BLAST Resut
BLASTP 2.2.26 [Sep-21-2011]
Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer,
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 compositional score matrix adjustment: Altschul, Stephen F.,
John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis,
Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches
using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109.
Query= Eca_sc000051.1_g0070.1
(916 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
XP_010277582.1 PREDICTED: nucleobase-ascorbate transporter 11-li... 808 0.0
XP_006466324.1 PREDICTED: nucleobase-ascorbate transporter 11 is... 762 0.0
XP_006426257.1 hypothetical protein CICLE_v10024972mg [Citrus cl... 760 0.0
>XP_010277582.1 PREDICTED: nucleobase-ascorbate transporter 11-like [Nelumbo
nucifera]
Length = 1193
Score = 808 bits (2086), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 425/638 (66%), Positives = 484/638 (75%), Gaps = 34/638 (5%)
Query: 1 MEGSSSS--QFKENTQKASSLKLDSLHSRIGPFVSRTDHNPRELKTWAKKTGFNPNFSGE 58
MEG SSS Q K K S +I PFV RTDHNPRELK+WAK+TGFN N SGE
Sbjct: 444 MEGGSSSVKQEKNGVPKGPS------KPKIEPFVPRTDHNPRELKSWAKRTGFNLNISGE 497
Query: 59 TASVRSIKGDDEKINDKVRFDLEEGID-QGGGSSPKFEIDPILGWSKEKKRIEIESAFGA 117
T + S K +EK ND FDLE+G+ +GGGSSPK EIDPILG ++E + EIE
Sbjct: 498 TTASVSEKDPNEK-NDSAGFDLEKGLSWRGGGSSPKIEIDPILGRTRENRGAEIEPVSAP 556
Query: 118 RNGLGKIETDADVLGLKDEFSKFESHEKRVGVEPVMELKDDEKKLGLDGIDKEK----ES 173
R+ L K E+DA L++ E +K V+P++ KDD +K GL+G ES
Sbjct: 557 RSVLRKNESDAGS-SLRNGPGGAEIEKKSSIVDPLLAPKDDYRKAGLNGNGSAHVNGDES 615
Query: 174 SPVFLTLEENRYFKKDEEEVEIDVFSEDKEHEHGELMNTSSEMKCGLRDNPGFVLLMYYG 233
S V T E N+ K E+EV IDVF E +E H S MK LR+NPGFV L+YYG
Sbjct: 616 SAVPPTAEPNKE-NKVEDEVGIDVFPETEEPSH-RGWRGPSRMKYSLRENPGFVPLIYYG 673
Query: 234 LQHFLSLAGSLIFIPLLIVPAMGGTDKDTATVISTTLLVSGISTILHSYFGTRLPLVQGS 293
LQH+LSLAGSLIF+PL+IVPAMGGTDKDTATVIST LLVSGI+TILHSYFG+RLPLVQGS
Sbjct: 674 LQHYLSLAGSLIFVPLVIVPAMGGTDKDTATVISTMLLVSGITTILHSYFGSRLPLVQGS 733
Query: 294 SFVYLAPVLVILNSRECRNLTENKFKHIMKEIQGATIVGSIFQTILGYSGLMSLLLRFIN 353
SFVYLAP LVI+NSRE RNLTENKFKHIMKE+QGA IVG+IFQ+ILGYSGLMSLLLR IN
Sbjct: 734 SFVYLAPALVIMNSREYRNLTENKFKHIMKELQGAIIVGAIFQSILGYSGLMSLLLRLIN 793
Query: 354 PVVVGPTVAAVGLAFFSYGFPQAGSCMAIGIPQILL-----------------LLLFSLV 396
P+VV PT+AAVGLAFFSYGFPQAGSC+ I IPQILL + V
Sbjct: 794 PIVVAPTIAAVGLAFFSYGFPQAGSCVEISIPQILLLLIFTLYLRGVSIFGHRIFRVYAV 853
Query: 397 PLSVMIVWIYAFILTTSGAYNYKGCTTNIPSSNILSDECRRHTFTMNHCRTDVSSALRNA 456
PLSV IVW YAF LT GAY+Y+GC NIPSSNILSD CR+H FTM HCRTD S+A R A
Sbjct: 854 PLSVTIVWAYAFFLTAGGAYDYRGCNPNIPSSNILSDACRKHAFTMKHCRTDASNAWRTA 913
Query: 457 DWARVPYPLQWGIPTFRLRTSIIMIIVSLVASVDSVGTYHSSSLLVNSKSPTRGIVSRGI 516
DW RVPYP QWGIPTF L+TSIIMIIVSLVASVDSVGTYHS+SLLVNS+ PT G+VSRGI
Sbjct: 914 DWVRVPYPFQWGIPTFHLKTSIIMIIVSLVASVDSVGTYHSASLLVNSRPPTPGVVSRGI 973
Query: 517 GLEGFCSILAGLWGTGTGATTLTENVHTLRITKMANRRAIELGSLFLILVSFAGKVGALL 576
G+EGFCSILAGLWGTG+G+TTLTEN HT+ ITK+ANRRA+ELG++ LIL SF GKVGALL
Sbjct: 974 GMEGFCSILAGLWGTGSGSTTLTENAHTIDITKVANRRAVELGAVMLILFSFMGKVGALL 1033
Query: 577 ASIPQALAAAVLCFIWALVVALGISTLQYSQTASFRNV 614
ASIPQALA +VLCFIWAL+VALG+STLQY QTASFRN+
Sbjct: 1034 ASIPQALAVSVLCFIWALIVALGLSTLQYGQTASFRNI 1071
Score = 499 bits (1284), Expect = e-156, Method: Compositional matrix adjust.
Identities = 242/340 (71%), Positives = 267/340 (78%), Gaps = 38/340 (11%)
Query: 614 VPLSVIIVWTYAFILTTSGAYNYKGCTTNIPSSNILSDECRRHTFTMNHCRTDVSSALRN 673
VPLSV IVW YAF LT GAY+Y+GC NIPSSNILSD CR+H FTM HCRTD S+A R
Sbjct: 853 VPLSVTIVWAYAFFLTAGGAYDYRGCNPNIPSSNILSDACRKHAFTMKHCRTDASNAWRT 912
Query: 674 ADWARVPYPLQWGIPTFRLRTSIIMIIVSLVASVDSVGTYHSSSLLVNSKSPTRGIVSRG 733
ADW RVPYP QWGIPTF L+TSIIMIIVSLVASVDSVGTYHS+SLLVNS+ PT G+VSRG
Sbjct: 913 ADWVRVPYPFQWGIPTFHLKTSIIMIIVSLVASVDSVGTYHSASLLVNSRPPTPGVVSRG 972
Query: 734 IGLEGFCSILAGVWGTG--------------------------------------KVGAL 755
IG+EGFCSILAG+WGTG KVGAL
Sbjct: 973 IGMEGFCSILAGLWGTGSGSTTLTENAHTIDITKVANRRAVELGAVMLILFSFMGKVGAL 1032
Query: 756 LASIPQALAAAVLCFIWALVVALGVSTLQHSQTASFRNVTIVGVSLFFSLSIPAYVQQSQ 815
LASIPQALA +VLCFIWAL+VALG+STLQ+ QTASFRN+TIVGVSLFFSLSIPAY QQ Q
Sbjct: 1033 LASIPQALAVSVLCFIWALIVALGLSTLQYGQTASFRNITIVGVSLFFSLSIPAYFQQYQ 1092
Query: 816 PDSSFILPSYLIPYAAASDGPVHTSIKEIDFAINGLLSLNMVVAFFVAFILDNSVPGKQQ 875
PDSSFILPSY IPYAAAS+GPVHT K++DFAIN LLSLNMVVAF VAFILDN+VPG +Q
Sbjct: 1093 PDSSFILPSYFIPYAAASNGPVHTGSKDLDFAINALLSLNMVVAFLVAFILDNTVPGTRQ 1152
Query: 876 ERGVYVWSRKNDLVDDPSLLENYSLPRKVAKFFACAKCVG 915
ERGVY+WS D+V+DPSL +YSLPRKVA+FF AKCVG
Sbjct: 1153 ERGVYIWSSAEDMVNDPSLATDYSLPRKVARFFHWAKCVG 1192
Score = 450 bits (1157), Expect = e-137, Method: Compositional matrix adjust.
Identities = 249/394 (63%), Positives = 287/394 (72%), Gaps = 17/394 (4%)
Query: 1 MEGSSSS--QFKENTQKASSLKLDSLHSRIGPFVSRTDHNPRELKTWAKKTGFNPNFSGE 58
MEG SSS Q K K S +I PFV RTDHNPRELK+WAK+TGFN N SGE
Sbjct: 1 MEGGSSSVKQEKNGVPKGPS------KPKIEPFVPRTDHNPRELKSWAKRTGFNLNISGE 54
Query: 59 TASVRSIKGDDEKINDKVRFDLEEGID-QGGGSSPKFEIDPILGWSKEKKRIEIESAFGA 117
T + S K +EK ND FDLE+G+ +GGGSSPK EIDPILG ++E + EIE
Sbjct: 55 TTASVSEKDPNEK-NDSAGFDLEKGLSWRGGGSSPKIEIDPILGRTRENRGAEIEPVSAP 113
Query: 118 RNGLGKIETDADVLGLKDEFSKFESHEKRVGVEPVMELKDDEKKLGLDGIDKEK----ES 173
R+ L K E+DA L++ E +K V+P++ KDD +K GL+G ES
Sbjct: 114 RSVLRKNESDAGS-SLRNGPGGAEIEKKSSIVDPLLAPKDDYRKAGLNGNGSAHVNGDES 172
Query: 174 SPVFLTLEENRYFKKDEEEVEIDVFSEDKEHEHGELMNTSSEMKCGLRDNPGFVLLMYYG 233
S V T E N+ K E+EV IDVF E +E H S MK LR+NPGFV L+YYG
Sbjct: 173 SAVPPTAEPNKE-NKVEDEVGIDVFPETEEPSH-RGWRGPSRMKYSLRENPGFVPLIYYG 230
Query: 234 LQHFLSLAGSLIFIPLLIVPAMGGTDKDTATVISTTLLVSGISTILHSYFGTRLPLVQGS 293
LQH+LSLAGSLIF+PL+IVPAMGGTDKDTATVIST LLVSGI+TILHSYFG+RLPLVQGS
Sbjct: 231 LQHYLSLAGSLIFVPLVIVPAMGGTDKDTATVISTMLLVSGITTILHSYFGSRLPLVQGS 290
Query: 294 SFVYLAPVLVILNSRECRNLTENKFKHIMKEIQGATIVGSIFQTILGYSGLMSLLLRFIN 353
SFVYLAP LVI+NSRE RNLTENKFKHIMKE+QGA IVG+IFQ+ILGYSGLMSLLLR IN
Sbjct: 291 SFVYLAPALVIMNSREYRNLTENKFKHIMKELQGAIIVGAIFQSILGYSGLMSLLLRLIN 350
Query: 354 PVVVGPTVAAVGLAFFSYGFPQAGSCMAIGIPQI 387
P+VV PT+AAVGLAFFSYGFPQAGSC+ I IPQI
Sbjct: 351 PIVVAPTIAAVGLAFFSYGFPQAGSCVEISIPQI 384
>XP_006466324.1 PREDICTED: nucleobase-ascorbate transporter 11 isoform X2 [Citrus
sinensis]
Length = 748
Score = 762 bits (1968), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 389/633 (61%), Positives = 484/633 (76%), Gaps = 26/633 (4%)
Query: 1 MEGSSSSQFKENTQKASSLKLDSLHSRIGPFVSRTDHNPRELKTWAKKTGFNPNFSGETA 60
ME SSS ++ + +DS+ +IGPFV RT+HNPREL++WAKKTGF +FSGET
Sbjct: 1 METGSSSDSRDKQKTLKGSDIDSMMPQIGPFVPRTEHNPRELRSWAKKTGFVSDFSGETT 60
Query: 61 SVRSIKGDDEKINDKVRFDLEEGIDQGGGSSPKFEIDPILGWSKEKKRIEIESAFGARNG 120
+ S K D ++ V+ E +GGGSSPK EIDP+LG +K + EIE A +G
Sbjct: 61 TDVSGKFDSAGLD--VQRSHEH--SRGGGSSPKIEIDPVLGRTKPNRGSEIELDAEAGHG 116
Query: 121 LGKIETDADVLGLKDEFSKFESHEKRVGVEPVMELKDDEKKLGLDGIDKEKESSPV--FL 178
+ + +A VLG ++ + E+ +RV E V+E K DE+ L G PV
Sbjct: 117 VRR-NGNAGVLGFREGIVRGENERRRVRDEAVLEDKVDER-LNGSGPSGNGNGVPVPSVN 174
Query: 179 TLEENRYFKKDEEEVEIDVFSEDKEHEHGELMNTSSEMKCGLRDNPGFVLLMYYGLQHFL 238
++E + KDE +V+ID++ +E G + E++ GLRDN G+V ++YYGLQHFL
Sbjct: 175 SVEPKKEEGKDERDVQIDMYPGGEETADGG-WHRQPELRFGLRDNRGWVPVIYYGLQHFL 233
Query: 239 SLAGSLIFIPLLIVPAMGGTDKDTATVISTTLLVSGISTILHSYFGTRLPLVQGSSFVYL 298
SLAGSLIFIPL+IVPAMGGTDKDTATVIST LLV+G++T L SYFGTRLPLVQGSSFVYL
Sbjct: 234 SLAGSLIFIPLIIVPAMGGTDKDTATVISTMLLVTGVTTTLQSYFGTRLPLVQGSSFVYL 293
Query: 299 APVLVILNSRECRNLTENKFKHIMKEIQGATIVGSIFQTILGYSGLMSLLLRFINPVVVG 358
AP LVI+N+RE RNL+E+KF+HIM+E+QGA IVGSIFQ+ILG++GLMSL LR INPVVV
Sbjct: 294 APALVIINAREYRNLSEHKFRHIMRELQGAIIVGSIFQSILGFTGLMSLFLRLINPVVVA 353
Query: 359 PTVAAVGLAFFSYGFPQAGSCMAIGIPQILLLLLFSL-----------------VPLSVM 401
PTVAA+GLAFFSYGFPQAGSC+ I IPQILL+L+F+L VPLSVM
Sbjct: 354 PTVAAIGLAFFSYGFPQAGSCVEISIPQILLVLIFALYLRGISVFGHHLFRIYAVPLSVM 413
Query: 402 IVWIYAFILTTSGAYNYKGCTTNIPSSNILSDECRRHTFTMNHCRTDVSSALRNADWARV 461
I+W YAF LT GAYNYKGC+ +IPSSNILSD C +H +TM HCRTDVS+A R A W R+
Sbjct: 414 IIWAYAFFLTAGGAYNYKGCSPDIPSSNILSDACIKHAYTMKHCRTDVSNAWRTAAWVRI 473
Query: 462 PYPLQWGIPTFRLRTSIIMIIVSLVASVDSVGTYHSSSLLVNSKSPTRGIVSRGIGLEGF 521
PYPLQWGIP F LRTS+IMIIVSLVASVDSVGTYH++SLLVNSK PT IVSRGIG+EGF
Sbjct: 474 PYPLQWGIPIFHLRTSLIMIIVSLVASVDSVGTYHTASLLVNSKPPTPRIVSRGIGMEGF 533
Query: 522 CSILAGLWGTGTGATTLTENVHTLRITKMANRRAIELGSLFLILVSFAGKVGALLASIPQ 581
CSILAGLWG+GTG++TLTENVHT+ ITK+A+RRA++LG++F+I+ SF GKVGA+LASIPQ
Sbjct: 534 CSILAGLWGSGTGSSTLTENVHTISITKVASRRAVQLGAVFMIVFSFVGKVGAILASIPQ 593
Query: 582 ALAAAVLCFIWALVVALGISTLQYSQTASFRNV 614
ALAA++LCF+WAL+VA+G+S LQY+Q+ASFRN+
Sbjct: 594 ALAASILCFMWALIVAIGLSNLQYTQSASFRNI 626
Score = 453 bits (1166), Expect = e-144, Method: Compositional matrix adjust.
Identities = 229/378 (60%), Positives = 273/378 (72%), Gaps = 48/378 (12%)
Query: 578 SIPQALAAAVLCFIWALVVALGISTLQYSQTASFR--NVPLSVIIVWTYAFILTTSGAYN 635
SIPQ L L I+AL + GIS + FR VPLSV+I+W YAF LT GAYN
Sbjct: 378 SIPQIL----LVLIFALYLR-GISVFGHHL---FRIYAVPLSVMIIWAYAFFLTAGGAYN 429
Query: 636 YKGCTTNIPSSNILSDECRRHTFTMNHCRTDVSSALRNADWARVPYPLQWGIPTFRLRTS 695
YKGC+ +IPSSNILSD C +H +TM HCRTDVS+A R A W R+PYPLQWGIP F LRTS
Sbjct: 430 YKGCSPDIPSSNILSDACIKHAYTMKHCRTDVSNAWRTAAWVRIPYPLQWGIPIFHLRTS 489
Query: 696 IIMIIVSLVASVDSVGTYHSSSLLVNSKSPTRGIVSRGIGLEGFCSILAGVWGT------ 749
+IMIIVSLVASVDSVGTYH++SLLVNSK PT IVSRGIG+EGFCSILAG+WG+
Sbjct: 490 LIMIIVSLVASVDSVGTYHTASLLVNSKPPTPRIVSRGIGMEGFCSILAGLWGSGTGSST 549
Query: 750 --------------------------------GKVGALLASIPQALAAAVLCFIWALVVA 777
GKVGA+LASIPQALAA++LCF+WAL+VA
Sbjct: 550 LTENVHTISITKVASRRAVQLGAVFMIVFSFVGKVGAILASIPQALAASILCFMWALIVA 609
Query: 778 LGVSTLQHSQTASFRNVTIVGVSLFFSLSIPAYVQQSQPDSSFILPSYLIPYAAASDGPV 837
+G+S LQ++Q+ASFRN+ IVG SLF LSIPAY QQ P++S ILPSY +P+AAAS+GPV
Sbjct: 610 IGLSNLQYTQSASFRNIMIVGASLFLGLSIPAYFQQYHPETSLILPSYFVPFAAASNGPV 669
Query: 838 HTSIKEIDFAINGLLSLNMVVAFFVAFILDNSVPGKQQERGVYVWSRKNDLVDDPSLLEN 897
HT K++DFAIN L+S+NMVV VAFILDN+VPG +QERGVY+WSR DL DPSL +
Sbjct: 670 HTGSKQLDFAINALMSMNMVVTLLVAFILDNTVPGSRQERGVYIWSRAEDLASDPSLQAD 729
Query: 898 YSLPRKVAKFFACAKCVG 915
YSLPRKV + F A+ +G
Sbjct: 730 YSLPRKVCRCFCRARRLG 747
>XP_006426257.1 hypothetical protein CICLE_v10024972mg [Citrus clementina]
ESR39497.1 hypothetical protein CICLE_v10024972mg
[Citrus clementina]
Length = 748
Score = 760 bits (1962), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 388/633 (61%), Positives = 483/633 (76%), Gaps = 26/633 (4%)
Query: 1 MEGSSSSQFKENTQKASSLKLDSLHSRIGPFVSRTDHNPRELKTWAKKTGFNPNFSGETA 60
ME SSS ++ + DS+ +IGPFV RT+HNPREL++WAKKTGF +FSGET
Sbjct: 1 METGSSSDSRDKQKTLKGSDRDSMMPQIGPFVPRTEHNPRELRSWAKKTGFVSDFSGETT 60
Query: 61 SVRSIKGDDEKINDKVRFDLEEGIDQGGGSSPKFEIDPILGWSKEKKRIEIESAFGARNG 120
+ S K D ++ V+ E +GGGSSPK EIDP+LG +K + EIE A +G
Sbjct: 61 TDVSGKFDSAGLD--VQRSHEH--SRGGGSSPKIEIDPVLGRTKPNRGSEIEPDAEAGHG 116
Query: 121 LGKIETDADVLGLKDEFSKFESHEKRVGVEPVMELKDDEKKLGLDGIDKEKESSPV--FL 178
+ + +A VLG ++ + ++ +RV E V+E K DE+ L G PV
Sbjct: 117 VRR-NGNAGVLGFREGIVRGDNERRRVRDEAVLEDKVDER-LNGSGPSGNGNGVPVPSVN 174
Query: 179 TLEENRYFKKDEEEVEIDVFSEDKEHEHGELMNTSSEMKCGLRDNPGFVLLMYYGLQHFL 238
++E + KDE +V+ID++ +E G + E++ GLRDN G+V ++YYGLQHFL
Sbjct: 175 SVEPKKEEGKDERDVQIDMYPGGEETADGG-WHRQPELRFGLRDNRGWVPVIYYGLQHFL 233
Query: 239 SLAGSLIFIPLLIVPAMGGTDKDTATVISTTLLVSGISTILHSYFGTRLPLVQGSSFVYL 298
SLAGSLIFIPL+IVPAMGGTDKDTATVIST LLV+G++T L SYFGTRLPLVQGSSFVYL
Sbjct: 234 SLAGSLIFIPLIIVPAMGGTDKDTATVISTMLLVTGVTTTLQSYFGTRLPLVQGSSFVYL 293
Query: 299 APVLVILNSRECRNLTENKFKHIMKEIQGATIVGSIFQTILGYSGLMSLLLRFINPVVVG 358
AP LVI+N+RE RNL+E+KF+HIM+E+QGA IVGSIFQ+ILG++GLMSL LR INPVVV
Sbjct: 294 APALVIINAREYRNLSEHKFRHIMRELQGAIIVGSIFQSILGFTGLMSLFLRLINPVVVA 353
Query: 359 PTVAAVGLAFFSYGFPQAGSCMAIGIPQILLLLLFSL-----------------VPLSVM 401
PTVAA+GLAFFSYGFPQAGSC+ I IPQILL+L+F+L VPLSVM
Sbjct: 354 PTVAAIGLAFFSYGFPQAGSCVEISIPQILLVLIFALYLRGISVFGHHLFRIYAVPLSVM 413
Query: 402 IVWIYAFILTTSGAYNYKGCTTNIPSSNILSDECRRHTFTMNHCRTDVSSALRNADWARV 461
I+W YAF LT GAYNYKGC+ +IPSSNILSD C +H +TM HCRTDVS+A R A W R+
Sbjct: 414 IIWAYAFFLTAGGAYNYKGCSPDIPSSNILSDACIKHAYTMKHCRTDVSNAWRTAAWVRI 473
Query: 462 PYPLQWGIPTFRLRTSIIMIIVSLVASVDSVGTYHSSSLLVNSKSPTRGIVSRGIGLEGF 521
PYPLQWGIP F LRTS+IMIIVSLVASVDSVGTYH++SLLVNSK PT IVSRGIG+EGF
Sbjct: 474 PYPLQWGIPIFHLRTSLIMIIVSLVASVDSVGTYHTASLLVNSKPPTPRIVSRGIGMEGF 533
Query: 522 CSILAGLWGTGTGATTLTENVHTLRITKMANRRAIELGSLFLILVSFAGKVGALLASIPQ 581
CSILAGLWG+GTG++TLTENVHT+ ITK+A+RRA++LG++F+I+ SF GKVGA+LASIPQ
Sbjct: 534 CSILAGLWGSGTGSSTLTENVHTISITKVASRRAVQLGAVFMIVFSFVGKVGAILASIPQ 593
Query: 582 ALAAAVLCFIWALVVALGISTLQYSQTASFRNV 614
ALAA++LCF+WAL+VA+G+S LQY+Q+ASFRN+
Sbjct: 594 ALAASILCFMWALIVAIGLSNLQYTQSASFRNI 626
Score = 458 bits (1178), Expect = e-145, Method: Compositional matrix adjust.
Identities = 230/378 (60%), Positives = 274/378 (72%), Gaps = 48/378 (12%)
Query: 578 SIPQALAAAVLCFIWALVVALGISTLQYSQTASFR--NVPLSVIIVWTYAFILTTSGAYN 635
SIPQ L L I+AL + GIS + FR VPLSV+I+W YAF LT GAYN
Sbjct: 378 SIPQIL----LVLIFALYLR-GISVFGHHL---FRIYAVPLSVMIIWAYAFFLTAGGAYN 429
Query: 636 YKGCTTNIPSSNILSDECRRHTFTMNHCRTDVSSALRNADWARVPYPLQWGIPTFRLRTS 695
YKGC+ +IPSSNILSD C +H +TM HCRTDVS+A R A W R+PYPLQWGIP F LRTS
Sbjct: 430 YKGCSPDIPSSNILSDACIKHAYTMKHCRTDVSNAWRTAAWVRIPYPLQWGIPIFHLRTS 489
Query: 696 IIMIIVSLVASVDSVGTYHSSSLLVNSKSPTRGIVSRGIGLEGFCSILAGVWGT------ 749
+IMIIVSLVASVDSVGTYH++SLLVNSK PT IVSRGIG+EGFCSILAG+WG+
Sbjct: 490 LIMIIVSLVASVDSVGTYHTASLLVNSKPPTPRIVSRGIGMEGFCSILAGLWGSGTGSST 549
Query: 750 --------------------------------GKVGALLASIPQALAAAVLCFIWALVVA 777
GKVGA+LASIPQALAA++LCF+WAL+VA
Sbjct: 550 LTENVHTISITKVASRRAVQLGAVFMIVFSFVGKVGAILASIPQALAASILCFMWALIVA 609
Query: 778 LGVSTLQHSQTASFRNVTIVGVSLFFSLSIPAYVQQSQPDSSFILPSYLIPYAAASDGPV 837
+G+S LQ++Q+ASFRN+ IVG SLF LSIPAY QQ P++S ILPSY +P+AAAS+GPV
Sbjct: 610 IGLSNLQYTQSASFRNIMIVGASLFLGLSIPAYFQQYHPETSLILPSYFVPFAAASNGPV 669
Query: 838 HTSIKEIDFAINGLLSLNMVVAFFVAFILDNSVPGKQQERGVYVWSRKNDLVDDPSLLEN 897
HT K++DFAIN L+S+NMVV VAFILDN+VPG +QERGVY+WSR DL DPSL +
Sbjct: 670 HTGSKQLDFAINALMSMNMVVTLLVAFILDNTVPGSRQERGVYIWSRAEDLASDPSLQAD 729
Query: 898 YSLPRKVAKFFACAKCVG 915
YSLPRKV + F CA+ +G
Sbjct: 730 YSLPRKVCRCFCCARRLG 747