQFDFA 674
Query 797 YVGSEDSVIPRILYLT-----------WYSSNGDIKVPSTKVLAM-ISSVKSFMELSLRS 844
+ ++S +P+ L+ + +++ G + K + M + ++S + S
Sbjct 675 AIFEKNSFLPKDLHASLDAVFGGNWNKYFAQIGFSQQHMDKYVQMALEKLESLEKESTTV 734
Query 845 VKDR--ETIISAAEKIAEELKI--VPEELVPLEGNLMINNKYA---LKFFPFDKHILDKL 897
V+ R +T I +++A+++ I P + M+ +Y F P D+ +++ L
Sbjct 735 VRGRRIQTGIKLLKELAQKMNIRARPATYTEKDAFAMVYLRYKDMDYAFLPIDRQLVENL 794
Query 898 -PTLISN----YIEAVK----EGKFMNVNMLDTYESVHSFPTETGLPFVYTFNVIKLTKT 948
SN + E + E +F + YE++ FPT GLP + + +
Sbjct 795 IEKFTSNGKVQFSEIRRLLNQELEFETHHAAYFYEAIRKFPTTLGLPLTISGKIPTVISA 854
Query 949 SGTVQAQINPDFAFIVNSNLRLTFSKNVQGR--VGFVTPFEHRHFI----SGIDS--NLH 1000
G ++ + LRLT V+ R V +E R F G+ S ++
Sbjct 855 EGQFSLELE-------GTELRLT----VEARPSVAATHVYEMRMFTPLFEQGVKSVQSVR 903
Query 1001 VYAPLKISLDVNTPKGNMQWKIWPMKGEEKSRLFHYSVVPFVSNHDILNLRPLSMEKGTR 1060
Y P+KI + G +++ Y VV + I++L TR
Sbjct 904 AYTPIKIQ---------------AVAGMKRNFEIVYKVVVPENQKSIVSL-------TTR 941
Query 1061 PMIPDDNTSLALPKNEGPFRLNVETAKTNEEMWELIDTEKLTDRLPYPWTMDNERYVKVD 1120
P++ L P +E I+ E+ T +P W + KV
Sbjct 942 PVV-----FLRFPGFSK---------------FEYIEAEERTVVVP-QWQQKTQEIEKVF 980
Query 1121 MYMNLEGEQKDPVIFSTSFDSKVMTRPD----TDSENWTPKMMA------VEPTD----- 1165
++ LE + ++ + ++ ++ D +++N + A +E T+
Sbjct 981 NFLGLEVSTRGNILNQHTLENWLLAEQDFEVSVENKNRPAEFTARLTVGQLEKTELSQIK 1040
Query 1166 -----------KQANSKTRRQEMMREAGRGIESAKSY--VVDVRVHVPGESESETVLTLA 1212
+Q N+++RR E + + I+ + Y V+ +++ P + T LT
Sbjct 1041 YNKIFEKEFELEQENTESRR-EYFNKMVKNIQKEQGYKSVISLKLEAPRDYTMNTELT-- 1097
Query 1213 WSESNVESKGRLLGFWRVEMPRS---NADYEVCIGSQIM-VSPETLLSYDEKMDQKPKMD 1268
V K + W VE+ RS E + SQ++ V PE S + DQ P +
Sbjct 1098 ----TVCDKQVRMCQWEVEIRRSPILEETKEWTLRSQLLVVRPEMPSSLRQLRDQ-PHRE 1152
Query 1269 FNVDIRYGKNCGKGERIDMNGKLRQSPRLKELVGATSIIKDCVEDMKRGNKILRTCQKAV 1328
+ + K + +N +L+QS K+ + ++ G KA
Sbjct 1153 VQLSLTSTWGSQKKSEVTVNAQLQQSKEQKKY-------ERNMDRQFNGMPEYELLIKAA 1205
Query 1329 VLSMLLDEVDISMEVPSDALIALYSQGLFSLSEIDNL-DVSLDVSNPKNAGKKKIDVRAK 1387
L+ + + + ++ ++A Y F L + N VS S P+N ++ V+
Sbjct 1206 RLNQINAVAEYKLTRETEQVLARY----FDLVKTYNYWTVS---SRPENNENDRVVVQLT 1258
Query 1388 LNEYLDK-ADVIVNTPIMDAHFKDVKLSDFGFSTEDILDTADEDLLINNVFYEDETSCML 1446
+ + ++ + +P+ K+V++ L + + + + + + C +
Sbjct 1259 VEPMSRQYVNITMQSPMERIELKNVQVPRV------YLPSIAQRSVKHQLTEASGSVCKV 1312
Query 1447 DKTRAQTFDGKDYPLRLGPCWHAVMTTYPRINPDNHNEKLHIPKDKSVSVLSRENEAGQK 1506
K + +TFD Y L C Y I D E + +VLS++ E +
Sbjct 1313 QKNQIRTFDDVLYNTPLTTC-------YSLIAKDCSEE-------PTFAVLSKKTEKNSE 1358
Query 1507 E--VKVLLGSDKIKFVPGTTSQPEVFVNGEKIVVSRNKAYQ--KVEENEIIFEIYKMGDR 1562
E +KV+ G +I + V V+G+KI AYQ ++ E+ I+ E+ + R
Sbjct 1359 EMIIKVIRGEQEI-VAQLQNEEIRVKVDGKKIQSEDYSAYQIERLGESAIVIELPEGEVR 1417
Query 1563 FIGLTSDKFDVSLALDGERVMLKASEDYRYSVRGLCGNFDHDSTND 1608
F G T + L S + + GLCGN D + +++
Sbjct 1418 FDGYT-----IKTQL--------PSYSRKNQLCGLCGNNDDEYSSE 1450
Score = 51.6 bits (122), Expect = 8e-06, Method: Compositional matrix adjust.
Identities = 28/84 (33%), Positives = 43/84 (51%), Gaps = 4/84 (5%)
Query 1689 IHRTQVKETDDKICFTMRPVVSCASGCTAVETKSKPYKFHCMEK-NEAAMKLKKRIEKGA 1747
+ +TQ+KE +ICF++ PV C G + + + +F C+++ N A +L K E
Sbjct 1476 VEKTQIKEFSHRICFSVEPVAECRRGYEVEQQQQRKIRFTCLQRHNRDASRLLK--ESRQ 1533
Query 1748 NP-DLSQKPVSTTEELTVPFVCKA 1770
P L PVS E + VP C A
Sbjct 1534 QPLQLDDYPVSFVESVKVPTACVA 1557
Score = 45.4 bits (106), Expect = 5e-04, Method: Compositional matrix adjust.
Identities = 55/284 (19%), Positives = 117/284 (41%), Gaps = 39/284 (14%)
Query 2 LLLLTLLLFAGTVAADFQHNWQVGNEYTYLVRSRTLTSLGDLSDVHTGILIKALLTVQAK 61
+++ +L+ A + F+ ++ +Y Y L+ L S + I A +QA
Sbjct 4 IIIASLVALALASSPAFERTFEPKTDYHYKFDGLVLSGLPSASSELSQSRISARARIQAV 63
Query 62 DSNVLAAKVWNGQYARVQ----QSMP---DGWETEISDQMLELRDLPISGKPFQIRMKHG 114
D + ++ N + A + MP + E+S++ ++ +LP+ + +++G
Sbjct 64 DDRYIHLQLVNIRMAASHLPESEQMPSLNSMEQRELSEEYKQMLELPLRAQ-----LRNG 118
Query 115 LIRDLIVDRDVPTWEVNILKSIVGQLQVDTQGENAVKVNSVQVPTDDEPYA----SFKAM 170
LI +L D++ W N+ +++V + + ++ ++ D E + SF
Sbjct 119 LISELQFDKEDAEWSKNMKRAVVNMISFNPIAPRN-EIEKIESSYDKEEQSEENTSFFTN 177
Query 171 EDSVGGKCEVLYDIAPLSDFVIHRSPELVPMPTLKGDGRHMEVIKIKNFDNCDQRINYHF 230
E ++ G C+V Y T+ + + + K NFD C +R +
Sbjct 178 EKTLEGDCQVAY--------------------TVIREQKKTIITKSINFDKCTERSEIAY 217
Query 231 GMTDNSRLEPGTNKNGKFFSRSSTSRIVI-SESLKHFTIQSSVT 273
G+ +S P K+ + + V+ +E LK ++S T
Sbjct 218 GLRYSSEC-PECEKDTELIRPQTVYTYVLENEELKESEVRSLYT 260
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011579.1 major royal jelly protein 1 precursor [Apis
mellifera]
Length=432
Score E
Sequences producing significant alignments: (Bits) Value
MRJP1_APIME unnamed protein product 901 0.0
YELL_DROME unnamed protein product 166 6e-46
YELF_DROME unnamed protein product 137 8e-36
YELF2_DROME unnamed protein product 131 1e-33
A0A0B4KG20_DROME unnamed protein product 33.1 0.53
>MRJP1_APIME unnamed protein product
Length=432
Score = 901 bits (2328), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 432/432 (100%), Positives = 432/432 (100%), Gaps = 0/432 (0%)
Query 1 MTRLFMLVCLGIVCQGTTGNILRGESLNKSLPILHEWKFFDYDFGSDERRQDAILSGEYD 60
MTRLFMLVCLGIVCQGTTGNILRGESLNKSLPILHEWKFFDYDFGSDERRQDAILSGEYD
Sbjct 1 MTRLFMLVCLGIVCQGTTGNILRGESLNKSLPILHEWKFFDYDFGSDERRQDAILSGEYD 60
Query 61 YKNNYPSDIDQWHDKIFVTMLRYNGVPSSLNVISKKVGDGGPLLQPYPDWSFAKYDDCSG 120
YKNNYPSDIDQWHDKIFVTMLRYNGVPSSLNVISKKVGDGGPLLQPYPDWSFAKYDDCSG
Sbjct 61 YKNNYPSDIDQWHDKIFVTMLRYNGVPSSLNVISKKVGDGGPLLQPYPDWSFAKYDDCSG 120
Query 121 IVSASKLAIDKCDRLWVLDSGLVNNTQPMCSPKLLTFDLTTSQLLKQVEIPHDVAVNATT 180
IVSASKLAIDKCDRLWVLDSGLVNNTQPMCSPKLLTFDLTTSQLLKQVEIPHDVAVNATT
Sbjct 121 IVSASKLAIDKCDRLWVLDSGLVNNTQPMCSPKLLTFDLTTSQLLKQVEIPHDVAVNATT 180
Query 181 GKGRLSSLAVQSLDCNTNSDTMVYIADEKGEGLIVYHNSDDSFHRLTSNTFDYDPKFTKM 240
GKGRLSSLAVQSLDCNTNSDTMVYIADEKGEGLIVYHNSDDSFHRLTSNTFDYDPKFTKM
Sbjct 181 GKGRLSSLAVQSLDCNTNSDTMVYIADEKGEGLIVYHNSDDSFHRLTSNTFDYDPKFTKM 240
Query 241 TIDGESYTAQDGISGMALSPMTNNLYYSPVASTSLYYVNTEQFRTSDYQQNDIHYEGVQN 300
TIDGESYTAQDGISGMALSPMTNNLYYSPVASTSLYYVNTEQFRTSDYQQNDIHYEGVQN
Sbjct 241 TIDGESYTAQDGISGMALSPMTNNLYYSPVASTSLYYVNTEQFRTSDYQQNDIHYEGVQN 300
Query 301 ILDTQSSAKVVSKSGVLFFGLVGDSALGCWNEHRTLERHNIRTVAQSDETLQMIASMKIK 360
ILDTQSSAKVVSKSGVLFFGLVGDSALGCWNEHRTLERHNIRTVAQSDETLQMIASMKIK
Sbjct 301 ILDTQSSAKVVSKSGVLFFGLVGDSALGCWNEHRTLERHNIRTVAQSDETLQMIASMKIK 360
Query 361 EALPHVPIFDRYINREYILVLSNKMQKMVNNDFNFDDVNFRIMNANVNELILNTRCENPD 420
EALPHVPIFDRYINREYILVLSNKMQKMVNNDFNFDDVNFRIMNANVNELILNTRCENPD
Sbjct 361 EALPHVPIFDRYINREYILVLSNKMQKMVNNDFNFDDVNFRIMNANVNELILNTRCENPD 420
Query 421 NDRTPFKISIHL 432
NDRTPFKISIHL
Sbjct 421 NDRTPFKISIHL 432
>YELL_DROME unnamed protein product
Length=541
Score = 166 bits (421), Expect = 6e-46, Method: Compositional matrix adjust.
Identities = 121/407 (30%), Positives = 208/407 (51%), Gaps = 37/407 (9%)
Query 35 HEWKFFDYDFGSDERRQDAILSGEYDYKNNYPSDIDQWHDKIFVTMLRY-NGVPSSLNVI 93
+ W D+ F + + A+ SG+Y +N P ++ + +++FVT+ R+ +G+P++L I
Sbjct 29 YSWSQLDFAFPNTRLKDQALASGDYIPQNALPVGVEHFGNRLFVTVPRWRDGIPATLTYI 88
Query 94 S-KKVGDGGPLLQPYPDWSFAKYDDCS-GIVSASKLAIDKCDRLWVLDSGLV---NNTQP 148
+ + G P L PYPDW DC+ I +A ++ +D+C RLWVLD+G V N T
Sbjct 89 NMDRSLTGSPELIPYPDWRSNTAGDCANSITTAYRIKVDECGRLWVLDTGTVGIGNTTTN 148
Query 149 MCSPKLLTFDLTTSQLLKQVEIPHDVAVNATTGKGRLSSLAVQSLDCNTNSD-TMVYIAD 207
C + FDLTT +++ E+P V N T +A ++D N D Y AD
Sbjct 149 PCPYAVNVFDLTTDTRIRRYELP-GVDTNPNT------FIANIAVDIGKNCDDAYAYFAD 201
Query 208 EKGEGLIVYHNSDDSFHRLTSNTFDY-DPKFTKMTIDGESYT-AQDGISGMALSPMTNN- 264
E G GLI Y + R +++++ + DP + G ++ ++GI GM+LSP+ ++
Sbjct 202 ELGYGLIAYSWELNKSWRFSAHSYFFPDPLRGDFNVAGINFQWGEEGIFGMSLSPIRSDG 261
Query 265 ---LYYSPVASTSLYYVNTEQFRTSDYQQNDIHYEGV---QNILDTQSSAKVVSKSGVLF 318
LY+SP+AS + V+T R + + D +++ V + ++ ++++V+S G+
Sbjct 262 YRTLYFSPLASHRQFAVSTRILR-DETRTEDSYHDFVALDERGPNSHTTSRVMSDDGIEL 320
Query 319 FGLVGDSALGCWNEHRTLERHNIRTVAQSDETLQMIASMKIKEALPHVPIFDRYINREYI 378
F L+ +A+GCW+ V + D L A +KI E + +
Sbjct 321 FNLIDQNAVGCWHSSMPYSPQFHGIVDRDDVGLVFPADVKIDE-------------NKNV 367
Query 379 LVLSNKMQKMVNNDFNFDDVNFRIMNANVNELILNTRCENPDNDRTP 425
VLS++M + +D ++ D NFRI A + LI NT C+ +N P
Sbjct 368 WVLSDRMPVFLLSDLDYSDTNFRIYTAPLATLIENTVCDLRNNAYGP 414
>YELF_DROME unnamed protein product
Length=429
Score = 137 bits (344), Expect = 8e-36, Method: Compositional matrix adjust.
Identities = 103/379 (27%), Positives = 171/379 (45%), Gaps = 36/379 (9%)
Query 56 SGEYDYKNNYPSDIDQWHDKIFVTMLRYN-GVPSSLNVI--SKKVGDGGPLLQPYPDWSF 112
SG + NN P + + ++FVT+ R G+PS+LN I +K P L+ YP+ +
Sbjct 70 SGSFIQYNNVPQGVTHFRGRLFVTVPRRQPGIPSTLNYIDLAKDGWSQSPHLRAYPNLAV 129
Query 113 AKYDDCS-GIVSASKLAIDKCDRLWVLDSGLV---NNTQPMCSPKLLTFDLTTSQLLKQV 168
+Y+ +VS + ++D C RLW +D+G++ NN Q + P + DL +LLK+
Sbjct 130 NQYNASEQNLVSVYRTSVDVCGRLWFVDTGMLEFPNNRQQIRHPSIWVIDLANDRLLKRF 189
Query 169 EIPHDVAVNATTGKGRLS-SLAVQSLDCNTNSDTMVYIADEKGEGLIVYHNSDDSFHRLT 227
EIP + G+G S ++ V + CN D YI D L VYH D
Sbjct 190 EIPQSIV---EIGRGLASITIDVGARRCN---DAYAYIPDLVNRRLHVYHLRSDRIWSFE 243
Query 228 SNTFDYDPKFTKMTIDGESYTAQDGISGMALSPM----TNNLYYSPVASTSLYYVNT--- 280
+ F++DP + I G+++ DGI L + ++++ P+AST+ + V+
Sbjct 244 HSFFNFDPLSDNLNIGGQTFRWDDGIFSATLGSYKPDGSRDVFFHPMASTNEFVVSNRVL 303
Query 281 -EQFRTSDYQQ-NDIHYEGVQNILDTQSSAKVVSKSGVLFFGLVGDSALGCWNEHRTLER 338
++F + +D H G + + K ++GV+FF V S +GCW +
Sbjct 304 QQEFNAARSDHGDDFHLLGTRGPSTQSTMHKYDPRTGVIFFAEVQKSGVGCWKTSKPFST 363
Query 339 HNIRTVAQSDETLQMIASMKIKEALPHVPIFDRYINREYILVLSNKMQKMVNNDFNFDDV 398
N +V + + + + I E YI V+SN M V + + +
Sbjct 364 ENHGSVYSNSSEMIYPSDLTIDE-------------EGYIWVMSNSMPIFVYSKLDVEKY 410
Query 399 NFRIMNANVNELILNTRCE 417
NFRI + T CE
Sbjct 411 NFRIWRQSTLLAKRGTVCE 429
>YELF2_DROME unnamed protein product
Length=452
Score = 131 bits (329), Expect = 1e-33, Method: Compositional matrix adjust.
Identities = 102/373 (27%), Positives = 173/373 (46%), Gaps = 38/373 (10%)
Query 63 NNYPSDIDQWHDKIFVTMLRYN-GVPSSLNVI--SKKVGDGGPLLQPYPDWSFAKYD-DC 118
NN P + ++FVTM R G+PS+LN I ++ + P L+ YP+++ +++
Sbjct 100 NNVPMGATHFRGRLFVTMPRRRVGIPSTLNYIDLAEDGSNRSPKLRAYPNFALNQFNASA 159
Query 119 SGIVSASKLAIDKCDRLWVLDSGLV---NNTQPMCSPKLLTFDLTTSQLLKQVEIPHDVA 175
+VS + ++D C RLW +D+G++ NN Q + P + DL T Q+LK+ ++P +A
Sbjct 160 ENLVSVYRTSVDACQRLWFIDTGMLEYPNNRQQIRRPSIWVVDLATDQVLKRFDVPESIA 219
Query 176 VNATTGKGRLSSLAVQSLDCNTNSDTMVYIADEKGEGLIVYHNSDDSFHRLTSNTFDYDP 235
TG+G L+S+ V + D YI D L VYH +D N F++DP
Sbjct 220 ---ETGRG-LASITVD-VKAGQCGDAYAYIPDLVYRRLYVYHLRNDRIWSFEHNYFNFDP 274
Query 236 KFTKMTIDGESYTAQDGISGMALSPM----TNNLYYSPVASTSLYYVNTEQFRT------ 285
++I G+++ DGI + L + + Y+ P+AST+ + V+ +
Sbjct 275 LSGDLSIGGQTFRWDDGIFSITLGAQKLDGSRDAYFHPMASTNEFVVSNRVLQQESNAAR 334
Query 286 SDYQQNDIHYEGVQNILDTQSSAKVVSK-SGVLFFGLVGDSALGCWNEHRTLERHNIRTV 344
SD+ ND G + TQS+ +GV+FF + + +GCW + + N +V
Sbjct 335 SDH-GNDFRVLGSRGP-STQSTMHAYDPGTGVIFFDEIQRNGVGCWKTSKPISAENYGSV 392
Query 345 AQSDETLQMIASMKIKEALPHVPIFDRYINREYILVLSNKMQKMVNNDFNFDDVNFRIMN 404
+ E + + + I E I V+SN M + + + NFRI
Sbjct 393 DSNAEDMIYPSDLSIDED-------------GTIWVMSNSMPIFIYSTLDTSIYNFRIWK 439
Query 405 ANVNELILNTRCE 417
+ T CE
Sbjct 440 QKASLAKRGTVCE 452
>A0A0B4KG20_DROME unnamed protein product
Length=1166
Score = 33.1 bits (74), Expect = 0.53, Method: Compositional matrix adjust.
Identities = 35/128 (27%), Positives = 54/128 (42%), Gaps = 5/128 (4%)
Query 56 SGEYDYKNNYPSDIDQ-WHDKIFVTMLRYNGVPSSLNVISKKVGDGGPLLQPYPDWSFAK 114
SG ++ P +Q +H V LR NG S+ + + DG LQ Y
Sbjct 680 SGSAQQADSQPPRQNQMYHAVSTVLTLRRNGASSTASEPLRPNLDGSHHLQEYTYKKITA 739
Query 115 YDDCSGIVSASKLAIDKCDRLWVLDS-GLVNNTQPMCSP--KLLTFDLTTSQLLKQVEIP 171
D CS I+ +C R+ L++ G P C P KLL +TS+L +V+I
Sbjct 740 CDVCSQILRGHTRQGLRC-RICKLNAHGDCAPNLPRCQPKQKLLRRQKSTSELENRVDIE 798
Query 172 HDVAVNAT 179
+ + +
Sbjct 799 EETGADKS 806
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Query= NP_001011580.1 major royal jelly protein 2 precursor [Apis
mellifera]
Length=452
Score E
Sequences producing significant alignments: (Bits) Value
MRJP1_APIME unnamed protein product 593 0.0
YELL_DROME unnamed protein product 167 7e-46
YELF2_DROME unnamed protein product 112 5e-27
YELF_DROME unnamed protein product 111 1e-26
>MRJP1_APIME unnamed protein product
Length=432
Score = 593 bits (1529), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 282/419 (67%), Positives = 340/419 (81%), Gaps = 4/419 (1%)
Query 1 MTRWLFMVACLGIACQGAIVRENSPRNLEKSLNVIHEWKYFDYDFGSEERRQAAIQSGEY 60
MTR LFM+ CLGI CQG +L KSL ++HEWK+FDYDFGS+ERRQ AI SGEY
Sbjct 1 MTR-LFMLVCLGIVCQGTTGNILRGESLNKSLPILHEWKFFDYDFGSDERRQDAILSGEY 59
Query 61 DHTKNYPFDVDQWRDKTFVTILRYDGVPSTLNVISGKTGKGGRLLKPYPDWSFAEFKDCS 120
D+ NYP D+DQW DK FVT+LRY+GVPS+LNVIS K G GG LL+PYPDWSFA++ DCS
Sbjct 60 DYKNNYPSDIDQWHDKIFVTMLRYNGVPSSLNVISKKVGDGGPLLQPYPDWSFAKYDDCS 119
Query 121 KIVSAFKIAIDKFDRLWVLDSGLVNRTVPVCAPKLHVFDLKTSNHLKQIEIPHDIAVNAT 180
IVSA K+AIDK DRLWVLDSGLVN T P+C+PKL FDL TS LKQ+EIPHD+AVNAT
Sbjct 120 GIVSASKLAIDKCDRLWVLDSGLVNNTQPMCSPKLLTFDLTTSQLLKQVEIPHDVAVNAT 179
Query 181 TGKGGLVSLAVQAIDL---ANTLVYMADHKGDALIVYQNADDSFHRLTSNTFDYDPRYAK 237
TGKG L SLAVQ++D ++T+VY+AD KG+ LIVY N+DDSFHRLTSNTFDYDP++ K
Sbjct 180 TGKGRLSSLAVQSLDCNTNSDTMVYIADEKGEGLIVYHNSDDSFHRLTSNTFDYDPKFTK 239
Query 238 MTIDGESFTLKNGICGMALSPVTNNLYYSPLASHGLYYVNTAPFMKSQFGENNVQYQGSE 297
MTIDGES+T ++GI GMALSP+TNNLYYSP+AS LYYVNT F S + +N++ Y+G +
Sbjct 240 MTIDGESYTAQDGISGMALSPMTNNLYYSPVASTSLYYVNTEQFRTSDYQQNDIHYEGVQ 299
Query 298 DILNTQSLAKAVSKNGVLFVGLVGNSAVGCWNEHQSLQRQNLEMVAQNDRTLQMIAGMKI 357
+IL+TQS AK VSK+GVLF GLVG+SA+GCWNEH++L+R N+ VAQ+D TLQMIA MKI
Sbjct 300 NILDTQSSAKVVSKSGVLFFGLVGDSALGCWNEHRTLERHNIRTVAQSDETLQMIASMKI 359
Query 358 KEELPHFVGSNKPVKDEYMLVLSNRMQKIVNDDFNFDDVNFRILGANVKELIRNTHCVN 416
KE LPH ++ + EY+LVLSN+MQK+VN+DFNFDDVNFRI+ ANV ELI NT C N
Sbjct 360 KEALPHVPIFDRYINREYILVLSNKMQKMVNNDFNFDDVNFRIMNANVNELILNTRCEN 418
>YELL_DROME unnamed protein product
Length=541
Score = 167 bits (422), Expect = 7e-46, Method: Compositional matrix adjust.
Identities = 120/397 (30%), Positives = 196/397 (49%), Gaps = 38/397 (10%)
Query 36 HEWKYFDYDFGSEERRQAAIQSGEYDHTKNYPFDVDQWRDKTFVTILRY-DGVPSTLNVI 94
+ W D+ F + + A+ SG+Y P V+ + ++ FVT+ R+ DG+P+TL I
Sbjct 29 YSWSQLDFAFPNTRLKDQALASGDYIPQNALPVGVEHFGNRLFVTVPRWRDGIPATLTYI 88
Query 95 S-GKTGKGGRLLKPYPDWSFAEFKDCS-KIVSAFKIAIDKFDRLWVLDSGLV---NRTVP 149
+ ++ G L PYPDW DC+ I +A++I +D+ RLWVLD+G V N T
Sbjct 89 NMDRSLTGSPELIPYPDWRSNTAGDCANSITTAYRIKVDECGRLWVLDTGTVGIGNTTTN 148
Query 150 VCAPKLHVFDLKTSNHLKQIEIPHDIAVNATTGKGGLVSLAVQAIDLA----NTLVYMAD 205
C ++VFDL T +++ E+P + N T +A A+D+ + Y AD
Sbjct 149 PCPYAVNVFDLTTDTRIRRYELP-GVDTNPNT------FIANIAVDIGKNCDDAYAYFAD 201
Query 206 HKGDALIVYQNADDSFHRLTSNTFDY-DPRYAKMTIDGESFTL-KNGICGMALSPVTNN- 262
G LI Y + R +++++ + DP + G +F + GI GM+LSP+ ++
Sbjct 202 ELGYGLIAYSWELNKSWRFSAHSYFFPDPLRGDFNVAGINFQWGEEGIFGMSLSPIRSDG 261
Query 263 ---LYYSPLASHGLYYVNTAPFMKSQFGENNVQ--YQGSEDILNTQSLAKAVSKNGVLFV 317
LY+SPLASH + V+T E++ E N+ + ++ +S +G+
Sbjct 262 YRTLYFSPLASHRQFAVSTRILRDETRTEDSYHDFVALDERGPNSHTTSRVMSDDGIELF 321
Query 318 GLVGNSAVGCWNEHQSLQRQNLEMVAQNDRTLQMIAGMKIKEELPHFVGSNKPVKDEYML 377
L+ +AVGCW+ Q +V ++D L A +KI E ++ +
Sbjct 322 NLIDQNAVGCWHSSMPYSPQFHGIVDRDDVGLVFPADVKIDE-------------NKNVW 368
Query 378 VLSNRMQKIVNDDFNFDDVNFRILGANVKELIRNTHC 414
VLS+RM + D ++ D NFRI A + LI NT C
Sbjct 369 VLSDRMPVFLLSDLDYSDTNFRIYTAPLATLIENTVC 405
>YELF2_DROME unnamed protein product
Length=452
Score = 112 bits (281), Expect = 5e-27, Method: Compositional matrix adjust.
Identities = 93/368 (25%), Positives = 158/368 (43%), Gaps = 35/368 (10%)
Query 65 NYPFDVDQWRDKTFVTILRYD-GVPSTLNVISGKTGKGGRL--LKPYPDWSFAEFKDCSK 121
N P +R + FVT+ R G+PSTLN I R L+ YP+++ +F ++
Sbjct 101 NVPMGATHFRGRLFVTMPRRRVGIPSTLNYIDLAEDGSNRSPKLRAYPNFALNQFNASAE 160
Query 122 -IVSAFKIAIDKFDRLWVLDSGLV---NRTVPVCAPKLHVFDLKTSNHLKQIEIPHDIAV 177
+VS ++ ++D RLW +D+G++ N + P + V DL T LK+ ++P IA
Sbjct 161 NLVSVYRTSVDACQRLWFIDTGMLEYPNNRQQIRRPSIWVVDLATDQVLKRFDVPESIA- 219
Query 178 NATTGKG-GLVSLAVQAIDLANTLVYMADHKGDALIVYQNADDSFHRLTSNTFDYDPRYA 236
TG+G +++ V+A + Y+ D L VY +D N F++DP
Sbjct 220 --ETGRGLASITVDVKAGQCGDAYAYIPDLVYRRLYVYHLRNDRIWSFEHNYFNFDPLSG 277
Query 237 KMTIDGESFTLKNGICGMALSPV----TNNLYYSPLASHGLYYVNTAPFM------KSQF 286
++I G++F +GI + L + + Y+ P+AS + V+ +S
Sbjct 278 DLSIGGQTFRWDDGIFSITLGAQKLDGSRDAYFHPMASTNEFVVSNRVLQQESNAARSDH 337
Query 287 GENNVQYQGSEDILNTQSLAKAVSKNGVLFVGLVGNSAVGCWNEHQSLQRQNLEMVAQND 346
G N+ + GS ++ GV+F + + VGCW + + +N V N
Sbjct 338 G-NDFRVLGSRGPSTQSTMHAYDPGTGVIFFDEIQRNGVGCWKTSKPISAENYGSVDSNA 396
Query 347 RTLQMIAGMKIKEELPHFVGSNKPVKDEYMLVLSNRMQKIVNDDFNFDDVNFRILGANVK 406
+ + + I E D + V+SN M + + NFRI
Sbjct 397 EDMIYPSDLSIDE-------------DGTIWVMSNSMPIFIYSTLDTSIYNFRIWKQKAS 443
Query 407 ELIRNTHC 414
R T C
Sbjct 444 LAKRGTVC 451
>YELF_DROME unnamed protein product
Length=429
Score = 111 bits (277), Expect = 1e-26, Method: Compositional matrix adjust.
Identities = 98/391 (25%), Positives = 165/391 (42%), Gaps = 35/391 (9%)
Query 42 DYDFGSEERRQAAIQSGEYDHTKNYPFDVDQWRDKTFVTILRYD-GVPSTLNVIS-GKTG 99
D F + + + SG + N P V +R + FVT+ R G+PSTLN I K G
Sbjct 55 DSHFYNSRKCLGSSSSGSFIQYNNVPQGVTHFRGRLFVTVPRRQPGIPSTLNYIDLAKDG 114
Query 100 -KGGRLLKPYPDWSFAEFKDCSK-IVSAFKIAIDKFDRLWVLDSGLV---NRTVPVCAPK 154
L+ YP+ + ++ + +VS ++ ++D RLW +D+G++ N + P
Sbjct 115 WSQSPHLRAYPNLAVNQYNASEQNLVSVYRTSVDVCGRLWFVDTGMLEFPNNRQQIRHPS 174
Query 155 LHVFDLKTSNHLKQIEIPHDIAVNATTGKG-GLVSLAVQAIDLANTLVYMADHKGDALIV 213
+ V DL LK+ EIP I G+G +++ V A + Y+ D L V
Sbjct 175 IWVIDLANDRLLKRFEIPQSIV---EIGRGLASITIDVGARRCNDAYAYIPDLVNRRLHV 231
Query 214 YQNADDSFHRLTSNTFDYDPRYAKMTIDGESFTLKNGICGMALSPV----TNNLYYSPLA 269
Y D + F++DP + I G++F +GI L + ++++ P+A
Sbjct 232 YHLRSDRIWSFEHSFFNFDPLSDNLNIGGQTFRWDDGIFSATLGSYKPDGSRDVFFHPMA 291
Query 270 SHGLYYVNTAPFMKSQFGENNVQYQGSEDILNTQ------SLAKAVSKNGVLFVGLVGNS 323
S + V+ ++ +F + +L T+ ++ K + GV+F V S
Sbjct 292 STNEFVVSNR-VLQQEFNAARSDHGDDFHLLGTRGPSTQSTMHKYDPRTGVIFFAEVQKS 350
Query 324 AVGCWNEHQSLQRQNLEMVAQNDRTLQMIAGMKIKEELPHFVGSNKPVKDEYMLVLSNRM 383
VGCW + +N V N + + + I EE Y+ V+SN M
Sbjct 351 GVGCWKTSKPFSTENHGSVYSNSSEMIYPSDLTIDEE-------------GYIWVMSNSM 397
Query 384 QKIVNDDFNFDDVNFRILGANVKELIRNTHC 414
V + + NFRI + R T C
Sbjct 398 PIFVYSKLDVEKYNFRIWRQSTLLAKRGTVC 428
Lambda K H
0.325 0.141 0.424
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 2893265496
Database: /agbase_database/invertebrates_exponly.fa
Posted date: Mar 28, 2024 12:05 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