BLASTX nr result
ID: Salvia21_contig00007540
seq
BLASTX 2.2.25 [Feb-01-2011]
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.
Query= Salvia21_contig00007540
(2377 letters)
Database: ./nr
23,641,837 sequences; 8,123,359,852 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
ref|XP_002523542.1| Endosomal P24A protein precursor, putative [... 1119 0.0
ref|XP_003542622.1| PREDICTED: transmembrane 9 superfamily membe... 1115 0.0
ref|XP_003549702.1| PREDICTED: transmembrane 9 superfamily membe... 1114 0.0
ref|XP_002264906.1| PREDICTED: transmembrane 9 superfamily membe... 1114 0.0
emb|CAN62778.1| hypothetical protein VITISV_031212 [Vitis vinifera] 1114 0.0
>ref|XP_002523542.1| Endosomal P24A protein precursor, putative [Ricinus communis]
gi|223537249|gb|EEF38881.1| Endosomal P24A protein
precursor, putative [Ricinus communis]
Length = 657
Score = 1119 bits (2895), Expect = 0.0
Identities = 532/635 (83%), Positives = 577/635 (90%)
Frame = +3
Query: 201 GFYLPGSYPHKYEVGDPLNVKVNSLTSIDTEMPFSYYSLPFCRPKEGIKDSAENLGELLM 380
GFYLPGSYPHKY VG+ L+VKVNS+TSIDTEMPFSYYSLPFC+P EG+KDSAENLGELLM
Sbjct: 23 GFYLPGSYPHKYNVGETLSVKVNSITSIDTEMPFSYYSLPFCKPAEGVKDSAENLGELLM 82
Query: 381 GDRIENSPYRFKMYTNETEIFLCQTKPLSGEEFKLLKKRIDEMYQVNVILDNLPAIRYPK 560
GDRIENSPYRF+M+ NE+E+FLC+T PLS + FKLLKKRIDEMYQVN+ILDNLPAIRY K
Sbjct: 83 GDRIENSPYRFRMHVNESEVFLCKTDPLSADSFKLLKKRIDEMYQVNLILDNLPAIRYTK 142
Query: 561 KDGYMLRWTGYPVGAKVDEGYYIFNHLKFTVLVHKFEESDVARVMGTGDAAEMIPPEGNK 740
K+ Y+LRWTG+PVG KV + YY+FNHL+FTVLVHK+EE++VARVMGTGD AE+IP GN
Sbjct: 143 KESYLLRWTGFPVGIKVQDAYYVFNHLRFTVLVHKYEEANVARVMGTGDGAEVIPTIGNG 202
Query: 741 GSVIPGYMVVGFEVVPCSFQHKTESVKSLKMYNKYPASISCDPNTVAMPIKENEPLTFSY 920
GS IPGYMVVGFEVVPC+ H +SVK+ KMY KYPA I CDP TV+MPIKENEP+ F+Y
Sbjct: 203 GSDIPGYMVVGFEVVPCNVMHNVQSVKNTKMYEKYPAQIKCDPTTVSMPIKENEPIVFTY 262
Query: 921 EVSFVEKDIKWPSRWDAYLKMEGAKVHWFSILNSLMVITFLAGIVLVIFLRTVRRDLTQY 1100
EV+F E DIKWPSRWDAYLKMEG+KVHWFSI+NSLMVITFLAGIVLVIFLRTVRRDLT+Y
Sbjct: 263 EVNFEESDIKWPSRWDAYLKMEGSKVHWFSIMNSLMVITFLAGIVLVIFLRTVRRDLTRY 322
Query: 1101 EELDKEAQAQMNEELSGWKLVVADVFRAPSNPALLCAMVGNGVQILGMAVVTILFAALGF 1280
EELDKEAQAQMNEELSGWKLVV DVFRAP+NP+LLC MVG+GVQILGMA+VTI+FAALGF
Sbjct: 323 EELDKEAQAQMNEELSGWKLVVGDVFRAPANPSLLCVMVGDGVQILGMAIVTIMFAALGF 382
Query: 1281 MSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTIFCGDHKGWIGVSWKVSCFFPGISFL 1460
MSPASRGTLITGML FYM+LGIAAGYVAVRLWRTI CGDHKGW+ VSWK +CFFPGI+FL
Sbjct: 383 MSPASRGTLITGMLIFYMILGIAAGYVAVRLWRTIGCGDHKGWVSVSWKAACFFPGIAFL 442
Query: 1461 IFTLLNFLLWGSHSTGAIPFSLFVILILLWFCISVPLTLVGGYFGAKAPHIEYPVRTNQI 1640
I T+LNFLLWGS STGAIPFSLFVILILLWFCISVPLTL+GGYFGAKAPHIEYPVRTNQI
Sbjct: 443 ILTILNFLLWGSQSTGAIPFSLFVILILLWFCISVPLTLIGGYFGAKAPHIEYPVRTNQI 502
Query: 1641 PREIPPQKYPSWLLVLGAGTLPFGTLFIELFFIMSSLWMGRXXXXXXXXXXXXXXXXXXC 1820
PREIP QKYPSWLLVLGAGTLPFGTLFIELFFIMSS+WMGR C
Sbjct: 503 PREIPAQKYPSWLLVLGAGTLPFGTLFIELFFIMSSIWMGRVYYVFGFLLIVFILLVVVC 562
Query: 1821 AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYLIFDLKSLSGPVSATLYLG 2000
AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYL+FDLKSLSGPVSATLYLG
Sbjct: 563 AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYLVFDLKSLSGPVSATLYLG 622
Query: 2001 YSLFMVLAIMLATGTVGFLSSFWFVHYLFSSVKLD 2105
YSL MVLAIM ATGTVGFLSSFWFVHYLFSSVKLD
Sbjct: 623 YSLLMVLAIMFATGTVGFLSSFWFVHYLFSSVKLD 657
>ref|XP_003542622.1| PREDICTED: transmembrane 9 superfamily member 4-like [Glycine max]
Length = 658
Score = 1115 bits (2885), Expect = 0.0
Identities = 537/658 (81%), Positives = 583/658 (88%)
Frame = +3
Query: 132 MRSFHXXXXXXXXXXXXXXQLCQGFYLPGSYPHKYEVGDPLNVKVNSLTSIDTEMPFSYY 311
M SFH Q GFYLPGSYPHKY +GD L+VKVNSLTSI+TEMPFSYY
Sbjct: 1 MESFHRFRLWVFVFLCLMFQSGNGFYLPGSYPHKYGIGDELSVKVNSLTSIETEMPFSYY 60
Query: 312 SLPFCRPKEGIKDSAENLGELLMGDRIENSPYRFKMYTNETEIFLCQTKPLSGEEFKLLK 491
SLPFC+P+ G+KDSAENLGELLMGDRIENSPY+FKMYTNE+EIFLCQ + LS ++FK+LK
Sbjct: 61 SLPFCKPEGGVKDSAENLGELLMGDRIENSPYKFKMYTNESEIFLCQVEKLSDDQFKILK 120
Query: 492 KRIDEMYQVNVILDNLPAIRYPKKDGYMLRWTGYPVGAKVDEGYYIFNHLKFTVLVHKFE 671
KRIDEMYQVN+ILDNLPAIR+ KK+ Y LRWTGYPVG K+ + YY+FNHL+F VLVHK+E
Sbjct: 121 KRIDEMYQVNLILDNLPAIRFTKKEEYFLRWTGYPVGIKIQDVYYLFNHLRFNVLVHKYE 180
Query: 672 ESDVARVMGTGDAAEMIPPEGNKGSVIPGYMVVGFEVVPCSFQHKTESVKSLKMYNKYPA 851
E++VARVMGTGDAAEMIP G GS PGYMVVGFEV+PCS H +SVK LKMYNKYP+
Sbjct: 181 ETNVARVMGTGDAAEMIPTIGKDGSDKPGYMVVGFEVIPCSIMHNADSVKGLKMYNKYPS 240
Query: 852 SISCDPNTVAMPIKENEPLTFSYEVSFVEKDIKWPSRWDAYLKMEGAKVHWFSILNSLMV 1031
I CDP++VAMPIKE +PLTF+YEV+F E DIKWPSRWDAYLKMEGAKVHWFSILNSLMV
Sbjct: 241 PIRCDPSSVAMPIKEGQPLTFTYEVTFEESDIKWPSRWDAYLKMEGAKVHWFSILNSLMV 300
Query: 1032 ITFLAGIVLVIFLRTVRRDLTQYEELDKEAQAQMNEELSGWKLVVADVFRAPSNPALLCA 1211
ITFLAGIVLVIFLRTVRRDLT+YEELDKEAQAQMNEELSGWKLVV DVFRAPSNPALLC
Sbjct: 301 ITFLAGIVLVIFLRTVRRDLTRYEELDKEAQAQMNEELSGWKLVVGDVFRAPSNPALLCI 360
Query: 1212 MVGNGVQILGMAVVTILFAALGFMSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTIFC 1391
MVG+GVQILGMAVVTILFAALGFMSPASRGTLITGMLFFYM+LG+AAGYVAVRLWRTI C
Sbjct: 361 MVGDGVQILGMAVVTILFAALGFMSPASRGTLITGMLFFYMILGVAAGYVAVRLWRTIGC 420
Query: 1392 GDHKGWIGVSWKVSCFFPGISFLIFTLLNFLLWGSHSTGAIPFSLFVILILLWFCISVPL 1571
GD KGWI V+WK +CFFPGI+FLI T LNFLLWGSHSTGAIPFSLFVILILLWFCISVPL
Sbjct: 421 GDQKGWISVAWKAACFFPGIAFLILTTLNFLLWGSHSTGAIPFSLFVILILLWFCISVPL 480
Query: 1572 TLVGGYFGAKAPHIEYPVRTNQIPREIPPQKYPSWLLVLGAGTLPFGTLFIELFFIMSSL 1751
TL+GG FGA+APHIEYPVRTNQIPREIP Q+YPSWLLVLGAGTLPFGTLFIELFFIMSS+
Sbjct: 481 TLIGGLFGARAPHIEYPVRTNQIPREIPQQRYPSWLLVLGAGTLPFGTLFIELFFIMSSI 540
Query: 1752 WMGRXXXXXXXXXXXXXXXXXXCAEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLY 1931
WMGR CAEVSLVLTYMHLCVEDW+WWWKSFFASGSVAIYIFLY
Sbjct: 541 WMGRVYYVFGFLLVVMILLVVVCAEVSLVLTYMHLCVEDWRWWWKSFFASGSVAIYIFLY 600
Query: 1932 SINYLIFDLKSLSGPVSATLYLGYSLFMVLAIMLATGTVGFLSSFWFVHYLFSSVKLD 2105
S+NYL+FDLK+LSGPVSATLYLGYSLFMVLAIMLATGTVGFLSSFWFV+YLFSSVKLD
Sbjct: 601 SVNYLVFDLKNLSGPVSATLYLGYSLFMVLAIMLATGTVGFLSSFWFVYYLFSSVKLD 658
>ref|XP_003549702.1| PREDICTED: transmembrane 9 superfamily member 4-like [Glycine max]
Length = 664
Score = 1114 bits (2882), Expect = 0.0
Identities = 537/659 (81%), Positives = 582/659 (88%)
Frame = +3
Query: 129 KMRSFHXXXXXXXXXXXXXXQLCQGFYLPGSYPHKYEVGDPLNVKVNSLTSIDTEMPFSY 308
KM SFH Q GFYLPGSYPHKY +GD L+VKVNSLTSI+TEMPFSY
Sbjct: 6 KMESFHRFRLWVFVFLCLMFQSGNGFYLPGSYPHKYGIGDELSVKVNSLTSIETEMPFSY 65
Query: 309 YSLPFCRPKEGIKDSAENLGELLMGDRIENSPYRFKMYTNETEIFLCQTKPLSGEEFKLL 488
YSLPFC+P+ G+KDSAENLGELLMGDRIENSPY+FKMYTNE+EIFLCQ + LS +EFK+L
Sbjct: 66 YSLPFCKPEGGVKDSAENLGELLMGDRIENSPYKFKMYTNESEIFLCQVEKLSDDEFKIL 125
Query: 489 KKRIDEMYQVNVILDNLPAIRYPKKDGYMLRWTGYPVGAKVDEGYYIFNHLKFTVLVHKF 668
KKRIDEMYQVN+ILDNLPAIR+ KK Y LRWTGYPVG K+ + YY+FNHL+F VLVHK+
Sbjct: 126 KKRIDEMYQVNLILDNLPAIRFTKKVEYFLRWTGYPVGIKIQDVYYMFNHLRFNVLVHKY 185
Query: 669 EESDVARVMGTGDAAEMIPPEGNKGSVIPGYMVVGFEVVPCSFQHKTESVKSLKMYNKYP 848
EE++VARVMGTGDA EMIP G +GS PGYMVVGFEV+PCS H +SVK LKMYNKYP
Sbjct: 186 EETNVARVMGTGDATEMIPTIGKEGSDKPGYMVVGFEVIPCSIMHNADSVKGLKMYNKYP 245
Query: 849 ASISCDPNTVAMPIKENEPLTFSYEVSFVEKDIKWPSRWDAYLKMEGAKVHWFSILNSLM 1028
+ I CDP+TVAMPIKE +PLTF+YE++F E DIKWPSRWDAYLKMEGAKVHWFSILNSLM
Sbjct: 246 SPIRCDPSTVAMPIKEGQPLTFTYEITFEESDIKWPSRWDAYLKMEGAKVHWFSILNSLM 305
Query: 1029 VITFLAGIVLVIFLRTVRRDLTQYEELDKEAQAQMNEELSGWKLVVADVFRAPSNPALLC 1208
VITFLAGIVLVIFLRTVRRDLT+YEELDKEAQAQMNEELSGWKLVV DVFRAPSNPALLC
Sbjct: 306 VITFLAGIVLVIFLRTVRRDLTRYEELDKEAQAQMNEELSGWKLVVGDVFRAPSNPALLC 365
Query: 1209 AMVGNGVQILGMAVVTILFAALGFMSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTIF 1388
MVG+GVQILGMAVVTILFAALGFMSPASRGTLITGMLFFYM+LG+AAGYVAVRLWRTI
Sbjct: 366 IMVGDGVQILGMAVVTILFAALGFMSPASRGTLITGMLFFYMILGVAAGYVAVRLWRTIG 425
Query: 1389 CGDHKGWIGVSWKVSCFFPGISFLIFTLLNFLLWGSHSTGAIPFSLFVILILLWFCISVP 1568
CGD KGW V+WK +CFFPGI+FLI T LNFLLWGSHSTGAIPFSLFVILILLWFCISVP
Sbjct: 426 CGDQKGWSSVAWKAACFFPGIAFLILTTLNFLLWGSHSTGAIPFSLFVILILLWFCISVP 485
Query: 1569 LTLVGGYFGAKAPHIEYPVRTNQIPREIPPQKYPSWLLVLGAGTLPFGTLFIELFFIMSS 1748
LTL+GG FGA+APH+EYPVRTNQIPREIP Q+YPSWLLVLGAGTLPFGTLFIELFFIMSS
Sbjct: 486 LTLIGGLFGARAPHVEYPVRTNQIPREIPQQRYPSWLLVLGAGTLPFGTLFIELFFIMSS 545
Query: 1749 LWMGRXXXXXXXXXXXXXXXXXXCAEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFL 1928
+WMGR CAEVSLVLTYMHLCVEDW+WWWKSFFASGSVAIYIFL
Sbjct: 546 IWMGRVYYVFGFLLVVMILLVVVCAEVSLVLTYMHLCVEDWRWWWKSFFASGSVAIYIFL 605
Query: 1929 YSINYLIFDLKSLSGPVSATLYLGYSLFMVLAIMLATGTVGFLSSFWFVHYLFSSVKLD 2105
YSINYL+FDLK+LSGPVSATLYLGYSLFMVLAIMLATGTVGFLSSFWFV+YLFSSVKLD
Sbjct: 606 YSINYLVFDLKNLSGPVSATLYLGYSLFMVLAIMLATGTVGFLSSFWFVYYLFSSVKLD 664
>ref|XP_002264906.1| PREDICTED: transmembrane 9 superfamily member 4 [Vitis vinifera]
Length = 656
Score = 1114 bits (2882), Expect = 0.0
Identities = 535/635 (84%), Positives = 582/635 (91%)
Frame = +3
Query: 201 GFYLPGSYPHKYEVGDPLNVKVNSLTSIDTEMPFSYYSLPFCRPKEGIKDSAENLGELLM 380
GFYLPGSYPHKY++G+ L+VKVNSLTSIDTEMPFSYYSLPFC+P EG+KDSAENLGELLM
Sbjct: 23 GFYLPGSYPHKYDIGNTLSVKVNSLTSIDTEMPFSYYSLPFCKPPEGVKDSAENLGELLM 82
Query: 381 GDRIENSPYRFKMYTNETEIFLCQTKPLSGEEFKLLKKRIDEMYQVNVILDNLPAIRYPK 560
GDRIENSPYRFKMYTNET+IFLC++ PLS ++FK+LKKRIDEMYQVN+ILDNLPAIRY K
Sbjct: 83 GDRIENSPYRFKMYTNETQIFLCKSDPLSADDFKILKKRIDEMYQVNLILDNLPAIRYTK 142
Query: 561 KDGYMLRWTGYPVGAKVDEGYYIFNHLKFTVLVHKFEESDVARVMGTGDAAEMIPPEGNK 740
K+G+ LRWTGYPVG KV + YY+FNHLKFTVLVHK+EE+++ARVMGTGDAAE IP ++
Sbjct: 143 KEGFFLRWTGYPVGIKVQDMYYVFNHLKFTVLVHKYEETNMARVMGTGDAAEGIPTV-DR 201
Query: 741 GSVIPGYMVVGFEVVPCSFQHKTESVKSLKMYNKYPASISCDPNTVAMPIKENEPLTFSY 920
S +PGYMVVGFEVVPCS H +SVK+LK+Y+KYP++I+CDP TV M +KE +P+ F+Y
Sbjct: 202 TSNVPGYMVVGFEVVPCSVSHNFDSVKNLKIYDKYPSAINCDPTTVEMAVKEGQPMVFTY 261
Query: 921 EVSFVEKDIKWPSRWDAYLKMEGAKVHWFSILNSLMVITFLAGIVLVIFLRTVRRDLTQY 1100
+VSFVE DIKWPSRWDAYLKMEGAKVHWFSILNSLMVITFLAGIVLVIFLRTVRRDLT+Y
Sbjct: 262 DVSFVESDIKWPSRWDAYLKMEGAKVHWFSILNSLMVITFLAGIVLVIFLRTVRRDLTRY 321
Query: 1101 EELDKEAQAQMNEELSGWKLVVADVFRAPSNPALLCAMVGNGVQILGMAVVTILFAALGF 1280
EE+DKEAQAQMNEELSGWKLVVADVFRAP NPALLC MVG+GVQILGMAVVTILFAALGF
Sbjct: 322 EEIDKEAQAQMNEELSGWKLVVADVFRAPDNPALLCIMVGDGVQILGMAVVTILFAALGF 381
Query: 1281 MSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTIFCGDHKGWIGVSWKVSCFFPGISFL 1460
MSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTI CGD KGW+ VSW+V+CFFPGI+FL
Sbjct: 382 MSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTIGCGDSKGWVSVSWRVACFFPGIAFL 441
Query: 1461 IFTLLNFLLWGSHSTGAIPFSLFVILILLWFCISVPLTLVGGYFGAKAPHIEYPVRTNQI 1640
I T LNFLLWGSHSTGAIPFSLFVIL+LLWFCISVPLTLVGGY GAKAPHIEYPVRTNQI
Sbjct: 442 ILTTLNFLLWGSHSTGAIPFSLFVILLLLWFCISVPLTLVGGYLGAKAPHIEYPVRTNQI 501
Query: 1641 PREIPPQKYPSWLLVLGAGTLPFGTLFIELFFIMSSLWMGRXXXXXXXXXXXXXXXXXXC 1820
PREIP QKYPSWLLVLGAGTLPFGTLFIELFFIMSS+WMGR C
Sbjct: 502 PREIPAQKYPSWLLVLGAGTLPFGTLFIELFFIMSSIWMGRVYYVFGFLFIVLILLVVVC 561
Query: 1821 AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYLIFDLKSLSGPVSATLYLG 2000
AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYL+FDLKSLSGPVSATLY+G
Sbjct: 562 AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYLVFDLKSLSGPVSATLYIG 621
Query: 2001 YSLFMVLAIMLATGTVGFLSSFWFVHYLFSSVKLD 2105
YSLFMV AIMLATGTVGFLSSFWFVHYLFSSVKLD
Sbjct: 622 YSLFMVFAIMLATGTVGFLSSFWFVHYLFSSVKLD 656
>emb|CAN62778.1| hypothetical protein VITISV_031212 [Vitis vinifera]
Length = 656
Score = 1114 bits (2882), Expect = 0.0
Identities = 535/635 (84%), Positives = 582/635 (91%)
Frame = +3
Query: 201 GFYLPGSYPHKYEVGDPLNVKVNSLTSIDTEMPFSYYSLPFCRPKEGIKDSAENLGELLM 380
GFYLPGSYPHKY++G+ L+VKVNSLTSIDTEMPFSYYSLPFC+P EG+KDSAENLGELLM
Sbjct: 23 GFYLPGSYPHKYDIGNTLSVKVNSLTSIDTEMPFSYYSLPFCKPPEGVKDSAENLGELLM 82
Query: 381 GDRIENSPYRFKMYTNETEIFLCQTKPLSGEEFKLLKKRIDEMYQVNVILDNLPAIRYPK 560
GDRIENSPYRFKMYTNET+IFLC++ PLS ++FK+LKKRIDEMYQVN+ILDNLPAIRY K
Sbjct: 83 GDRIENSPYRFKMYTNETQIFLCKSDPLSADDFKILKKRIDEMYQVNLILDNLPAIRYTK 142
Query: 561 KDGYMLRWTGYPVGAKVDEGYYIFNHLKFTVLVHKFEESDVARVMGTGDAAEMIPPEGNK 740
K+G+ LRWTGYPVG KV + YY+FNHLKFTVLVHK+EE+++ARVMGTGDAAE IP ++
Sbjct: 143 KEGFFLRWTGYPVGIKVQDMYYVFNHLKFTVLVHKYEETNMARVMGTGDAAEGIPTV-DR 201
Query: 741 GSVIPGYMVVGFEVVPCSFQHKTESVKSLKMYNKYPASISCDPNTVAMPIKENEPLTFSY 920
S +PGYMVVGFEVVPCS H +SVK+LK+Y+KYP++I+CDP TV M +KE +P+ F+Y
Sbjct: 202 TSNVPGYMVVGFEVVPCSVSHNFDSVKNLKIYDKYPSAINCDPTTVEMAVKEGQPMVFTY 261
Query: 921 EVSFVEKDIKWPSRWDAYLKMEGAKVHWFSILNSLMVITFLAGIVLVIFLRTVRRDLTQY 1100
+VSFVE DIKWPSRWDAYLKMEGAKVHWFSILNSLMVITFLAGIVLVIFLRTVRRDLT+Y
Sbjct: 262 DVSFVESDIKWPSRWDAYLKMEGAKVHWFSILNSLMVITFLAGIVLVIFLRTVRRDLTRY 321
Query: 1101 EELDKEAQAQMNEELSGWKLVVADVFRAPSNPALLCAMVGNGVQILGMAVVTILFAALGF 1280
EE+DKEAQAQMNEELSGWKLVVADVFRAP NPALLC MVG+GVQILGMAVVTILFAALGF
Sbjct: 322 EEIDKEAQAQMNEELSGWKLVVADVFRAPDNPALLCIMVGDGVQILGMAVVTILFAALGF 381
Query: 1281 MSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTIFCGDHKGWIGVSWKVSCFFPGISFL 1460
MSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTI CGD KGW+ VSW+V+CFFPGI+FL
Sbjct: 382 MSPASRGTLITGMLFFYMVLGIAAGYVAVRLWRTIGCGDSKGWVSVSWRVACFFPGIAFL 441
Query: 1461 IFTLLNFLLWGSHSTGAIPFSLFVILILLWFCISVPLTLVGGYFGAKAPHIEYPVRTNQI 1640
I T LNFLLWGSHSTGAIPFSLFVIL+LLWFCISVPLTLVGGY GAKAPHIEYPVRTNQI
Sbjct: 442 ILTTLNFLLWGSHSTGAIPFSLFVILLLLWFCISVPLTLVGGYLGAKAPHIEYPVRTNQI 501
Query: 1641 PREIPPQKYPSWLLVLGAGTLPFGTLFIELFFIMSSLWMGRXXXXXXXXXXXXXXXXXXC 1820
PREIP QKYPSWLLVLGAGTLPFGTLFIELFFIMSS+WMGR C
Sbjct: 502 PREIPAQKYPSWLLVLGAGTLPFGTLFIELFFIMSSIWMGRVYYVFGFLFIVLILLVVVC 561
Query: 1821 AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYLIFDLKSLSGPVSATLYLG 2000
AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYL+FDLKSLSGPVSATLY+G
Sbjct: 562 AEVSLVLTYMHLCVEDWKWWWKSFFASGSVAIYIFLYSINYLVFDLKSLSGPVSATLYIG 621
Query: 2001 YSLFMVLAIMLATGTVGFLSSFWFVHYLFSSVKLD 2105
YSLFMV AIMLATGTVGFLSSFWFVHYLFSSVKLD
Sbjct: 622 YSLFMVFAIMLATGTVGFLSSFWFVHYLFSSVKLD 656