Homology
BLAST of Spo01576.1 vs. NCBI nr
Match:
gi|902223479|gb|KNA19456.1| (hypothetical protein SOVF_061300 isoform A [Spinacia oleracea])
HSP 1 Score: 1442.2 bits (3732), Expect = 0.000e+0
Identity = 729/736 (99.05%), Postives = 729/736 (99.05%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL Sbjct: 855 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 914 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE Sbjct: 915 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 974 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ Sbjct: 975 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 1034 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 240 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK Sbjct: 1035 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 1094 Query: 241 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 300 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT Sbjct: 1095 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 1154 Query: 301 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 360 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS Sbjct: 1155 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 1214 Query: 361 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 420 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE Sbjct: 1215 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 1274 Query: 421 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 480 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI Sbjct: 1275 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 1334 Query: 481 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 540 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG Sbjct: 1335 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 1394 Query: 541 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 600 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN Sbjct: 1395 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 1454 Query: 601 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 660 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL Sbjct: 1455 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 1514 Query: 661 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 720 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL Sbjct: 1515 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 1574 Query: 721 IPNRALR-----WYNH 732 IPNRALR W H Sbjct: 1575 IPNRALRSAIQEWLQH 1590
BLAST of Spo01576.1 vs. NCBI nr
Match:
gi|902223480|gb|KNA19457.1| (hypothetical protein SOVF_061300 isoform B [Spinacia oleracea])
HSP 1 Score: 1442.2 bits (3732), Expect = 0.000e+0
Identity = 729/736 (99.05%), Postives = 729/736 (99.05%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL Sbjct: 856 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 915 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE Sbjct: 916 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 975 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ Sbjct: 976 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 1035 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 240 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK Sbjct: 1036 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 1095 Query: 241 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 300 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT Sbjct: 1096 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 1155 Query: 301 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 360 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS Sbjct: 1156 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 1215 Query: 361 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 420 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE Sbjct: 1216 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 1275 Query: 421 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 480 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI Sbjct: 1276 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 1335 Query: 481 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 540 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG Sbjct: 1336 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 1395 Query: 541 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 600 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN Sbjct: 1396 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 1455 Query: 601 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 660 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL Sbjct: 1456 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 1515 Query: 661 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 720 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL Sbjct: 1516 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 1575 Query: 721 IPNRALR-----WYNH 732 IPNRALR W H Sbjct: 1576 IPNRALRSAIQEWLQH 1591
BLAST of Spo01576.1 vs. NCBI nr
Match:
gi|902223482|gb|KNA19459.1| (hypothetical protein SOVF_061310 isoform B [Spinacia oleracea])
HSP 1 Score: 1379.8 bits (3570), Expect = 0.000e+0
Identity = 696/696 (100.00%), Postives = 696/696 (100.00%), Query Frame = 1
Query: 744 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 803 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI Sbjct: 55 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 114 Query: 804 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 863 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ Sbjct: 115 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 174 Query: 864 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 923 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ Sbjct: 175 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 234 Query: 924 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 983 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD Sbjct: 235 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 294 Query: 984 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 1043 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY Sbjct: 295 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 354 Query: 1044 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 1103 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV Sbjct: 355 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 414 Query: 1104 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 1163 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE Sbjct: 415 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 474 Query: 1164 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 1223 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD Sbjct: 475 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 534 Query: 1224 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 1283 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS Sbjct: 535 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 594 Query: 1284 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 1343 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG Sbjct: 595 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 654 Query: 1344 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 1403 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG Sbjct: 655 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 714 Query: 1404 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 1440 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV Sbjct: 715 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 750
BLAST of Spo01576.1 vs. NCBI nr
Match:
gi|902223481|gb|KNA19458.1| (hypothetical protein SOVF_061310 isoform A [Spinacia oleracea])
HSP 1 Score: 1373.2 bits (3553), Expect = 0.000e+0
Identity = 695/696 (99.86%), Postives = 695/696 (99.86%), Query Frame = 1
Query: 744 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 803 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI Sbjct: 55 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 114 Query: 804 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 863 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ Sbjct: 115 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 174 Query: 864 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 923 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVL PTIISNDPFGQ Sbjct: 175 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVL-PTIISNDPFGQ 234 Query: 924 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 983 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD Sbjct: 235 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 294 Query: 984 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 1043 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY Sbjct: 295 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 354 Query: 1044 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 1103 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV Sbjct: 355 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 414 Query: 1104 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 1163 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE Sbjct: 415 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 474 Query: 1164 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 1223 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD Sbjct: 475 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 534 Query: 1224 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 1283 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS Sbjct: 535 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 594 Query: 1284 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 1343 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG Sbjct: 595 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 654 Query: 1344 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 1403 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG Sbjct: 655 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 714 Query: 1404 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 1440 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV Sbjct: 715 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 749
BLAST of Spo01576.1 vs. NCBI nr
Match:
gi|902223483|gb|KNA19460.1| (hypothetical protein SOVF_061310 isoform C [Spinacia oleracea])
HSP 1 Score: 1242.3 bits (3213), Expect = 0.000e+0
Identity = 643/696 (92.39%), Postives = 649/696 (93.25%), Query Frame = 1
Query: 744 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 803 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKES+TDGILELI Sbjct: 55 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESITDGILELI 114 Query: 804 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 863 SELGIQKLVMGAGSNSRFLR K + + E Q Sbjct: 115 SELGIQKLVMGAGSNSRFLREATKQLNHRLEE--------------------------NQ 174 Query: 864 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 923 LN RL ++ + VDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ Sbjct: 175 LN-RLSYSEQS--------VDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 234 Query: 924 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 983 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD Sbjct: 235 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 294 Query: 984 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 1043 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY Sbjct: 295 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 354 Query: 1044 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 1103 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV Sbjct: 355 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 414 Query: 1104 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 1163 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE Sbjct: 415 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 474 Query: 1164 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 1223 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD Sbjct: 475 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 534 Query: 1224 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 1283 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS Sbjct: 535 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 594 Query: 1284 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 1343 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG Sbjct: 595 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 654 Query: 1344 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 1403 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG Sbjct: 655 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 714 Query: 1404 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 1440 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV Sbjct: 715 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 715
BLAST of Spo01576.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9RKS5_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_061300 PE=4 SV=1)
HSP 1 Score: 1442.2 bits (3732), Expect = 0.000e+0
Identity = 729/736 (99.05%), Postives = 729/736 (99.05%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL Sbjct: 856 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 915 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE Sbjct: 916 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 975 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ Sbjct: 976 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 1035 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 240 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK Sbjct: 1036 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 1095 Query: 241 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 300 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT Sbjct: 1096 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 1155 Query: 301 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 360 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS Sbjct: 1156 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 1215 Query: 361 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 420 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE Sbjct: 1216 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 1275 Query: 421 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 480 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI Sbjct: 1276 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 1335 Query: 481 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 540 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG Sbjct: 1336 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 1395 Query: 541 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 600 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN Sbjct: 1396 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 1455 Query: 601 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 660 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL Sbjct: 1456 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 1515 Query: 661 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 720 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL Sbjct: 1516 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 1575 Query: 721 IPNRALR-----WYNH 732 IPNRALR W H Sbjct: 1576 IPNRALRSAIQEWLQH 1591
BLAST of Spo01576.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9RIX1_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_061300 PE=4 SV=1)
HSP 1 Score: 1442.2 bits (3732), Expect = 0.000e+0
Identity = 729/736 (99.05%), Postives = 729/736 (99.05%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL Sbjct: 855 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 914 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE Sbjct: 915 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 974 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ Sbjct: 975 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 1034 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 240 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK Sbjct: 1035 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 1094 Query: 241 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 300 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT Sbjct: 1095 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 1154 Query: 301 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 360 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS Sbjct: 1155 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 1214 Query: 361 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 420 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE Sbjct: 1215 SCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGARE 1274 Query: 421 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 480 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI Sbjct: 1275 FKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQI 1334 Query: 481 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 540 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG Sbjct: 1335 ATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMG 1394 Query: 541 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 600 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN Sbjct: 1395 FITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN 1454 Query: 601 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 660 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL Sbjct: 1455 LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFL 1514 Query: 661 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 720 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL Sbjct: 1515 LASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDL 1574 Query: 721 IPNRALR-----WYNH 732 IPNRALR W H Sbjct: 1575 IPNRALRSAIQEWLQH 1590
BLAST of Spo01576.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9RKK8_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_061310 PE=4 SV=1)
HSP 1 Score: 1379.8 bits (3570), Expect = 0.000e+0
Identity = 696/696 (100.00%), Postives = 696/696 (100.00%), Query Frame = 1
Query: 744 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 803 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI Sbjct: 55 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 114 Query: 804 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 863 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ Sbjct: 115 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 174 Query: 864 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 923 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ Sbjct: 175 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 234 Query: 924 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 983 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD Sbjct: 235 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 294 Query: 984 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 1043 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY Sbjct: 295 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 354 Query: 1044 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 1103 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV Sbjct: 355 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 414 Query: 1104 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 1163 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE Sbjct: 415 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 474 Query: 1164 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 1223 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD Sbjct: 475 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 534 Query: 1224 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 1283 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS Sbjct: 535 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 594 Query: 1284 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 1343 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG Sbjct: 595 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 654 Query: 1344 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 1403 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG Sbjct: 655 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 714 Query: 1404 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 1440 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV Sbjct: 715 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 750
BLAST of Spo01576.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9RIZ0_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_061310 PE=4 SV=1)
HSP 1 Score: 1373.2 bits (3553), Expect = 0.000e+0
Identity = 695/696 (99.86%), Postives = 695/696 (99.86%), Query Frame = 1
Query: 744 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 803 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI Sbjct: 55 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 114 Query: 804 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 863 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ Sbjct: 115 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 174 Query: 864 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 923 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVL PTIISNDPFGQ Sbjct: 175 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVL-PTIISNDPFGQ 234 Query: 924 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 983 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD Sbjct: 235 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 294 Query: 984 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 1043 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY Sbjct: 295 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 354 Query: 1044 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 1103 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV Sbjct: 355 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 414 Query: 1104 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 1163 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE Sbjct: 415 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 474 Query: 1164 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 1223 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD Sbjct: 475 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 534 Query: 1224 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 1283 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS Sbjct: 535 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 594 Query: 1284 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 1343 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG Sbjct: 595 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 654 Query: 1344 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 1403 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG Sbjct: 655 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 714 Query: 1404 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 1440 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV Sbjct: 715 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 749
BLAST of Spo01576.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9RJ03_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_061310 PE=4 SV=1)
HSP 1 Score: 1242.3 bits (3213), Expect = 0.000e+0
Identity = 643/696 (92.39%), Postives = 649/696 (93.25%), Query Frame = 1
Query: 744 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESVTDGILELI 803 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKES+TDGILELI Sbjct: 55 YGFRSPLKAVTQSEVNQELERQEVEEMLDDCIKMYALKQVPSEKICIEKESITDGILELI 114 Query: 804 SELGIQKLVMGAGSNSRFLRIKPKPTSEQSNEVLNKAPDFCHIWFVYKGRLIYTREATKQ 863 SELGIQKLVMGAGSNSRFLR K + + E Q Sbjct: 115 SELGIQKLVMGAGSNSRFLREATKQLNHRLEE--------------------------NQ 174 Query: 864 LNHRLEENQLNRLSYSEQSVDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 923 LN RL ++ + VDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ Sbjct: 175 LN-RLSYSEQS--------VDSPSAESAGSSSPLSQNMQHDSSPATVLQPTIISNDPFGQ 234 Query: 924 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 983 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD Sbjct: 235 LQQALKKAERARQEASEESERRQKAEKETMNAIHKLKSAEDDLTKVTRNLVAIQFKLSKD 294 Query: 984 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 1043 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY Sbjct: 295 LKKLTQAAGEFSSLERQIEDCSNLEVEEMEERILFTEKLQKNKKQCDKMRMDYDDSFDVY 354 Query: 1044 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 1103 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV Sbjct: 355 LSADDDSVDVVHVLEKQVFLEPSSSNNTTFSCEFSQSDIIEATMLFDPSLRIQEGDNDSV 414 Query: 1104 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 1163 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE Sbjct: 415 YKGFLHNTEVAIKILKPNSLLAIQGIAKFKQEVDVLSKLRHPNLVTLIGVCPDSLALIYE 474 Query: 1164 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 1223 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD Sbjct: 475 YLPNGSLEDRLNCKDNTPPLPWRTRIHIVTELCSVLNFLHSILPCSIIHSNLSPKYVLLD 534 Query: 1224 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 1283 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS Sbjct: 535 ANFSCKLSGFGFCHIIPTNEQINRTNELNDTSYLDPEISPKSDVYSFGIILLRLLTGRPS 594 Query: 1284 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 1343 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG Sbjct: 595 LNIVTEVQHALENDHLHRILDPSAGDWPVVQAQHLAHMALKCCDVNTKDRPDLGSEVWRG 654 Query: 1344 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 1403 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG Sbjct: 655 LKPLMTSTKSLSNPLQPVSGDQIPSYFICPIFQDIMRDPHFAADGFTYEADAVRGWFESG 714 Query: 1404 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 1440 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV Sbjct: 715 RDTSPMTNLKLDSHNLTPNRALRSAIQEWLQKYNLV 715
BLAST of Spo01576.1 vs. ExPASy Swiss-Prot
Match:
PUB33_ARATH (U-box domain-containing protein 33 OS=Arabidopsis thaliana GN=PUB33 PE=2 SV=2)
HSP 1 Score: 623.2 bits (1606), Expect = 6.900e-177
Identity = 359/741 (48.45%), Postives = 476/741 (64.24%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 +LDD LRIC + + ++K++IE E++ +GI++LIS+L I VMGA + YSRRMT Sbjct: 117 ILDDYLRICQQRGVRAEKMFIEMESIENGIVQLISELGIRKLVMGAAADRHYSRRMTDLK 176 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 S+KA +V AP C IWF CK LI+TRE D E S+ P IS+ + Sbjct: 177 SRKAIFVRREAPTLCQIWFTCKGYLIHTREATMD---DTE------SEYASPRPSISASD 236 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 L P+ + S S +S S S +S S S +E RE Sbjct: 237 LLQTFSTPESEHQHISRVQSTDSVQQLVSNGS---STEQSGRVSDGSLNTDEEERESDGS 296 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 240 + T+ SP S + DD ++ +A +EA +SK+EAF E++RR KAEK Sbjct: 297 EVTGSATVMSSGHSSPSSFPDG---VDDSFNVKIRKATSEAHSSKQEAFAETLRRQKAEK 356 Query: 241 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 300 AL A R+ K ++ Y EEL++RK+ + +A+ K+ K+ E + +ELQ A+ QK Sbjct: 357 NALDAIRRAKQSESAYSEELKRRKDTEIAVAKEKERFITIKNEQEVIMEELQSAMAQKAM 416 Query: 301 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 360 LESQ KS + +++ KL AV LLQK ++ R+EL ERD AL EA+ELR S +S Sbjct: 417 LESQIAKSDGTMEKLNQKLDIAVKLLQKLRDEREELQTERDRALREAEELR---SHAETS 476 Query: 361 SCVL--MFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGA 420 + L F++FS S++E ATN+FD +LKIG GG GS Y G L H +VAIKML PN+ G Sbjct: 477 TLQLPQYFTDFSFSEIEEATNHFDSTLKIGEGGYGSIYVGLLRHTQVAIKMLNPNSSQGP 536 Query: 421 REFKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRI 480 E+++E+D+LSK+RHPN++TL GACPE +LV+EYLP GSLEDRL CKDN+ PL WQ R+ Sbjct: 537 VEYQQEVDVLSKMRHPNIITLIGACPEGWSLVYEYLPGGSLEDRLTCKDNSPPLSWQNRV 596 Query: 481 QIATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHII-SNGGTSVEQ 540 +IAT++C+ L FLHS + S++HGDLKPANILLD N V KL +FG C ++ NG SV Sbjct: 597 RIATEICAALVFLHSNKAHSLVHGDLKPANILLDSNLVSKLSDFGTCSLLHPNGSKSVR- 656 Query: 541 TMGFITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALD 600 +D+ GT ++DPE ++GELTPKSD+YSFG+ILLRLLTG+PA+ I+ EV+ ALD Sbjct: 657 ------TDVTGTVAYLDPEASSSGELTPKSDVYSFGIILLRLLTGRPALRISNEVKYALD 716 Query: 601 KCNLICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLS 660 L +LDP AGDWPFVQAEQLAR+ALRCC+ NRPDL ++WRVLEPM+A+S S Sbjct: 717 NGTLNDLLDPLAGDWPFVQAEQLARLALRCCETVSENRPDLGTEVWRVLEPMRASSGGSS 776 Query: 661 KFLLASEDR--APHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSL 720 F L + AP YFICPIFQE+M+DP +A+DGFTYEAEAIR WL+S H TSPMTNV L Sbjct: 777 SFHLGRNEHRIAPPYFICPIFQEVMQDPHVAADGFTYEAEAIRAWLDSEHDTSPMTNVKL 832 Query: 721 ANHDLIPNRALR-----WYNH 732 ++ LI N ALR W H Sbjct: 837 SHTSLIANHALRSAIQEWLQH 832
BLAST of Spo01576.1 vs. ExPASy Swiss-Prot
Match:
PUB32_ARATH (U-box domain-containing protein 32 OS=Arabidopsis thaliana GN=PUB32 PE=2 SV=1)
HSP 1 Score: 443.7 bits (1140), Expect = 7.500e-123
Identity = 277/732 (37.84%), Postives = 415/732 (56.69%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 +++ L++ + EI + K+ I + + + I+ELI++ +I VMGA + YS +MT Sbjct: 87 LMNSYLQLLSETEIQTDKLCIAGQNIEECIVELIARHKIKWLVMGAASDKHYSWKMTDLK 146 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 SKKA +V APD CHIWF+CK LI+TR P D+D E Sbjct: 147 SKKAIFVCKKAPDSCHIWFLCKGYLIFTRASNDDSNNRQTMPPLVQLDSDNETRKSEKLE 206 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 S+ R + + S + + L + S SSSF E Sbjct: 207 SSYMRRRLRY--WRSLLEQDGEKDTGQLEREKVEPRAPPLFSSGSSSSFGEPVGPEPVSP 266 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDD--DPYEQLEQAMTEAENSKREAFEESMRRLKA 240 L T+N S +EE + D + ++AM + S R + E+ ++ + Sbjct: 267 ELVDSDTLNT-------SNVEEKEREGDVARKVHRYDKAMHDIGQSDRTVYGEAGKKWEE 326 Query: 241 EKKALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQK 300 + A K KA + L +E QRK ++E L + K E+++ +ELQ + Sbjct: 327 DASTTEALCKAKALEGLCIKESSQRKRLEELLEKEKLEVKMVIEQNNGFMKELQMVQGRN 386 Query: 301 LTLESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGP 360 L LESQ K + EKE +K +A++LL+ F+ +RDE+ ++ ++A+ E LR+ + Sbjct: 387 LKLESQMRKLQDLEKEHGEKFDTAMELLKSFRQKRDEIRIDHENAVKEVNALRRLVKGET 446 Query: 361 SSSCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGA 420 S ++S ++ ATN FDPS K+G G GS YKG L H++VA+KML Sbjct: 447 GESSGSEMLDYSFMEINEATNEFDPSWKLGEGKYGSVYKGNLQHLQVAVKMLPSYGSLNH 506 Query: 421 REFKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRI 480 EF++ ++ILS++RHPNLVTL GACPES +L+++Y+P GSLED + ++N L W++RI Sbjct: 507 FEFERRVEILSRVRHPNLVTLMGACPESRSLIYQYIPNGSLEDCFSSENNVPALSWESRI 566 Query: 481 QIATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQT 540 +IA+++CS L FLHS P IIHG+LKP+ ILLD N V K+ ++GI +I G Sbjct: 567 RIASEICSALLFLHSNIP-CIIHGNLKPSKILLDSNLVTKINDYGISQLIPIDG------ 626 Query: 541 MGFITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDK 600 L + H+DP + + E+T +SDIY+FG+ILL+LLT +P GI ++V+CAL+ Sbjct: 627 -------LDKSDPHVDPHYFVSREMTLESDIYAFGIILLQLLTRRPVSGILRDVKCALEN 686 Query: 601 CNLICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKA----TSQ 660 N+ VLD +AGDWP + ++LA +A+RCC N NRPDLA+ + R ++ MKA +S+ Sbjct: 687 DNISAVLDNSAGDWPVARGKKLANVAIRCCKKNPMNRPDLAV-VLRFIDRMKAPEVPSSE 746 Query: 661 HLSKFLLASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVS 720 S R P +++CPIFQE+M+DP IA+DGFTYEAEAIR WL +GH TSPMTN+ Sbjct: 747 TSSYANQNVPRRPPSHYLCPIFQEVMKDPLIAADGFTYEAEAIREWLANGHDTSPMTNLK 794 Query: 721 LANHDLIPNRAL 727 + + +LIPN AL Sbjct: 807 MEDCNLIPNHAL 794
BLAST of Spo01576.1 vs. ExPASy Swiss-Prot
Match:
PUB57_ORYSJ (U-box domain-containing protein 57 OS=Oryza sativa subsp. japonica GN=PUB57 PE=2 SV=1)
HSP 1 Score: 343.6 bits (880), Expect = 1.100e-92
Identity = 180/414 (43.48%), Postives = 260/414 (62.80%), Query Frame = 1
Query: 325 LLQKFK--NRRDELHVERDHALLEAKELRKQLSQGPSSSCVLMFSEFSLSDLEVATNYFD 384 L+QK K D+L ERD+A+ + ELR Q S+ +L +FS D+E AT +F Sbjct: 109 LVQKEKAVTAYDQLKHERDNAVQQVNELRDQ-----STHIIL---DFSRKDMEQATEHFK 168 Query: 385 PSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGAREFKKEMDILSKLRHPNLVTLFGA 444 + ++G G TYKG +H+++V IK+ + F++E+ IL + RHPN++T G Sbjct: 169 NAREVGDTEYGHTYKGMIHNMKVLIKLSSSQKL-----FQQEVSILRQWRHPNIITFIGV 228 Query: 445 CPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQIATQLCSVLNFLHSRQPSSIIHG 504 C E ALV+E+LP G+LEDR+ C +N+ PL W R QI ++C L FLHS + ++++HG Sbjct: 229 CSEVSALVYEWLPNGNLEDRIICTNNSAPLSWYNRTQIIGEICCALLFLHSNKSTALVHG 288 Query: 505 DLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMGFITSDLKGTFTHMDPEFLATGE 564 DL+P NIL+D N+ K+ NFG+ ++ GT +L +MDPEF TGE Sbjct: 289 DLRPCNILIDANYRSKICNFGMSNLFLQLGT--------FPPNLTARLPYMDPEFNTTGE 348 Query: 565 LTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCNLICVLDPTAGDWPFVQAEQLAR 624 LT SD+YS GVI+LRLLTG P + ++++V AL +L ++D +AGDWP+++A+QLA Sbjct: 349 LTTLSDVYSLGVIILRLLTGMPPLTLSEKVAEALGSDSLHLLIDKSAGDWPYIEAKQLAL 408 Query: 625 MALRCCDMNQRNRPDLALDIWRVLEPM-----KATSQHLSKFLLASEDRAPHYFICPIFQ 684 + L C M ++ RPDL ++W V+EP+ AT +L + + P FICPI Sbjct: 409 IGLSCTGMTRKKRPDLLNEVWIVIEPLTRKPPAATWPYLQS--ASGDSSVPAAFICPISM 468 Query: 685 EIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDLIPNRALRWYNH 732 EIM+DPQ+ASDGFTYEAEAIR W + G SPMTN++L N +L+PNR LR + H Sbjct: 469 EIMKDPQVASDGFTYEAEAIRCWFDRGISRSPMTNLALPNLNLVPNRVLRSFIH 499
BLAST of Spo01576.1 vs. ExPASy Swiss-Prot
Match:
PUB35_ARATH (U-box domain-containing protein 35 OS=Arabidopsis thaliana GN=PUB35 PE=1 SV=2)
HSP 1 Score: 313.5 bits (802), Expect = 1.200e-83
Identity = 180/473 (38.05%), Postives = 281/473 (59.41%), Query Frame = 1
Query: 258 EELR-QRKEIQEELAENKKE-IEVTKSLLEKVSQELQEALHQKLTLESQFEKSCNSEKEM 317 E+LR + + +QE A + E + ++ L E + L+EA+ + ++E +EKE Sbjct: 354 EKLRAELRHVQEMYAVAQTETFDASRKLGELNQRRLEEAIKLEELKLKEYEARELAEKEK 413 Query: 318 EDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELR-KQLSQGPSSSCVLMFSEFSLSDL 377 ++ + D + E+ R+ A++ + K+ +G S L + F+ ++ Sbjct: 414 QNFEKARRDAESMRERAEREIAQRREAERKSARDTKEKEKLEGTLGSPQLQYQHFAWEEI 473 Query: 378 EVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGAREFKKEMDILSKLRHP 437 AT+ F LKIG G G+ YK LHH +K+L+ +++F++E++ILSK+RHP Sbjct: 474 MAATSSFSEELKIGMGAYGAVYKCNLHHTTAVVKVLQSAENQLSKQFQQELEILSKIRHP 533 Query: 438 NLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQIATQLCSVLNFLHSR 497 +LV L GACPE ALV+EY+ GSLEDRL +N+ PLPW R +IA ++ + L FLH Sbjct: 534 HLVLLLGACPEQGALVYEYMENGSLEDRLFQVNNSPPLPWFERFRIAWEVAAALVFLHKS 593 Query: 498 QPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMGFITSDLKGTFTHMD 557 +P IIH DLKPANILLD NFV K+ + G+ ++ S + T+ TS + GT ++D Sbjct: 594 KPKPIIHRDLKPANILLDHNFVSKVGDVGLSTMVQVDPLSTKFTIYKQTSPV-GTLCYID 653 Query: 558 PEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN-LICVLDPTAGDWP 617 PE+ TG ++ KSDIYSFG+ILL+LLT KPA+ +T VE A+D + + +LD AG+WP Sbjct: 654 PEYQRTGRISSKSDIYSFGMILLQLLTAKPAIALTHFVESAMDSNDEFLKILDQKAGNWP 713 Query: 618 FVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFLLASEDRAPHYFIC 677 + +LA +AL C ++ ++RPDL I LE +K ++ + P +FIC Sbjct: 714 IEETRELAALALCCTELRGKDRPDLKDQILPALENLKKVAEKARNSFSGVSTQPPTHFIC 773 Query: 678 PIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDLIPNRAL 727 P+ +++M +P +A+DG+TY+ AI WL+ H TSPMT+ L + +L+PN L Sbjct: 774 PLLKDVMNEPCVAADGYTYDRHAIEEWLKE-HNTSPMTDSPLHSKNLLPNYTL 824
BLAST of Spo01576.1 vs. ExPASy Swiss-Prot
Match:
PUB53_ARATH (Putative U-box domain-containing protein 53 OS=Arabidopsis thaliana GN=PUB53 PE=3 SV=1)
HSP 1 Score: 311.6 bits (797), Expect = 4.400e-83
Identity = 195/547 (35.65%), Postives = 309/547 (56.49%), Query Frame = 1
Query: 214 LEQAMTEAENSKR---EAFEESMRRLKAEKKALVAARKVKAAQRLYFEELRQRKEIQEEL 273 +E + TE++ +K+ +A EE+ +R E V+ F + +RK+ + Sbjct: 270 METSSTESDETKKRSSDAAEEASKRSSPETSRSVSWNP-------QFRDFDERKDAMSSM 329 Query: 274 AENKKEIEVTKSL----------LEKVSQELQEALHQKLTLESQFEKSCNSEKEMEDKLL 333 + N + V L L ++S+ E H ++ ++ +++ + Sbjct: 330 SSNFEYGNVVTPLGHYFTDNQDTLNEISKLRAELRHAHEMYAVAQVETLDASRKLNELKF 389 Query: 334 SAVDLLQ------------KFKNRRDELH--VERDHALLEAKELRKQLSQGPSSSCV--- 393 + LL+ KF+ +R E +R A ++A K+ + SS V Sbjct: 390 EELTLLEHETKGIAKKETEKFEQKRREEREAAQRREAEMKATHEAKEKEKLEESSLVAPK 449 Query: 394 LMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGAREFKK 453 L + EF+ ++ AT+ F LKIG G G YK LHH A+K+L +++F + Sbjct: 450 LQYQEFTWEEIINATSSFSEDLKIGMGAYGDVYKCNLHHTIAAVKVLHSAESSLSKQFDQ 509 Query: 454 EMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQIATQ 513 E++ILSK+RHP+LV L GACP+ ALV+EY+ GSLEDRL +++ P+PW R++IA + Sbjct: 510 ELEILSKIRHPHLVLLLGACPDHGALVYEYMENGSLEDRLFQVNDSQPIPWFVRLRIAWE 569 Query: 514 LCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGG-TSVEQTMGFI 573 + S L FLH +P+ IIH DLKPANILL+ NFV K+ + G+ +I S + TM Sbjct: 570 VASALVFLHKSKPTPIIHRDLKPANILLNHNFVSKVGDVGLSTMIQAADPLSTKFTMYKQ 629 Query: 574 TSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN-- 633 TS + GT ++DPE+ TG ++PKSD+Y+FG+I+L+LLTG+ A+ +T VE A++ N Sbjct: 630 TSPV-GTLCYIDPEYQRTGRISPKSDVYAFGMIILQLLTGQQAMALTYTVETAMENNNDD 689 Query: 634 -LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKF 693 LI +LD AG+WP + QLA +AL+C ++ ++RPDL I VLE +K + Sbjct: 690 ELIQILDEKAGNWPIEETRQLAALALQCTELRSKDRPDLEDQILPVLESLKKVADKARNS 749 Query: 694 LLASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHD 727 L A+ + P +F CP+ +++M++P IA+DG+TY+ AI W+E+ H TSP+TN L N + Sbjct: 750 LSAAPSQPPSHFFCPLLKDVMKEPCIAADGYTYDRRAIEEWMEN-HRTSPVTNSPLQNVN 807
BLAST of Spo01576.1 vs. TAIR (Arabidopsis)
Match:
AT2G45910.1 (U-box domain-containing protein kinase family protein)
HSP 1 Score: 623.2 bits (1606), Expect = 3.900e-178
Identity = 359/741 (48.45%), Postives = 476/741 (64.24%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 +LDD LRIC + + ++K++IE E++ +GI++LIS+L I VMGA + YSRRMT Sbjct: 117 ILDDYLRICQQRGVRAEKMFIEMESIENGIVQLISELGIRKLVMGAAADRHYSRRMTDLK 176 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 S+KA +V AP C IWF CK LI+TRE D E S+ P IS+ + Sbjct: 177 SRKAIFVRREAPTLCQIWFTCKGYLIHTREATMD---DTE------SEYASPRPSISASD 236 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 L P+ + S S +S S S +S S S +E RE Sbjct: 237 LLQTFSTPESEHQHISRVQSTDSVQQLVSNGS---STEQSGRVSDGSLNTDEEERESDGS 296 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDDDPYEQLEQAMTEAENSKREAFEESMRRLKAEK 240 + T+ SP S + DD ++ +A +EA +SK+EAF E++RR KAEK Sbjct: 297 EVTGSATVMSSGHSSPSSFPDG---VDDSFNVKIRKATSEAHSSKQEAFAETLRRQKAEK 356 Query: 241 KALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQKLT 300 AL A R+ K ++ Y EEL++RK+ + +A+ K+ K+ E + +ELQ A+ QK Sbjct: 357 NALDAIRRAKQSESAYSEELKRRKDTEIAVAKEKERFITIKNEQEVIMEELQSAMAQKAM 416 Query: 301 LESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGPSS 360 LESQ KS + +++ KL AV LLQK ++ R+EL ERD AL EA+ELR S +S Sbjct: 417 LESQIAKSDGTMEKLNQKLDIAVKLLQKLRDEREELQTERDRALREAEELR---SHAETS 476 Query: 361 SCVL--MFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGA 420 + L F++FS S++E ATN+FD +LKIG GG GS Y G L H +VAIKML PN+ G Sbjct: 477 TLQLPQYFTDFSFSEIEEATNHFDSTLKIGEGGYGSIYVGLLRHTQVAIKMLNPNSSQGP 536 Query: 421 REFKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRI 480 E+++E+D+LSK+RHPN++TL GACPE +LV+EYLP GSLEDRL CKDN+ PL WQ R+ Sbjct: 537 VEYQQEVDVLSKMRHPNIITLIGACPEGWSLVYEYLPGGSLEDRLTCKDNSPPLSWQNRV 596 Query: 481 QIATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHII-SNGGTSVEQ 540 +IAT++C+ L FLHS + S++HGDLKPANILLD N V KL +FG C ++ NG SV Sbjct: 597 RIATEICAALVFLHSNKAHSLVHGDLKPANILLDSNLVSKLSDFGTCSLLHPNGSKSVR- 656 Query: 541 TMGFITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALD 600 +D+ GT ++DPE ++GELTPKSD+YSFG+ILLRLLTG+PA+ I+ EV+ ALD Sbjct: 657 ------TDVTGTVAYLDPEASSSGELTPKSDVYSFGIILLRLLTGRPALRISNEVKYALD 716 Query: 601 KCNLICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLS 660 L +LDP AGDWPFVQAEQLAR+ALRCC+ NRPDL ++WRVLEPM+A+S S Sbjct: 717 NGTLNDLLDPLAGDWPFVQAEQLARLALRCCETVSENRPDLGTEVWRVLEPMRASSGGSS 776 Query: 661 KFLLASEDR--APHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSL 720 F L + AP YFICPIFQE+M+DP +A+DGFTYEAEAIR WL+S H TSPMTNV L Sbjct: 777 SFHLGRNEHRIAPPYFICPIFQEVMQDPHVAADGFTYEAEAIRAWLDSEHDTSPMTNVKL 832 Query: 721 ANHDLIPNRALR-----WYNH 732 ++ LI N ALR W H Sbjct: 837 SHTSLIANHALRSAIQEWLQH 832
BLAST of Spo01576.1 vs. TAIR (Arabidopsis)
Match:
AT3G49060.1 (U-box domain-containing protein kinase family protein)
HSP 1 Score: 443.7 bits (1140), Expect = 4.200e-124
Identity = 277/732 (37.84%), Postives = 415/732 (56.69%), Query Frame = 1
Query: 1 MLDDCLRICALKEIPSKKVYIEKETVTDGILELISQLRITNFVMGAGPNSKYSRRMTKPL 60 +++ L++ + EI + K+ I + + + I+ELI++ +I VMGA + YS +MT Sbjct: 87 LMNSYLQLLSETEIQTDKLCIAGQNIEECIVELIARHKIKWLVMGAASDKHYSWKMTDLK 146 Query: 61 SKKANYVLHCAPDFCHIWFVCKDQLIYTREGVKQPYVDVERRPSNVSDNDKPDAGISSQE 120 SKKA +V APD CHIWF+CK LI+TR P D+D E Sbjct: 147 SKKAIFVCKKAPDSCHIWFLCKGYLIFTRASNDDSNNRQTMPPLVQLDSDNETRKSEKLE 206 Query: 121 LSFGLRLPDFDEYESSPDSFDQSPGVSLSQSSTFLSEMESVLSSPSSSFAIKEVREFGLQ 180 S+ R + + S + + L + S SSSF E Sbjct: 207 SSYMRRRLRY--WRSLLEQDGEKDTGQLEREKVEPRAPPLFSSGSSSSFGEPVGPEPVSP 266 Query: 181 LLALPQTINQYQDLSPPSVLEENKMSDD--DPYEQLEQAMTEAENSKREAFEESMRRLKA 240 L T+N S +EE + D + ++AM + S R + E+ ++ + Sbjct: 267 ELVDSDTLNT-------SNVEEKEREGDVARKVHRYDKAMHDIGQSDRTVYGEAGKKWEE 326 Query: 241 EKKALVAARKVKAAQRLYFEELRQRKEIQEELAENKKEIEVTKSLLEKVSQELQEALHQK 300 + A K KA + L +E QRK ++E L + K E+++ +ELQ + Sbjct: 327 DASTTEALCKAKALEGLCIKESSQRKRLEELLEKEKLEVKMVIEQNNGFMKELQMVQGRN 386 Query: 301 LTLESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELRKQLSQGP 360 L LESQ K + EKE +K +A++LL+ F+ +RDE+ ++ ++A+ E LR+ + Sbjct: 387 LKLESQMRKLQDLEKEHGEKFDTAMELLKSFRQKRDEIRIDHENAVKEVNALRRLVKGET 446 Query: 361 SSSCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGA 420 S ++S ++ ATN FDPS K+G G GS YKG L H++VA+KML Sbjct: 447 GESSGSEMLDYSFMEINEATNEFDPSWKLGEGKYGSVYKGNLQHLQVAVKMLPSYGSLNH 506 Query: 421 REFKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRI 480 EF++ ++ILS++RHPNLVTL GACPES +L+++Y+P GSLED + ++N L W++RI Sbjct: 507 FEFERRVEILSRVRHPNLVTLMGACPESRSLIYQYIPNGSLEDCFSSENNVPALSWESRI 566 Query: 481 QIATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQT 540 +IA+++CS L FLHS P IIHG+LKP+ ILLD N V K+ ++GI +I G Sbjct: 567 RIASEICSALLFLHSNIP-CIIHGNLKPSKILLDSNLVTKINDYGISQLIPIDG------ 626 Query: 541 MGFITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDK 600 L + H+DP + + E+T +SDIY+FG+ILL+LLT +P GI ++V+CAL+ Sbjct: 627 -------LDKSDPHVDPHYFVSREMTLESDIYAFGIILLQLLTRRPVSGILRDVKCALEN 686 Query: 601 CNLICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKA----TSQ 660 N+ VLD +AGDWP + ++LA +A+RCC N NRPDLA+ + R ++ MKA +S+ Sbjct: 687 DNISAVLDNSAGDWPVARGKKLANVAIRCCKKNPMNRPDLAV-VLRFIDRMKAPEVPSSE 746 Query: 661 HLSKFLLASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVS 720 S R P +++CPIFQE+M+DP IA+DGFTYEAEAIR WL +GH TSPMTN+ Sbjct: 747 TSSYANQNVPRRPPSHYLCPIFQEVMKDPLIAADGFTYEAEAIREWLANGHDTSPMTNLK 794 Query: 721 LANHDLIPNRAL 727 + + +LIPN AL Sbjct: 807 MEDCNLIPNHAL 794
BLAST of Spo01576.1 vs. TAIR (Arabidopsis)
Match:
AT4G25160.1 (U-box domain-containing protein kinase family protein)
HSP 1 Score: 313.5 bits (802), Expect = 6.600e-85
Identity = 180/473 (38.05%), Postives = 281/473 (59.41%), Query Frame = 1
Query: 258 EELR-QRKEIQEELAENKKE-IEVTKSLLEKVSQELQEALHQKLTLESQFEKSCNSEKEM 317 E+LR + + +QE A + E + ++ L E + L+EA+ + ++E +EKE Sbjct: 354 EKLRAELRHVQEMYAVAQTETFDASRKLGELNQRRLEEAIKLEELKLKEYEARELAEKEK 413 Query: 318 EDKLLSAVDLLQKFKNRRDELHVERDHALLEAKELR-KQLSQGPSSSCVLMFSEFSLSDL 377 ++ + D + E+ R+ A++ + K+ +G S L + F+ ++ Sbjct: 414 QNFEKARRDAESMRERAEREIAQRREAERKSARDTKEKEKLEGTLGSPQLQYQHFAWEEI 473 Query: 378 EVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGAREFKKEMDILSKLRHP 437 AT+ F LKIG G G+ YK LHH +K+L+ +++F++E++ILSK+RHP Sbjct: 474 MAATSSFSEELKIGMGAYGAVYKCNLHHTTAVVKVLQSAENQLSKQFQQELEILSKIRHP 533 Query: 438 NLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQIATQLCSVLNFLHSR 497 +LV L GACPE ALV+EY+ GSLEDRL +N+ PLPW R +IA ++ + L FLH Sbjct: 534 HLVLLLGACPEQGALVYEYMENGSLEDRLFQVNNSPPLPWFERFRIAWEVAAALVFLHKS 593 Query: 498 QPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGGTSVEQTMGFITSDLKGTFTHMD 557 +P IIH DLKPANILLD NFV K+ + G+ ++ S + T+ TS + GT ++D Sbjct: 594 KPKPIIHRDLKPANILLDHNFVSKVGDVGLSTMVQVDPLSTKFTIYKQTSPV-GTLCYID 653 Query: 558 PEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN-LICVLDPTAGDWP 617 PE+ TG ++ KSDIYSFG+ILL+LLT KPA+ +T VE A+D + + +LD AG+WP Sbjct: 654 PEYQRTGRISSKSDIYSFGMILLQLLTAKPAIALTHFVESAMDSNDEFLKILDQKAGNWP 713 Query: 618 FVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKFLLASEDRAPHYFIC 677 + +LA +AL C ++ ++RPDL I LE +K ++ + P +FIC Sbjct: 714 IEETRELAALALCCTELRGKDRPDLKDQILPALENLKKVAEKARNSFSGVSTQPPTHFIC 773 Query: 678 PIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHDLIPNRAL 727 P+ +++M +P +A+DG+TY+ AI WL+ H TSPMT+ L + +L+PN L Sbjct: 774 PLLKDVMNEPCVAADGYTYDRHAIEEWLKE-HNTSPMTDSPLHSKNLLPNYTL 824
BLAST of Spo01576.1 vs. TAIR (Arabidopsis)
Match:
AT5G51270.1 (U-box domain-containing protein kinase family protein)
HSP 1 Score: 311.6 bits (797), Expect = 2.500e-84
Identity = 195/547 (35.65%), Postives = 309/547 (56.49%), Query Frame = 1
Query: 214 LEQAMTEAENSKR---EAFEESMRRLKAEKKALVAARKVKAAQRLYFEELRQRKEIQEEL 273 +E + TE++ +K+ +A EE+ +R E V+ F + +RK+ + Sbjct: 270 METSSTESDETKKRSSDAAEEASKRSSPETSRSVSWNP-------QFRDFDERKDAMSSM 329 Query: 274 AENKKEIEVTKSL----------LEKVSQELQEALHQKLTLESQFEKSCNSEKEMEDKLL 333 + N + V L L ++S+ E H ++ ++ +++ + Sbjct: 330 SSNFEYGNVVTPLGHYFTDNQDTLNEISKLRAELRHAHEMYAVAQVETLDASRKLNELKF 389 Query: 334 SAVDLLQ------------KFKNRRDELH--VERDHALLEAKELRKQLSQGPSSSCV--- 393 + LL+ KF+ +R E +R A ++A K+ + SS V Sbjct: 390 EELTLLEHETKGIAKKETEKFEQKRREEREAAQRREAEMKATHEAKEKEKLEESSLVAPK 449 Query: 394 LMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEVAIKMLKPNTIHGAREFKK 453 L + EF+ ++ AT+ F LKIG G G YK LHH A+K+L +++F + Sbjct: 450 LQYQEFTWEEIINATSSFSEDLKIGMGAYGDVYKCNLHHTIAAVKVLHSAESSLSKQFDQ 509 Query: 454 EMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNCKDNTHPLPWQTRIQIATQ 513 E++ILSK+RHP+LV L GACP+ ALV+EY+ GSLEDRL +++ P+PW R++IA + Sbjct: 510 ELEILSKIRHPHLVLLLGACPDHGALVYEYMENGSLEDRLFQVNDSQPIPWFVRLRIAWE 569 Query: 514 LCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGICHIISNGG-TSVEQTMGFI 573 + S L FLH +P+ IIH DLKPANILL+ NFV K+ + G+ +I S + TM Sbjct: 570 VASALVFLHKSKPTPIIHRDLKPANILLNHNFVSKVGDVGLSTMIQAADPLSTKFTMYKQ 629 Query: 574 TSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPAVGITKEVECALDKCN-- 633 TS + GT ++DPE+ TG ++PKSD+Y+FG+I+L+LLTG+ A+ +T VE A++ N Sbjct: 630 TSPV-GTLCYIDPEYQRTGRISPKSDVYAFGMIILQLLTGQQAMALTYTVETAMENNNDD 689 Query: 634 -LICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWRVLEPMKATSQHLSKF 693 LI +LD AG+WP + QLA +AL+C ++ ++RPDL I VLE +K + Sbjct: 690 ELIQILDEKAGNWPIEETRQLAALALQCTELRSKDRPDLEDQILPVLESLKKVADKARNS 749 Query: 694 LLASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESGHYTSPMTNVSLANHD 727 L A+ + P +F CP+ +++M++P IA+DG+TY+ AI W+E+ H TSP+TN L N + Sbjct: 750 LSAAPSQPPSHFFCPLLKDVMKEPCIAADGYTYDRRAIEEWMEN-HRTSPVTNSPLQNVN 807
BLAST of Spo01576.1 vs. TAIR (Arabidopsis)
Match:
AT5G61550.2 (U-box domain-containing protein kinase family protein)
HSP 1 Score: 310.8 bits (795), Expect = 4.300e-84
Identity = 193/516 (37.40%), Postives = 287/516 (55.62%), Query Frame = 1
Query: 233 MRRLKAEKK------ALVAARKVKAAQRLYFEELRQRK-EIQEELAENKKEIEVTKSLLE 292 + +L+AE K A+ V A+++L EL QR+ E E+L E K++ EV K Sbjct: 363 IEKLRAELKHVQEMYAMAQTETVGASKKL--TELNQRRFEESEKLVELKEKEEVAKDTAS 422 Query: 293 KVSQELQEALHQKLTLESQFEKSCNSEKEMEDKLLSAVDLLQKFKNRRDELHVERDHALL 352 K Q +EA+ + ++ K +E E FK RD ++ A L Sbjct: 423 KEKQRYEEAMKEAEKVKELMMKEALHRREAE------------FKAERDAREKDKLQASL 482 Query: 353 EAKELRKQLSQGPSSSCVLMFSEFSLSDLEVATNYFDPSLKIGGGGNGSTYKGFLHHIEV 412 +S G + + ++ ++ AT+ F +LKIG G GS YK LHH Sbjct: 483 --------VSPG------VQYQHYTWEEIAAATSDFAENLKIGIGAYGSVYKCNLHHTTG 542 Query: 413 AIKMLKPNTIHGAREFKKEMDILSKLRHPNLVTLFGACPESCALVFEYLPRGSLEDRLNC 472 A+K+L +++F +E++ILSK+RHP+LV L GACPE LV+EY+ GSL+DRL Sbjct: 543 AVKVLHAGETQLSKQFDQELEILSKIRHPHLVLLLGACPERGCLVYEYMDNGSLDDRLML 602 Query: 473 KDNTHPLPWQTRIQIATQLCSVLNFLHSRQPSSIIHGDLKPANILLDDNFVCKLRNFGIC 532 ++T P+PW R +IA ++ S L FLH +P IIH DLKP NILLD NFV KL + G+ Sbjct: 603 VNDTPPIPWFERFRIALEVASALVFLHKSKPRPIIHRDLKPGNILLDHNFVSKLGDVGLS 662 Query: 533 HIISNGGTSVEQTMGFITSDLKGTFTHMDPEFLATGELTPKSDIYSFGVILLRLLTGKPA 592 +++ S +T+ TS + GT ++DPE+ TG ++PKSD+YS GV++L+L+T KPA Sbjct: 663 TMVNQDDVS-SRTIFKQTSPV-GTLCYIDPEYQRTGIISPKSDVYSLGVVILQLITAKPA 722 Query: 593 VGITKEVECAL-DKCNLICVLDPTAGDWPFVQAEQLARMALRCCDMNQRNRPDLALDIWR 652 + IT VE A+ D + +LD AG WP +LA + L C +M +R+RPDL I Sbjct: 723 IAITHMVEEAIGDDAEFMAILDKKAGSWPISDTRELAALGLCCTEMRRRDRPDLKDQIIP 782 Query: 653 VLEPMKATSQHLSKFLLASEDRAPHYFICPIFQEIMEDPQIASDGFTYEAEAIRGWLESG 712 LE ++ + L + P +FICP+ + +M +P +A+DG+TY+ EAI WL Sbjct: 783 ALERLRKVADKAQNLLSRTPSGPPSHFICPLLKGVMNEPCVAADGYTYDREAIEEWLRQK 842 Query: 713 HYTSPMTNVSLANHDLIPNRAL-----RWYNHKKEN 736 TSP+TN+ L N +LI N L W ++K+ N Sbjct: 843 D-TSPVTNLPLPNKNLIANYTLYSAIMEWKSNKRLN 847
The following BLAST results are available for this feature:
BLAST of Spo01576.1 vs. NCBI nr
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. NCBI nr )
Total hits: 5
C C T T G T A G T A A A A C A T T T T T T G C T T G A C G A A G T C C T C G C A T A C C C C A C G A A A T A C G A C C T T G G C A T C T A T T A G G G T T A C C C G T G G A T A A A G C G A A T T T C C C C T T T G C A G C A T A G A C T C T T A G A A A T T A A A A G C T G A T G A T T T T G A T G C T A A T G A C G A C A G A G G T T T C A C C G A T G G T C T T A G T T T T T G T T T T T G G T G C T A A T G A C T A A T G A G G G G C G C C C C A A C G C C G A C A G C C T T A G T T A G C A C G G A G T A C T C T G C A A T C C T C C A A A G T C G C C A T T C T C A A A C G C A T T T T T A T T T T G A A C C C A A C T T T C A T T G G A C C A C T C C A G A A A T T G G A A A T T C A C A T C A A A A T T A G A G G A G G G A A C T T T T C A C A T A C A A A C C T C C T T G A C A G G T G A T G C A C T A A T G G A G T C A A T T G A G T C A C C A T C A A C T A A A A T G C A C A T A G A C T G G A T C A A T T C T C A G A T G G G T T T C A G G C A C C T G T T A G T T C A G T C C A A G A A G C A G A G G T C A A A G C G T T T C A A G A A T G T G A A A G A A A A G A G G C C C T G G A C A T G C T G G A T G A T T G C C T T C G A A T A T G T G C C C T T A A A G A G A T C C C T T C T A A A A A A G T A T A C A T C G A G A A A G A G A C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T C A G C T G A G G A T A A C G A A C T T C G T G A T G G G T G C A G G C C C T A A C A G T A A A T A T T C G A G G A G A A T G A C A A A A C C C T T G T C T A A G A A G G C C A A T T A T G T G C T C C A T T G T G C T C C T G A T T T T T G T C A C A T C T G G T T T G T A T G C A A G G A T C A A C T T A T C T A T A C A A G G G A A G G C G T G A A G C A G C C A T A T G T G G A T G T T G A G A G G A G A C C A T C A A A T G T C T C A G A C A A T G A T A A G C C T G A C G C A G G C A T T T C A A G T C A A G A A T T A A G T T T T G G A T T G A G A C T T C C A G A T T T T G A T G A A T A T G A A A G C A G C C C T G A T A G T T T T G A T C A A T C A C C A G G A G T C A G T T T G T C G C A G T C C T C A A C T T T C T T A T C A G A A A T G G A A T C A G T T C T C A G T T C T C C T A G T T C A T C A T T T G C A A T C A A A G A A G T C A G A G A A T T T G G T C T A C A G T T G T T G G C T C T G C C T C A G A C A A T A A A C C A G T A T C A G G A T T T A T C A C C T C C T A G T G T C T T G G A G G A A A A T A A A A T G A G T G A T G A T G A T C C A T A T G A G C A G C T T G A G C A A G C C A T G A C T G A G G C G G A A A A T T C A A A G C G A G A G G C T T T T G A A G A A T C A A T G A G G C G T C T A A A A G C T G A G A A A A A G G C T T T G G T A G C A G C T C G C A A A G T G A A A G C T G C T C A A A G A T T G T A T T T T G A G G A A T T G A G A C A A A G G A A A G A G A T A C A G G A A G A G C T G G C T G A G A A T A A G A A G G A A A T T G A A G T C A C A A A G A G C C T G T T G G A A A A G G T T T C G C A G G A A C T C C A G G A G G C A T T G C A T C A G A A G T T A A C T C T G G A A A G C C A A T T T G A G A A A T C C T G C A A C T C G G A A A A G G A G A T G G A A G A T A A A C T A T T G T C T G C T G T G G A C T T G T T A C A G A A G T T C A A G A A T C G C C G T G A T G A A T T G C A C G T A G A A A G G G A T C A T G C T C T C C T A G A A G C G A A A G A G T T G A G G A A A C A A C T T T C T C A G G G A C C A T C T A G C T C G T G T G T T C T T A T G T T C T C T G A A T T C T C C T T A T C A G A T C T A G A G G T A G C T A C T A A T T A C T T T G A C C C A T C C T T G A A A A T T G G G G G A G G A G G A A A T G G A A G C A C A T A C A A A G G T T T C C T A C A T C A C A T T G A A G T G G C A A T A A A G A T G C T C A A G C C T A A C A C A A T T C A T G G C G C T C G A G A G T T T A A A A A G G A G A T G G A T A T T T T A A G C A A G T T G C G G C A T C C A A A C C T T G T G A C T C T T T T T G G T G C C T G C C C T G A G T C C T G T G C T C T T G T A T T T G A G T A T C T T C C A A G A G G T A G C C T T G A G G A T C G A C T C A A C T G C A A G G A C A A C A C T C A T C C G C T A C C A T G G C A A A C A A G A A T C C A A A T A G C T A C A C A G T T A T G C T C A G T T C T C A A C T T C C T C C A T T C A A G G C A G C C T A G C A G C A T T A T A C A T G G T G A T T T A A A G C C C G C A A A T A T A C T A T T A G A T G A T A A T T T T G T G T G C A A G C T C C G C A A T T T C G G T A T A T G C C A C A T A A T C T C A A A T G G G G G A A C C T C T G T G G A G C A A A C T A T G G G G T T C A T T A C C T C T G A C C T A A A G G G C A C T T T C A C A C A C A T G G A T C C A G A G T T T C T T G C A A C C G G A G A G C T T A C C C C T A A G T C C G A C A T T T A T T C T T T T G G G G T T A T A T T G T T G C G C T T A T T G A C T G G T A A A C C A G C C G T G G G A A T A A C A A A G G A A G T T G A A T G T G C T T T G G A T A A A T G T A A T C T C A T T T G T G T A T T A G A C C C T A C A G C T G G A G A T T G G C C T T T C G T C C A G G C T G A G C A G T T G G C T C G C A T G G C T T T A A G G T G C T G T G A T A T G A A T C A A A G G A A T C G C C C T G A C C T T G C A T T G G A T A T A T G G A G G G T T C T A G A G C C C A T G A A A G C T A C A T C T C A A C A C T T G T C T A A G T T T C T G C T G G C T T C T G A G G A C C G A G C A C C C C A T T A T T T C A T A T G C C C T A T T T T C C A G G A A A T A A T G G A G G A T C C A C A A A T T G C C T C G G A C G G C T T T A C A T A T G A A G C A G A G G C T A T C A G A G G C T G G C T A G A G A G T G G T C A T T A C A C T T C A C C T A T G A C T A A T G T G A G T C T T G C A A A C C A T G A C C T C A T T C C T A A C C G T G C C C T T C G T T G G T A C A A T C A C A A A A A A G A A A A C C T C G T A T A T C T T A C T C T C T C A G G G T A T G G T T T T C G A T C T C C T T T A A A G G C G G T C A C A C A A T C G G A G G T C A A T C A A G A A T T G G A A A G A C A A G A G G T T G A A G A A A T G T T A G A T G A T T G T A T T A A A A T G T A T G C C C T T A A A C A G G T T C C C T C T G A A A A A A T A T G C A T C G A G A A A G A G T C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T G A A T T G G G G A T A C A G A A A T T G G T G A T G G G T G C A G G A T C T A A C A G C A G A T T T T T G A G G A T A A A A C C A A A A C C C A C C T C A G A A C A G T C T A A T G A A G T C C T T A A T A A A G C T C C T G A T T T C T G T C A T A T C T G G T T T G T A T A C A A G G G T C G T C T A A T A T A T A C A A G G G A A G C C A C G A A G C A A C T G A A C C A C C G T C T A G A A G A A A A T C A G T T G A A C A G A T T G A G C T A T T C A G A A C A A T C A G T T G A T T C A C C A T C A G C T G A A T C A G C T G G T A G C T C A T C A C C A C T G T C T C A A A A C A T G C A G C A T G A T T C T T C A C C T G C T A C T G T A C T G C A G C C A A C T A T C A T A A G C A A T G A T C C A T T T G G T C A A C T T C A A C A A G C C T T A A A A A A A G C T G A A A G A G C A A G A C A A G A A G C T T C T G A A G A A T C A G A G A G G C G G C A G A A A G C T G A G A A A G A G A C C A T G A A T G C A A T T C A C A A G T T G A A G T C G G C T G A A G A T G A T C T A A C C A A G G T G A C A A G G A A C C T T G T A G C T A T A C A G T T C A A A C T A A G T A A G G A T T T G A A A A A G C T C A C C C A A G C A G C T G G T G A G T T C T C A T C A C T T G A A A G A C A A A T T G A G G A C T G T A G T A A T C T C G A G G T G G A G G A A A T G G A A G A G A G A A T T C T C T T C A C A G A G A A A T T G C A G A A G A A C A A G A A G C A A T G T G A T A A A A T G A G A A T G G A T T A T G A T G A T A G T T T T G A C G T A T A T C T A T C C G C A G A T G A T G A T T C T G T T G A T G T A G T T C A T G T G T T G G A G A A A C A G G T T T T C T T G G A G C C A T C T A G T T C A A A T A A T A C T A C G T T T T C C T G T G A G T T T T C C C A G T C A G A T A T C A T A G A A G C T A C T A T G T T A T T T G A T C C A T C A T T G A G A A T T C A G G A A G G A G A C A A T G A C A G T G T A T A C A A A G G T T T C C T G C A T A A C A C C G A A G T G G C G A T A A A G A T A C T T A A A C C T A A T A G T T T G C T G G C C A T T C A G G G T A T T G C A A A G T T C A A A C A A G A G G T T G A T G T A T T G A G C A A G C T G C G T C A T C C A A A C C T G G T G A C T C T A A T C G G C G T A T G C C C A G A C T C C T T A G C T C T C A T T T A C G A G T A T C T T C C C A A T G G A A G T C T T G A A G A C C G A C T G A A T T G C A A G G A C A A C A C T C C C C C A T T A C C A T G G A G A A C A A G A A T C C A T A T A G T C A C T G A A T T G T G C T C A G T C C T C A A C T T C C T C C A T T C T A T C C T A C C T T G C A G C A T T A T A C A C A G T A A T T T A A G C C C A A A A T A T G T A C T T C T T G A T G C C A A T T T C A G C T G C A A G C T T A G T G G A T T T G G C T T C T G C C A T A T T A T C C C A A C T A A T G A A C A G A T T A A C A G A A C G A A T G A G C T C A A T G A C A C T T C T T A T T T A G A C C C T G A A A T T T C A C C T A A A T C A G A T G T G T A C T C T T T T G G A A T T A T A T T G T T G C G G T T A T T A A C A G G A A G A C C T T C C T T G A A C A T A G T G A C A G A G G T T C A A C A T G C T C T A G A G A A T G A T C A T C T T C A T A G A A T A T T G G A T C C T T C C G C G G G T G A T T G G C C A G T T G T A C A A G C A C A G C A T C T G G C T C A C A T G G C T T T G A A A T G C T G T G A C G T A A A T A C A A A A G A C A G A C C A G A C C T T G G T T C G G A G G T T T G G A G A G G G C T T A A A C C A C T G A T G A C T T C A A C T A A A A G C T T G T C T A A T C C T C T T C A G C C T G T T A G C G G G G A C C A G A T A C C A T C C T A T T T C A T T T G T C C C A T T T T T C A G G A T A T A A T G A G G G A T C C A C A T T T T G C T G C T G A T G G A T T T A C A T A T G A A G C A G A T G C T G T T A G A G G G T G G T T T G A A A G T G G C C G T G A T A C T T C A C C A A T G A C T A A T C T T A A A C T T G A T A G C C A C A A T C T T A C T C C T A A C C G T G C T T T A C G A T C T G C A A T T C A G G A G T G G C T G C A G A A G T A C A A T C T T G T T T A G T T T A T C T A A T T C A T G C C T A A T A C C A A A A A G T C T A T G G A A T G T T T T A T C T T T T T G T G C A G T T T G T G A T T C T C C T T C T G A A T C T C T G C T T T C T G G C A T T G T T T G A T A T T T T G T A C A G T A T T A A G G G G T T A T A T G T G T A T T C T T T T G T A A A G A A T T A T C C T C T A C G T T G A A A T A T T G A A T G T A A A T G T T A G C A T A T C T G C T G C C T G C A A T C A T G T G T A T C A G T G T A T G T A A T G A C T T G T T C A G C T T G T T T T A A A T G T T T T A T T T T A T T T T A T A A A T T T G C C C A T T T T G A T 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 Expect = 0.00e+0 / Id = 99.05 Expect = 0.00e+0 / Id = 99.05 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 99.86 Expect = 0.00e+0 / Id = 92.39 Sequence KNA19456.1 KNA19457.1 KNA19459.1 KNA19458.1 KNA19460.1
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BLAST of Spo01576.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL )
Total hits: 5
C C T T G T A G T A A A A C A T T T T T T G C T T G A C G A A G T C C T C G C A T A C C C C A C G A A A T A C G A C C T T G G C A T C T A T T A G G G T T A C C C G T G G A T A A A G C G A A T T T C C C C T T T G C A G C A T A G A C T C T T A G A A A T T A A A A G C T G A T G A T T T T G A T G C T A A T G A C G A C A G A G G T T T C A C C G A T G G T C T T A G T T T T T G T T T T T G G T G C T A A T G A C T A A T G A G G G G C G C C C C A A C G C C G A C A G C C T T A G T T A G C A C G G A G T A C T C T G C A A T C C T C C A A A G T C G C C A T T C T C A A A C G C A T T T T T A T T T T G A A C C C A A C T T T C A T T G G A C C A C T C C A G A A A T T G G A A A T T C A C A T C A A A A T T A G A G G A G G G A A C T T T T C A C A T A C A A A C C T C C T T G A C A G G T G A T G C A C T A A T G G A G T C A A T T G A G T C A C C A T C A A C T A A A A T G C A C A T A G A C T G G A T C A A T T C T C A G A T G G G T T T C A G G C A C C T G T T A G T T C A G T C C A A G A A G C A G A G G T C A A A G C G T T T C A A G A A T G T G A A A G A A A A G A G G C C C T G G A C A T G C T G G A T G A T T G C C T T C G A A T A T G T G C C C T T A A A G A G A T C C C T T C T A A A A A A G T A T A C A T C G A G A A A G A G A C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T C A G C T G A G G A T A A C G A A C T T C G T G A T G G G T G C A G G C C C T A A C A G T A A A T A T T C G A G G A G A A T G A C A A A A C C C T T G T C T A A G A A G G C C A A T T A T G T G C T C C A T T G T G C T C C T G A T T T T T G T C A C A T C T G G T T T G T A T G C A A G G A T C A A C T T A T C T A T A C A A G G G A A G G C G T G A A G C A G C C A T A T G T G G A T G T T G A G A G G A G A C C A T C A A A T G T C T C A G A C A A T G A T A A G C C T G A C G C A G G C A T T T C A A G T C A A G A A T T A A G T T T T G G A T T G A G A C T T C C A G A T T T T G A T G A A T A T G A A A G C A G C C C T G A T A G T T T T G A T C A A T C A C C A G G A G T C A G T T T G T C G C A G T C C T C A A C T T T C T T A T C A G A A A T G G A A T C A G T T C T C A G T T C T C C T A G T T C A T C A T T T G C A A T C A A A G A A G T C A G A G A A T T T G G T C T A C A G T T G T T G G C T C T G C C T C A G A C A A T A A A C C A G T A T C A G G A T T T A T C A C C T C C T A G T G T C T T G G A G G A A A A T A A A A T G A G T G A T G A T G A T C C A T A T G A G C A G C T T G A G C A A G C C A T G A C T G A G G C G G A A A A T T C A A A G C G A G A G G C T T T T G A A G A A T C A A T G A G G C G T C T A A A A G C T G A G A A A A A G G C T T T G G T A G C A G C T C G C A A A G T G A A A G C T G C T C A A A G A T T G T A T T T T G A G G A A T T G A G A C A A A G G A A A G A G A T A C A G G A A G A G C T G G C T G A G A A T A A G A A G G A A A T T G A A G T C A C A A A G A G C C T G T T G G A A A A G G T T T C G C A G G A A C T C C A G G A G G C A T T G C A T C A G A A G T T A A C T C T G G A A A G C C A A T T T G A G A A A T C C T G C A A C T C G G A A A A G G A G A T G G A A G A T A A A C T A T T G T C T G C T G T G G A C T T G T T A C A G A A G T T C A A G A A T C G C C G T G A T G A A T T G C A C G T A G A A A G G G A T C A T G C T C T C C T A G A A G C G A A A G A G T T G A G G A A A C A A C T T T C T C A G G G A C C A T C T A G C T C G T G T G T T C T T A T G T T C T C T G A A T T C T C C T T A T C A G A T C T A G A G G T A G C T A C T A A T T A C T T T G A C C C A T C C T T G A A A A T T G G G G G A G G A G G A A A T G G A A G C A C A T A C A A A G G T T T C C T A C A T C A C A T T G A A G T G G C A A T A A A G A T G C T C A A G C C T A A C A C A A T T C A T G G C G C T C G A G A G T T T A A A A A G G A G A T G G A T A T T T T A A G C A A G T T G C G G C A T C C A A A C C T T G T G A C T C T T T T T G G T G C C T G C C C T G A G T C C T G T G C T C T T G T A T T T G A G T A T C T T C C A A G A G G T A G C C T T G A G G A T C G A C T C A A C T G C A A G G A C A A C A C T C A T C C G C T A C C A T G G C A A A C A A G A A T C C A A A T A G C T A C A C A G T T A T G C T C A G T T C T C A A C T T C C T C C A T T C A A G G C A G C C T A G C A G C A T T A T A C A T G G T G A T T T A A A G C C C G C A A A T A T A C T A T T A G A T G A T A A T T T T G T G T G C A A G C T C C G C A A T T T C G G T A T A T G C C A C A T A A T C T C A A A T G G G G G A A C C T C T G T G G A G C A A A C T A T G G G G T T C A T T A C C T C T G A C C T A A A G G G C A C T T T C A C A C A C A T G G A T C C A G A G T T T C T T G C A A C C G G A G A G C T T A C C C C T A A G T C C G A C A T T T A T T C T T T T G G G G T T A T A T T G T T G C G C T T A T T G A C T G G T A A A C C A G C C G T G G G A A T A A C A A A G G A A G T T G A A T G T G C T T T G G A T A A A T G T A A T C T C A T T T G T G T A T T A G A C C C T A C A G C T G G A G A T T G G C C T T T C G T C C A G G C T G A G C A G T T G G C T C G C A T G G C T T T A A G G T G C T G T G A T A T G A A T C A A A G G A A T C G C C C T G A C C T T G C A T T G G A T A T A T G G A G G G T T C T A G A G C C C A T G A A A G C T A C A T C T C A A C A C T T G T C T A A G T T T C T G C T G G C T T C T G A G G A C C G A G C A C C C C A T T A T T T C A T A T G C C C T A T T T T C C A G G A A A T A A T G G A G G A T C C A C A A A T T G C C T C G G A C G G C T T T A C A T A T G A A G C A G A G G C T A T C A G A G G C T G G C T A G A G A G T G G T C A T T A C A C T T C A C C T A T G A C T A A T G T G A G T C T T G C A A A C C A T G A C C T C A T T C C T A A C C G T G C C C T T C G T T G G T A C A A T C A C A A A A A A G A A A A C C T C G T A T A T C T T A C T C T C T C A G G G T A T G G T T T T C G A T C T C C T T T A A A G G C G G T C A C A C A A T C G G A G G T C A A T C A A G A A T T G G A A A G A C A A G A G G T T G A A G A A A T G T T A G A T G A T T G T A T T A A A A T G T A T G C C C T T A A A C A G G T T C C C T C T G A A A A A A T A T G C A T C G A G A A A G A G T C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T G A A T T G G G G A T A C A G A A A T T G G T G A T G G G T G C A G G A T C T A A C A G C A G A T T T T T G A G G A T A A A A C C A A A A C C C A C C T C A G A A C A G T C T A A T G A A G T C C T T A A T A A A G C T C C T G A T T T C T G T C A T A T C T G G T T T G T A T A C A A G G G T C G T C T A A T A T A T A C A A G G G A A G C C A C G A A G C A A C T G A A C C A C C G T C T A G A A G A A A A T C A G T T G A A C A G A T T G A G C T A T T C A G A A C A A T C A G T T G A T T C A C C A T C A G C T G A A T C A G C T G G T A G C T C A T C A C C A C T G T C T C A A A A C A T G C A G C A T G A T T C T T C A C C T G C T A C T G T A C T G C A G C C A A C T A T C A T A A G C A A T G A T C C A T T T G G T C A A C T T C A A C A A G C C T T A A A A A A A G C T G A A A G A G C A A G A C A A G A A G C T T C T G A A G A A T C A G A G A G G C G G C A G A A A G C T G A G A A A G A G A C C A T G A A T G C A A T T C A C A A G T T G A A G T C G G C T G A A G A T G A T C T A A C C A A G G T G A C A A G G A A C C T T G T A G C T A T A C A G T T C A A A C T A A G T A A G G A T T T G A A A A A G C T C A C C C A A G C A G C T G G T G A G T T C T C A T C A C T T G A A A G A C A A A T T G A G G A C T G T A G T A A T C T C G A G G T G G A G G A A A T G G A A G A G A G A A T T C T C T T C A C A G A G A A A T T G C A G A A G A A C A A G A A G C A A T G T G A T A A A A T G A G A A T G G A T T A T G A T G A T A G T T T T G A C G T A T A T C T A T C C G C A G A T G A T G A T T C T G T T G A T G T A G T T C A T G T G T T G G A G A A A C A G G T T T T C T T G G A G C C A T C T A G T T C A A A T A A T A C T A C G T T T T C C T G T G A G T T T T C C C A G T C A G A T A T C A T A G A A G C T A C T A T G T T A T T T G A T C C A T C A T T G A G A A T T C A G G A A G G A G A C A A T G A C A G T G T A T A C A A A G G T T T C C T G C A T A A C A C C G A A G T G G C G A T A A A G A T A C T T A A A C C T A A T A G T T T G C T G G C C A T T C A G G G T A T T G C A A A G T T C A A A C A A G A G G T T G A T G T A T T G A G C A A G C T G C G T C A T C C A A A C C T G G T G A C T C T A A T C G G C G T A T G C C C A G A C T C C T T A G C T C T C A T T T A C G A G T A T C T T C C C A A T G G A A G T C T T G A A G A C C G A C T G A A T T G C A A G G A C A A C A C T C C C C C A T T A C C A T G G A G A A C A A G A A T C C A T A T A G T C A C T G A A T T G T G C T C A G T C C T C A A C T T C C T C C A T T C T A T C C T A C C T T G C A G C A T T A T A C A C A G T A A T T T A A G C C C A A A A T A T G T A C T T C T T G A T G C C A A T T T C A G C T G C A A G C T T A G T G G A T T T G G C T T C T G C C A T A T T A T C C C A A C T A A T G A A C A G A T T A A C A G A A C G A A T G A G C T C A A T G A C A C T T C T T A T T T A G A C C C T G A A A T T T C A C C T A A A T C A G A T G T G T A C T C T T T T G G A A T T A T A T T G T T G C G G T T A T T A A C A G G A A G A C C T T C C T T G A A C A T A G T G A C A G A G G T T C A A C A T G C T C T A G A G A A T G A T C A T C T T C A T A G A A T A T T G G A T C C T T C C G C G G G T G A T T G G C C A G T T G T A C A A G C A C A G C A T C T G G C T C A C A T G G C T T T G A A A T G C T G T G A C G T A A A T A C A A A A G A C A G A C C A G A C C T T G G T T C G G A G G T T T G G A G A G G G C T T A A A C C A C T G A T G A C T T C A A C T A A A A G C T T G T C T A A T C C T C T T C A G C C T G T T A G C G G G G A C C A G A T A C C A T C C T A T T T C A T T T G T C C C A T T T T T C A G G A T A T A A T G A G G G A T C C A C A T T T T G C T G C T G A T G G A T T T A C A T A T G A A G C A G A T G C T G T T A G A G G G T G G T T T G A A A G T G G C C G T G A T A C T T C A C C A A T G A C T A A T C T T A A A C T T G A T A G C C A C A A T C T T A C T C C T A A C C G T G C T T T A C G A T C T G C A A T T C A G G A G T G G C T G C A G A A G T A C A A T C T T G T T T A G T T T A T C T A A T T C A T G C C T A A T A C C A A A A A G T C T A T G G A A T G T T T T A T C T T T T T G T G C A G T T T G T G A T T C T C C T T C T G A A T C T C T G C T T T C T G G C A T T G T T T G A T A T T T T G T A C A G T A T T A A G G G G T T A T A T G T G T A T T C T T T T G T A A A G A A T T A T C C T C T A C G T T G A A A T A T T G A A T G T A A A T G T T A G C A T A T C T G C T G C C T G C A A T C A T G T G T A T C A G T G T A T G T A A T G A C T T G T T C A G C T T G T T T T A A A T G T T T T A T T T T A T T T T A T A A A T T T G C C C A T T T T G A T 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 Expect = 0.00e+0 / Id = 99.05 Expect = 0.00e+0 / Id = 99.05 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 99.86 Expect = 0.00e+0 / Id = 92.39 Sequence A0A0K9RKS5_SPIOL A0A0K9RIX1_SPIOL A0A0K9RKK8_SPIOL A0A0K9RIZ0_SPIOL A0A0K9RJ03_SPIOL
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BLAST of Spo01576.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. ExPASy SwissProt )
Total hits: 5
C C T T G T A G T A A A A C A T T T T T T G C T T G A C G A A G T C C T C G C A T A C C C C A C G A A A T A C G A C C T T G G C A T C T A T T A G G G T T A C C C G T G G A T A A A G C G A A T T T C C C C T T T G C A G C A T A G A C T C T T A G A A A T T A A A A G C T G A T G A T T T T G A T G C T A A T G A C G A C A G A G G T T T C A C C G A T G G T C T T A G T T T T T G T T T T T G G T G C T A A T G A C T A A T G A G G G G C G C C C C A A C G C C G A C A G C C T T A G T T A G C A C G G A G T A C T C T G C A A T C C T C C A A A G T C G C C A T T C T C A A A C G C A T T T T T A T T T T G A A C C C A A C T T T C A T T G G A C C A C T C C A G A A A T T G G A A A T T C A C A T C A A A A T T A G A G G A G G G A A C T T T T C A C A T A C A A A C C T C C T T G A C A G G T G A T G C A C T A A T G G A G T C A A T T G A G T C A C C A T C A A C T A A A A T G C A C A T A G A C T G G A T C A A T T C T C A G A T G G G T T T C A G G C A C C T G T T A G T T C A G T C C A A G A A G C A G A G G T C A A A G C G T T T C A A G A A T G T G A A A G A A A A G A G G C C C T G G A C A T G C T G G A T G A T T G C C T T C G A A T A T G T G C C C T T A A A G A G A T C C C T T C T A A A A A A G T A T A C A T C G A G A A A G A G A C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T C A G C T G A G G A T A A C G A A C T T C G T G A T G G G T G C A G G C C C T A A C A G T A A A T A T T C G A G G A G A A T G A C A A A A C C C T T G T C T A A G A A G G C C A A T T A T G T G C T C C A T T G T G C T C C T G A T T T T T G T C A C A T C T G G T T T G T A T G C A A G G A T C A A C T T A T C T A T A C A A G G G A A G G C G T G A A G C A G C C A T A T G T G G A T G T T G A G A G G A G A C C A T C A A A T G T C T C A G A C A A T G A T A A G C C T G A C G C A G G C A T T T C A A G T C A A G A A T T A A G T T T T G G A T T G A G A C T T C C A G A T T T T G A T G A A T A T G A A A G C A G C C C T G A T A G T T T T G A T C A A T C A C C A G G A G T C A G T T T G T C G C A G T C C T C A A C T T T C T T A T C A G A A A T G G A A T C A G T T C T C A G T T C T C C T A G T T C A T C A T T T G C A A T C A A A G A A G T C A G A G A A T T T G G T C T A C A G T T G T T G G C T C T G C C T C A G A C A A T A A A C C A G T A T C A G G A T T T A T C A C C T C C T A G T G T C T T G G A G G A A A A T A A A A T G A G T G A T G A T G A T C C A T A T G A G C A G C T T G A G C A A G C C A T G A C T G A G G C G G A A A A T T C A A A G C G A G A G G C T T T T G A A G A A T C A A T G A G G C G T C T A A A A G C T G A G A A A A A G G C T T T G G T A G C A G C T C G C A A A G T G A A A G C T G C T C A A A G A T T G T A T T T T G A G G A A T T G A G A C A A A G G A A A G A G A T A C A G G A A G A G C T G G C T G A G A A T A A G A A G G A A A T T G A A G T C A C A A A G A G C C T G T T G G A A A A G G T T T C G C A G G A A C T C C A G G A G G C A T T G C A T C A G A A G T T A A C T C T G G A A A G C C A A T T T G A G A A A T C C T G C A A C T C G G A A A A G G A G A T G G A A G A T A A A C T A T T G T C T G C T G T G G A C T T G T T A C A G A A G T T C A A G A A T C G C C G T G A T G A A T T G C A C G T A G A A A G G G A T C A T G C T C T C C T A G A A G C G A A A G A G T T G A G G A A A C A A C T T T C T C A G G G A C C A T C T A G C T C G T G T G T T C T T A T G T T C T C T G A A T T C T C C T T A T C A G A T C T A G A G G T A G C T A C T A A T T A C T T T G A C C C A T C C T T G A A A A T T G G G G G A G G A G G A A A T G G A A G C A C A T A C A A A G G T T T C C T A C A T C A C A T T G A A G T G G C A A T A A A G A T G C T C A A G C C T A A C A C A A T T C A T G G C G C T C G A G A G T T T A A A A A G G A G A T G G A T A T T T T A A G C A A G T T G C G G C A T C C A A A C C T T G T G A C T C T T T T T G G T G C C T G C C C T G A G T C C T G T G C T C T T G T A T T T G A G T A T C T T C C A A G A G G T A G C C T T G A G G A T C G A C T C A A C T G C A A G G A C A A C A C T C A T C C G C T A C C A T G G C A A A C A A G A A T C C A A A T A G C T A C A C A G T T A T G C T C A G T T C T C A A C T T C C T C C A T T C A A G G C A G C C T A G C A G C A T T A T A C A T G G T G A T T T A A A G C C C G C A A A T A T A C T A T T A G A T G A T A A T T T T G T G T G C A A G C T C C G C A A T T T C G G T A T A T G C C A C A T A A T C T C A A A T G G G G G A A C C T C T G T G G A G C A A A C T A T G G G G T T C A T T A C C T C T G A C C T A A A G G G C A C T T T C A C A C A C A T G G A T C C A G A G T T T C T T G C A A C C G G A G A G C T T A C C C C T A A G T C C G A C A T T T A T T C T T T T G G G G T T A T A T T G T T G C G C T T A T T G A C T G G T A A A C C A G C C G T G G G A A T A A C A A A G G A A G T T G A A T G T G C T T T G G A T A A A T G T A A T C T C A T T T G T G T A T T A G A C C C T A C A G C T G G A G A T T G G C C T T T C G T C C A G G C T G A G C A G T T G G C T C G C A T G G C T T T A A G G T G C T G T G A T A T G A A T C A A A G G A A T C G C C C T G A C C T T G C A T T G G A T A T A T G G A G G G T T C T A G A G C C C A T G A A A G C T A C A T C T C A A C A C T T G T C T A A G T T T C T G C T G G C T T C T G A G G A C C G A G C A C C C C A T T A T T T C A T A T G C C C T A T T T T C C A G G A A A T A A T G G A G G A T C C A C A A A T T G C C T C G G A C G G C T T T A C A T A T G A A G C A G A G G C T A T C A G A G G C T G G C T A G A G A G T G G T C A T T A C A C T T C A C C T A T G A C T A A T G T G A G T C T T G C A A A C C A T G A C C T C A T T C C T A A C C G T G C C C T T C G T T G G T A C A A T C A C A A A A A A G A A A A C C T C G T A T A T C T T A C T C T C T C A G G G T A T G G T T T T C G A T C T C C T T T A A A G G C G G T C A C A C A A T C G G A G G T C A A T C A A G A A T T G G A A A G A C A A G A G G T T G A A G A A A T G T T A G A T G A T T G T A T T A A A A T G T A T G C C C T T A A A C A G G T T C C C T C T G A A A A A A T A T G C A T C G A G A A A G A G T C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T G A A T T G G G G A T A C A G A A A T T G G T G A T G G G T G C A G G A T C T A A C A G C A G A T T T T T G A G G A T A A A A C C A A A A C C C A C C T C A G A A C A G T C T A A T G A A G T C C T T A A T A A A G C T C C T G A T T T C T G T C A T A T C T G G T T T G T A T A C A A G G G T C G T C T A A T A T A T A C A A G G G A A G C C A C G A A G C A A C T G A A C C A C C G T C T A G A A G A A A A T C A G T T G A A C A G A T T G A G C T A T T C A G A A C A A T C A G T T G A T T C A C C A T C A G C T G A A T C A G C T G G T A G C T C A T C A C C A C T G T C T C A A A A C A T G C A G C A T G A T T C T T C A C C T G C T A C T G T A C T G C A G C C A A C T A T C A T A A G C A A T G A T C C A T T T G G T C A A C T T C A A C A A G C C T T A A A A A A A G C T G A A A G A G C A A G A C A A G A A G C T T C T G A A G A A T C A G A G A G G C G G C A G A A A G C T G A G A A A G A G A C C A T G A A T G C A A T T C A C A A G T T G A A G T C G G C T G A A G A T G A T C T A A C C A A G G T G A C A A G G A A C C T T G T A G C T A T A C A G T T C A A A C T A A G T A A G G A T T T G A A A A A G C T C A C C C A A G C A G C T G G T G A G T T C T C A T C A C T T G A A A G A C A A A T T G A G G A C T G T A G T A A T C T C G A G G T G G A G G A A A T G G A A G A G A G A A T T C T C T T C A C A G A G A A A T T G C A G A A G A A C A A G A A G C A A T G T G A T A A A A T G A G A A T G G A T T A T G A T G A T A G T T T T G A C G T A T A T C T A T C C G C A G A T G A T G A T T C T G T T G A T G T A G T T C A T G T G T T G G A G A A A C A G G T T T T C T T G G A G C C A T C T A G T T C A A A T A A T A C T A C G T T T T C C T G T G A G T T T T C C C A G T C A G A T A T C A T A G A A G C T A C T A T G T T A T T T G A T C C A T C A T T G A G A A T T C A G G A A G G A G A C A A T G A C A G T G T A T A C A A A G G T T T C C T G C A T A A C A C C G A A G T G G C G A T A A A G A T A C T T A A A C C T A A T A G T T T G C T G G C C A T T C A G G G T A T T G C A A A G T T C A A A C A A G A G G T T G A T G T A T T G A G C A A G C T G C G T C A T C C A A A C C T G G T G A C T C T A A T C G G C G T A T G C C C A G A C T C C T T A G C T C T C A T T T A C G A G T A T C T T C C C A A T G G A A G T C T T G A A G A C C G A C T G A A T T G C A A G G A C A A C A C T C C C C C A T T A C C A T G G A G A A C A A G A A T C C A T A T A G T C A C T G A A T T G T G C T C A G T C C T C A A C T T C C T C C A T T C T A T C C T A C C T T G C A G C A T T A T A C A C A G T A A T T T A A G C C C A A A A T A T G T A C T T C T T G A T G C C A A T T T C A G C T G C A A G C T T A G T G G A T T T G G C T T C T G C C A T A T T A T C C C A A C T A A T G A A C A G A T T A A C A G A A C G A A T G A G C T C A A T G A C A C T T C T T A T T T A G A C C C T G A A A T T T C A C C T A A A T C A G A T G T G T A C T C T T T T G G A A T T A T A T T G T T G C G G T T A T T A A C A G G A A G A C C T T C C T T G A A C A T A G T G A C A G A G G T T C A A C A T G C T C T A G A G A A T G A T C A T C T T C A T A G A A T A T T G G A T C C T T C C G C G G G T G A T T G G C C A G T T G T A C A A G C A C A G C A T C T G G C T C A C A T G G C T T T G A A A T G C T G T G A C G T A A A T A C A A A A G A C A G A C C A G A C C T T G G T T C G G A G G T T T G G A G A G G G C T T A A A C C A C T G A T G A C T T C A A C T A A A A G C T T G T C T A A T C C T C T T C A G C C T G T T A G C G G G G A C C A G A T A C C A T C C T A T T T C A T T T G T C C C A T T T T T C A G G A T A T A A T G A G G G A T C C A C A T T T T G C T G C T G A T G G A T T T A C A T A T G A A G C A G A T G C T G T T A G A G G G T G G T T T G A A A G T G G C C G T G A T A C T T C A C C A A T G A C T A A T C T T A A A C T T G A T A G C C A C A A T C T T A C T C C T A A C C G T G C T T T A C G A T C T G C A A T T C A G G A G T G G C T G C A G A A G T A C A A T C T T G T T T A G T T T A T C T A A T T C A T G C C T A A T A C C A A A A A G T C T A T G G A A T G T T T T A T C T T T T T G T G C A G T T T G T G A T T C T C C T T C T G A A T C T C T G C T T T C T G G C A T T G T T T G A T A T T T T G T A C A G T A T T A A G G G G T T A T A T G T G T A T T C T T T T G T A A A G A A T T A T C C T C T A C G T T G A A A T A T T G A A T G T A A A T G T T A G C A T A T C T G C T G C C T G C A A T C A T G T G T A T C A G T G T A T G T A A T G A C T T G T T C A G C T T G T T T T A A A T G T T T T A T T T T A T T T T A T A A A T T T G C C C A T T T T G A T 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 Expect = 6.90e-177 / Id = 48.45 Expect = 7.50e-123 / Id = 37.84 Expect = 1.10e-92 / Id = 43.48 Expect = 1.20e-83 / Id = 38.05 Expect = 4.40e-83 / Id = 35.65 Sequence PUB33_ARATH PUB32_ARATH PUB57_ORYSJ PUB35_ARATH PUB53_ARATH
back to top
BLAST of Spo01576.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. TAIR )
Total hits: 5
C C T T G T A G T A A A A C A T T T T T T G C T T G A C G A A G T C C T C G C A T A C C C C A C G A A A T A C G A C C T T G G C A T C T A T T A G G G T T A C C C G T G G A T A A A G C G A A T T T C C C C T T T G C A G C A T A G A C T C T T A G A A A T T A A A A G C T G A T G A T T T T G A T G C T A A T G A C G A C A G A G G T T T C A C C G A T G G T C T T A G T T T T T G T T T T T G G T G C T A A T G A C T A A T G A G G G G C G C C C C A A C G C C G A C A G C C T T A G T T A G C A C G G A G T A C T C T G C A A T C C T C C A A A G T C G C C A T T C T C A A A C G C A T T T T T A T T T T G A A C C C A A C T T T C A T T G G A C C A C T C C A G A A A T T G G A A A T T C A C A T C A A A A T T A G A G G A G G G A A C T T T T C A C A T A C A A A C C T C C T T G A C A G G T G A T G C A C T A A T G G A G T C A A T T G A G T C A C C A T C A A C T A A A A T G C A C A T A G A C T G G A T C A A T T C T C A G A T G G G T T T C A G G C A C C T G T T A G T T C A G T C C A A G A A G C A G A G G T C A A A G C G T T T C A A G A A T G T G A A A G A A A A G A G G C C C T G G A C A T G C T G G A T G A T T G C C T T C G A A T A T G T G C C C T T A A A G A G A T C C C T T C T A A A A A A G T A T A C A T C G A G A A A G A G A C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T C A G C T G A G G A T A A C G A A C T T C G T G A T G G G T G C A G G C C C T A A C A G T A A A T A T T C G A G G A G A A T G A C A A A A C C C T T G T C T A A G A A G G C C A A T T A T G T G C T C C A T T G T G C T C C T G A T T T T T G T C A C A T C T G G T T T G T A T G C A A G G A T C A A C T T A T C T A T A C A A G G G A A G G C G T G A A G C A G C C A T A T G T G G A T G T T G A G A G G A G A C C A T C A A A T G T C T C A G A C A A T G A T A A G C C T G A C G C A G G C A T T T C A A G T C A A G A A T T A A G T T T T G G A T T G A G A C T T C C A G A T T T T G A T G A A T A T G A A A G C A G C C C T G A T A G T T T T G A T C A A T C A C C A G G A G T C A G T T T G T C G C A G T C C T C A A C T T T C T T A T C A G A A A T G G A A T C A G T T C T C A G T T C T C C T A G T T C A T C A T T T G C A A T C A A A G A A G T C A G A G A A T T T G G T C T A C A G T T G T T G G C T C T G C C T C A G A C A A T A A A C C A G T A T C A G G A T T T A T C A C C T C C T A G T G T C T T G G A G G A A A A T A A A A T G A G T G A T G A T G A T C C A T A T G A G C A G C T T G A G C A A G C C A T G A C T G A G G C G G A A A A T T C A A A G C G A G A G G C T T T T G A A G A A T C A A T G A G G C G T C T A A A A G C T G A G A A A A A G G C T T T G G T A G C A G C T C G C A A A G T G A A A G C T G C T C A A A G A T T G T A T T T T G A G G A A T T G A G A C A A A G G A A A G A G A T A C A G G A A G A G C T G G C T G A G A A T A A G A A G G A A A T T G A A G T C A C A A A G A G C C T G T T G G A A A A G G T T T C G C A G G A A C T C C A G G A G G C A T T G C A T C A G A A G T T A A C T C T G G A A A G C C A A T T T G A G A A A T C C T G C A A C T C G G A A A A G G A G A T G G A A G A T A A A C T A T T G T C T G C T G T G G A C T T G T T A C A G A A G T T C A A G A A T C G C C G T G A T G A A T T G C A C G T A G A A A G G G A T C A T G C T C T C C T A G A A G C G A A A G A G T T G A G G A A A C A A C T T T C T C A G G G A C C A T C T A G C T C G T G T G T T C T T A T G T T C T C T G A A T T C T C C T T A T C A G A T C T A G A G G T A G C T A C T A A T T A C T T T G A C C C A T C C T T G A A A A T T G G G G G A G G A G G A A A T G G A A G C A C A T A C A A A G G T T T C C T A C A T C A C A T T G A A G T G G C A A T A A A G A T G C T C A A G C C T A A C A C A A T T C A T G G C G C T C G A G A G T T T A A A A A G G A G A T G G A T A T T T T A A G C A A G T T G C G G C A T C C A A A C C T T G T G A C T C T T T T T G G T G C C T G C C C T G A G T C C T G T G C T C T T G T A T T T G A G T A T C T T C C A A G A G G T A G C C T T G A G G A T C G A C T C A A C T G C A A G G A C A A C A C T C A T C C G C T A C C A T G G C A A A C A A G A A T C C A A A T A G C T A C A C A G T T A T G C T C A G T T C T C A A C T T C C T C C A T T C A A G G C A G C C T A G C A G C A T T A T A C A T G G T G A T T T A A A G C C C G C A A A T A T A C T A T T A G A T G A T A A T T T T G T G T G C A A G C T C C G C A A T T T C G G T A T A T G C C A C A T A A T C T C A A A T G G G G G A A C C T C T G T G G A G C A A A C T A T G G G G T T C A T T A C C T C T G A C C T A A A G G G C A C T T T C A C A C A C A T G G A T C C A G A G T T T C T T G C A A C C G G A G A G C T T A C C C C T A A G T C C G A C A T T T A T T C T T T T G G G G T T A T A T T G T T G C G C T T A T T G A C T G G T A A A C C A G C C G T G G G A A T A A C A A A G G A A G T T G A A T G T G C T T T G G A T A A A T G T A A T C T C A T T T G T G T A T T A G A C C C T A C A G C T G G A G A T T G G C C T T T C G T C C A G G C T G A G C A G T T G G C T C G C A T G G C T T T A A G G T G C T G T G A T A T G A A T C A A A G G A A T C G C C C T G A C C T T G C A T T G G A T A T A T G G A G G G T T C T A G A G C C C A T G A A A G C T A C A T C T C A A C A C T T G T C T A A G T T T C T G C T G G C T T C T G A G G A C C G A G C A C C C C A T T A T T T C A T A T G C C C T A T T T T C C A G G A A A T A A T G G A G G A T C C A C A A A T T G C C T C G G A C G G C T T T A C A T A T G A A G C A G A G G C T A T C A G A G G C T G G C T A G A G A G T G G T C A T T A C A C T T C A C C T A T G A C T A A T G T G A G T C T T G C A A A C C A T G A C C T C A T T C C T A A C C G T G C C C T T C G T T G G T A C A A T C A C A A A A A A G A A A A C C T C G T A T A T C T T A C T C T C T C A G G G T A T G G T T T T C G A T C T C C T T T A A A G G C G G T C A C A C A A T C G G A G G T C A A T C A A G A A T T G G A A A G A C A A G A G G T T G A A G A A A T G T T A G A T G A T T G T A T T A A A A T G T A T G C C C T T A A A C A G G T T C C C T C T G A A A A A A T A T G C A T C G A G A A A G A G T C T G T A A C T G A T G G A A T T T T G G A A C T C A T A T C T G A A T T G G G G A T A C A G A A A T T G G T G A T G G G T G C A G G A T C T A A C A G C A G A T T T T T G A G G A T A A A A C C A A A A C C C A C C T C A G A A C A G T C T A A T G A A G T C C T T A A T A A A G C T C C T G A T T T C T G T C A T A T C T G G T T T G T A T A C A A G G G T C G T C T A A T A T A T A C A A G G G A A G C C A C G A A G C A A C T G A A C C A C C G T C T A G A A G A A A A T C A G T T G A A C A G A T T G A G C T A T T C A G A A C A A T C A G T T G A T T C A C C A T C A G C T G A A T C A G C T G G T A G C T C A T C A C C A C T G T C T C A A A A C A T G C A G C A T G A T T C T T C A C C T G C T A C T G T A C T G C A G C C A A C T A T C A T A A G C A A T G A T C C A T T T G G T C A A C T T C A A C A A G C C T T A A A A A A A G C T G A A A G A G C A A G A C A A G A A G C T T C T G A A G A A T C A G A G A G G C G G C A G A A A G C T G A G A A A G A G A C C A T G A A T G C A A T T C A C A A G T T G A A G T C G G C T G A A G A T G A T C T A A C C A A G G T G A C A A G G A A C C T T G T A G C T A T A C A G T T C A A A C T A A G T A A G G A T T T G A A A A A G C T C A C C C A A G C A G C T G G T G A G T T C T C A T C A C T T G A A A G A C A A A T T G A G G A C T G T A G T A A T C T C G A G G T G G A G G A A A T G G A A G A G A G A A T T C T C T T C A C A G A G A A A T T G C A G A A G A A C A A G A A G C A A T G T G A T A A A A T G A G A A T G G A T T A T G A T G A T A G T T T T G A C G T A T A T C T A T C C G C A G A T G A T G A T T C T G T T G A T G T A G T T C A T G T G T T G G A G A A A C A G G T T T T C T T G G A G C C A T C T A G T T C A A A T A A T A C T A C G T T T T C C T G T G A G T T T T C C C A G T C A G A T A T C A T A G A A G C T A C T A T G T T A T T T G A T C C A T C A T T G A G A A T T C A G G A A G G A G A C A A T G A C A G T G T A T A C A A A G G T T T C C T G C A T A A C A C C G A A G T G G C G A T A A A G A T A C T T A A A C C T A A T A G T T T G C T G G C C A T T C A G G G T A T T G C A A A G T T C A A A C A A G A G G T T G A T G T A T T G A G C A A G C T G C G T C A T C C A A A C C T G G T G A C T C T A A T C G G C G T A T G C C C A G A C T C C T T A G C T C T C A T T T A C G A G T A T C T T C C C A A T G G A A G T C T T G A A G A C C G A C T G A A T T G C A A G G A C A A C A C T C C C C C A T T A C C A T G G A G A A C A A G A A T C C A T A T A G T C A C T G A A T T G T G C T C A G T C C T C A A C T T C C T C C A T T C T A T C C T A C C T T G C A G C A T T A T A C A C A G T A A T T T A A G C C C A A A A T A T G T A C T T C T T G A T G C C A A T T T C A G C T G C A A G C T T A G T G G A T T T G G C T T C T G C C A T A T T A T C C C A A C T A A T G A A C A G A T T A A C A G A A C G A A T G A G C T C A A T G A C A C T T C T T A T T T A G A C C C T G A A A T T T C A C C T A A A T C A G A T G T G T A C T C T T T T G G A A T T A T A T T G T T G C G G T T A T T A A C A G G A A G A C C T T C C T T G A A C A T A G T G A C A G A G G T T C A A C A T G C T C T A G A G A A T G A T C A T C T T C A T A G A A T A T T G G A T C C T T C C G C G G G T G A T T G G C C A G T T G T A C A A G C A C A G C A T C T G G C T C A C A T G G C T T T G A A A T G C T G T G A C G T A A A T A C A A A A G A C A G A C C A G A C C T T G G T T C G G A G G T T T G G A G A G G G C T T A A A C C A C T G A T G A C T T C A A C T A A A A G C T T G T C T A A T C C T C T T C A G C C T G T T A G C G G G G A C C A G A T A C C A T C C T A T T T C A T T T G T C C C A T T T T T C A G G A T A T A A T G A G G G A T C C A C A T T T T G C T G C T G A T G G A T T T A C A T A T G A A G C A G A T G C T G T T A G A G G G T G G T T T G A A A G T G G C C G T G A T A C T T C A C C A A T G A C T A A T C T T A A A C T T G A T A G C C A C A A T C T T A C T C C T A A C C G T G C T T T A C G A T C T G C A A T T C A G G A G T G G C T G C A G A A G T A C A A T C T T G T T T A G T T T A T C T A A T T C A T G C C T A A T A C C A A A A A G T C T A T G G A A T G T T T T A T C T T T T T G T G C A G T T T G T G A T T C T C C T T C T G A A T C T C T G C T T T C T G G C A T T G T T T G A T A T T T T G T A C A G T A T T A A G G G G T T A T A T G T G T A T T C T T T T G T A A A G A A T T A T C C T C T A C G T T G A A A T A T T G A A T G T A A A T G T T A G C A T A T C T G C T G C C T G C A A T C A T G T G T A T C A G T G T A T G T A A T G A C T T G T T C A G C T T G T T T T A A A T G T T T T A T T T T A T T T T A T A A A T T T G C C C A T T T T G A T 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 Expect = 3.90e-178 / Id = 48.45 Expect = 4.20e-124 / Id = 37.84 Expect = 6.60e-85 / Id = 38.05 Expect = 2.50e-84 / Id = 35.65 Expect = 4.30e-84 / Id = 37.40 Sequence AT2G45910.1 AT3G49060.1 AT4G25160.1 AT5G51270.1 AT5G61550.2
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