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= Papaver23_contig00011424
         (1048 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_002530478.1| conserved hypothetical protein [Ricinus comm...   519   e-145
ref|NP_001236914.1| SEL-1 precursor [Glycine max] gi|68131077|db...   514   e-143
emb|CBI15583.3| unnamed protein product [Vitis vinifera]              512   e-143
ref|XP_002282611.1| PREDICTED: protein sel-1 homolog 2 [Vitis vi...   512   e-143
ref|XP_003530964.1| PREDICTED: protein sel-1 homolog 2-like [Gly...   505   e-141

>ref|XP_002530478.1| conserved hypothetical protein [Ricinus communis]
            gi|223529975|gb|EEF31901.1| conserved hypothetical
            protein [Ricinus communis]
          Length = 681

 Score =  519 bits (1337), Expect = e-145
 Identities = 247/297 (83%), Positives = 278/297 (93%)
 Frame = -2

Query: 1047 GIGVEENINLAMKYFITAANAGQPKAYYQLARMFQYGKGLKQNLPMATALYKLVAERGPW 868
            GIGV+ ++ LA KYFI AANAGQPKA+YQLA+MF  G GLK++L MATALYKLVAERGPW
Sbjct: 375  GIGVKRDVKLACKYFIVAANAGQPKAFYQLAKMFHTGVGLKKDLVMATALYKLVAERGPW 434

Query: 867  SSLSRWALESYMKGDIGKAFLLYSRLAELGYEIAQSNAAWILDKYGERSMCMGESGFCTD 688
            S+LSRWALESY+KGD+GKAFLLY+R+AE+GYEIAQSNAAWILDKYGERSMCMGESGFCTD
Sbjct: 435  STLSRWALESYLKGDVGKAFLLYARMAEMGYEIAQSNAAWILDKYGERSMCMGESGFCTD 494

Query: 687  SERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAAEAYLHAKSQSNAQAIF 508
            +ERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDY+RAAEAY+HAKSQSNAQA+F
Sbjct: 495  AERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYERAAEAYMHAKSQSNAQAMF 554

Query: 507  NLGYMHEHGQGRPLDLHLAKRYYDQALEIDPAAKLPVTLALMSLYVRKNYANTILVDMID 328
            NLGYMHEHGQG P DLHLAKRYYDQALEIDPAAKLPVTLAL SL+VR+NYA++ LV++ID
Sbjct: 555  NLGYMHEHGQGLPFDLHLAKRYYDQALEIDPAAKLPVTLALTSLWVRRNYADSFLVNLID 614

Query: 327  ALPGLFPKVEVWVDKVIMDEGNATILTLFVCLLTVLYLRERQRRHAVAAAGDLAIPQ 157
            +LPG++PKVE WV+ VI++EGNATILTLFVCLLTVLYLRERQRRHA    G+ A+PQ
Sbjct: 615  SLPGVYPKVEAWVENVILEEGNATILTLFVCLLTVLYLRERQRRHA-GGVGEAAVPQ 670


>ref|NP_001236914.1| SEL-1 precursor [Glycine max] gi|68131077|dbj|BAE02648.1| SEL-1
            [Glycine max]
          Length = 670

 Score =  514 bits (1325), Expect = e-143
 Identities = 242/309 (78%), Positives = 280/309 (90%)
 Frame = -2

Query: 1047 GIGVEENINLAMKYFITAANAGQPKAYYQLARMFQYGKGLKQNLPMATALYKLVAERGPW 868
            GIGV+ ++ LA K+F+ AAN GQPKA+YQLA++F  G G K+N+P+ATALYKLVAERGPW
Sbjct: 362  GIGVKRDVKLACKFFVLAANHGQPKAFYQLAKIFHTGLGFKKNIPLATALYKLVAERGPW 421

Query: 867  SSLSRWALESYMKGDIGKAFLLYSRLAELGYEIAQSNAAWILDKYGERSMCMGESGFCTD 688
            SSLSRWALESY+KGDIGKAF+LYSR+AE+GYE+AQSNAAWILDKYGERSMCMGESGFCTD
Sbjct: 422  SSLSRWALESYLKGDIGKAFMLYSRMAEMGYEVAQSNAAWILDKYGERSMCMGESGFCTD 481

Query: 687  SERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAAEAYLHAKSQSNAQAIF 508
            +ERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGT RDY+RAAEAY+HAKSQSNAQA+F
Sbjct: 482  AERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTARDYERAAEAYMHAKSQSNAQAMF 541

Query: 507  NLGYMHEHGQGRPLDLHLAKRYYDQALEIDPAAKLPVTLALMSLYVRKNYANTILVDMID 328
            NLGYMHEHGQG P DLHLAKRYYD+AL+ DPAAKLPVTLAL SL+VRKNYA++ +V +ID
Sbjct: 542  NLGYMHEHGQGLPFDLHLAKRYYDEALDHDPAAKLPVTLALSSLWVRKNYADSFVVQVID 601

Query: 327  ALPGLFPKVEVWVDKVIMDEGNATILTLFVCLLTVLYLRERQRRHAVAAAGDLAIPQPNN 148
            +LP L+PK+E WV+ V+++EGNATILTLFVCLLTVLYLRERQRR A  AAG++A P   N
Sbjct: 602  SLPELYPKLEAWVENVLLEEGNATILTLFVCLLTVLYLRERQRRQAAVAAGEVAQPNHPN 661

Query: 147  DNDLPVAPI 121
            +  +P API
Sbjct: 662  ELGVPAAPI 670


>emb|CBI15583.3| unnamed protein product [Vitis vinifera]
          Length = 576

 Score =  512 bits (1318), Expect = e-143
 Identities = 247/308 (80%), Positives = 279/308 (90%)
 Frame = -2

Query: 1047 GIGVEENINLAMKYFITAANAGQPKAYYQLARMFQYGKGLKQNLPMATALYKLVAERGPW 868
            G+GV+ ++ LA  YFI AA  GQPKA+YQLA+MF  G GLK+NLPMATALYKLVAERGPW
Sbjct: 269  GVGVKRDVKLACNYFIMAAKEGQPKAFYQLAKMFHTGVGLKRNLPMATALYKLVAERGPW 328

Query: 867  SSLSRWALESYMKGDIGKAFLLYSRLAELGYEIAQSNAAWILDKYGERSMCMGESGFCTD 688
            SSLSRWALESY+KGD+GKAFLLYSR+AELGYE+AQSNAAWILDKY ERSMC+GESGFCTD
Sbjct: 329  SSLSRWALESYLKGDVGKAFLLYSRMAELGYEVAQSNAAWILDKYRERSMCIGESGFCTD 388

Query: 687  SERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAAEAYLHAKSQSNAQAIF 508
            +ER QRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAA+AY+HAKSQSNAQA+F
Sbjct: 389  AERLQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAAKAYMHAKSQSNAQAMF 448

Query: 507  NLGYMHEHGQGRPLDLHLAKRYYDQALEIDPAAKLPVTLALMSLYVRKNYANTILVDMID 328
            NLGYMHEHGQG P DLHLAKRYYDQALEID AAKLPVTLAL SL++RKNYA++ LVD++D
Sbjct: 449  NLGYMHEHGQGLPFDLHLAKRYYDQALEIDSAAKLPVTLALTSLWIRKNYASSFLVDLVD 508

Query: 327  ALPGLFPKVEVWVDKVIMDEGNATILTLFVCLLTVLYLRERQRRHAVAAAGDLAIPQPNN 148
            +LP ++PKVE WV+ VIM+EGNATILTLFVCLLTVLYLRERQRRH VAAA + A+P   N
Sbjct: 509  SLPEVYPKVEAWVENVIMEEGNATILTLFVCLLTVLYLRERQRRH-VAAAPEAALPLLPN 567

Query: 147  DNDLPVAP 124
            ++ +  AP
Sbjct: 568  EHGVLAAP 575


>ref|XP_002282611.1| PREDICTED: protein sel-1 homolog 2 [Vitis vinifera]
          Length = 674

 Score =  512 bits (1318), Expect = e-143
 Identities = 247/308 (80%), Positives = 279/308 (90%)
 Frame = -2

Query: 1047 GIGVEENINLAMKYFITAANAGQPKAYYQLARMFQYGKGLKQNLPMATALYKLVAERGPW 868
            G+GV+ ++ LA  YFI AA  GQPKA+YQLA+MF  G GLK+NLPMATALYKLVAERGPW
Sbjct: 367  GVGVKRDVKLACNYFIMAAKEGQPKAFYQLAKMFHTGVGLKRNLPMATALYKLVAERGPW 426

Query: 867  SSLSRWALESYMKGDIGKAFLLYSRLAELGYEIAQSNAAWILDKYGERSMCMGESGFCTD 688
            SSLSRWALESY+KGD+GKAFLLYSR+AELGYE+AQSNAAWILDKY ERSMC+GESGFCTD
Sbjct: 427  SSLSRWALESYLKGDVGKAFLLYSRMAELGYEVAQSNAAWILDKYRERSMCIGESGFCTD 486

Query: 687  SERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAAEAYLHAKSQSNAQAIF 508
            +ER QRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAA+AY+HAKSQSNAQA+F
Sbjct: 487  AERLQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAAKAYMHAKSQSNAQAMF 546

Query: 507  NLGYMHEHGQGRPLDLHLAKRYYDQALEIDPAAKLPVTLALMSLYVRKNYANTILVDMID 328
            NLGYMHEHGQG P DLHLAKRYYDQALEID AAKLPVTLAL SL++RKNYA++ LVD++D
Sbjct: 547  NLGYMHEHGQGLPFDLHLAKRYYDQALEIDSAAKLPVTLALTSLWIRKNYASSFLVDLVD 606

Query: 327  ALPGLFPKVEVWVDKVIMDEGNATILTLFVCLLTVLYLRERQRRHAVAAAGDLAIPQPNN 148
            +LP ++PKVE WV+ VIM+EGNATILTLFVCLLTVLYLRERQRRH VAAA + A+P   N
Sbjct: 607  SLPEVYPKVEAWVENVIMEEGNATILTLFVCLLTVLYLRERQRRH-VAAAPEAALPLLPN 665

Query: 147  DNDLPVAP 124
            ++ +  AP
Sbjct: 666  EHGVLAAP 673


>ref|XP_003530964.1| PREDICTED: protein sel-1 homolog 2-like [Glycine max]
          Length = 671

 Score =  505 bits (1300), Expect = e-141
 Identities = 239/304 (78%), Positives = 275/304 (90%)
 Frame = -2

Query: 1047 GIGVEENINLAMKYFITAANAGQPKAYYQLARMFQYGKGLKQNLPMATALYKLVAERGPW 868
            GIGV  ++ LA K+F+ AAN GQPKA+YQLA++F  G G K+N+P+ATALYKLVAERGPW
Sbjct: 366  GIGVNRDVKLACKFFVFAANHGQPKAFYQLAKIFHTGLGFKKNIPLATALYKLVAERGPW 425

Query: 867  SSLSRWALESYMKGDIGKAFLLYSRLAELGYEIAQSNAAWILDKYGERSMCMGESGFCTD 688
            SSLSRWALESY+KGD+GKAF+LYSR+AE+GYE+AQSNAAWILDKYGERSMCMGESGFCTD
Sbjct: 426  SSLSRWALESYLKGDVGKAFMLYSRMAEMGYEVAQSNAAWILDKYGERSMCMGESGFCTD 485

Query: 687  SERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTERDYDRAAEAYLHAKSQSNAQAIF 508
            +ERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGT RDY+RAAEAY+HAKSQ NAQA+F
Sbjct: 486  AERHQRAHSLWWQASEQGNEHAALLIGDAYYYGRGTARDYERAAEAYMHAKSQLNAQAMF 545

Query: 507  NLGYMHEHGQGRPLDLHLAKRYYDQALEIDPAAKLPVTLALMSLYVRKNYANTILVDMID 328
            NLGYMHEHGQG P DLHLAKRYYD+ALE D AAKLPVTLAL SL+VRKNYA++ +V +ID
Sbjct: 546  NLGYMHEHGQGLPYDLHLAKRYYDEALEHDSAAKLPVTLALSSLWVRKNYADSFMVQVID 605

Query: 327  ALPGLFPKVEVWVDKVIMDEGNATILTLFVCLLTVLYLRERQRRHAVAAAGDLAIPQPNN 148
            +LP L+PK+E WV+ V+++EGNATILTLFVCLLTVLYLRERQRR A  AAG++A  QPN 
Sbjct: 606  SLPELYPKLEAWVENVLLEEGNATILTLFVCLLTVLYLRERQRRQAAVAAGEVA--QPNR 663

Query: 147  DNDL 136
             N+L
Sbjct: 664  PNEL 667