Homology
BLAST of Spo09662.1 vs. NCBI nr
Match:
gi|902212014|gb|KNA16852.1| (hypothetical protein SOVF_085520 [Spinacia oleracea])
HSP 1 Score: 1303.5 bits (3372), Expect = 0.000e+0
Identity = 647/647 (100.00%), Postives = 647/647 (100.00%), Query Frame = 1
Query: 1 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI 60 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI Sbjct: 1 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI 60 Query: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF Sbjct: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 Query: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR Sbjct: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 Query: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK Sbjct: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 Query: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK 300 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK Sbjct: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK 300 Query: 301 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF 360 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF Sbjct: 301 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF 360 Query: 361 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCS 420 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCS Sbjct: 361 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCS 420 Query: 421 ADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTLER 480 ADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTLER Sbjct: 421 ADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTLER 480 Query: 481 ATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNEE 540 ATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNEE Sbjct: 481 ATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNEE 540 Query: 541 THDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRST 600 THDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRST Sbjct: 541 THDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRST 600 Query: 601 EQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS 648 EQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS Sbjct: 601 EQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS 647
BLAST of Spo09662.1 vs. NCBI nr
Match:
gi|731353629|ref|XP_010688163.1| (PREDICTED: VIN3-like protein 1 [Beta vulgaris subsp. vulgaris])
HSP 1 Score: 1128.2 bits (2917), Expect = 0.000e+0
Identity = 564/655 (86.11%), Postives = 595/655 (90.84%), Query Frame = 1
Query: 1 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI 60 MIE QLKACNKNVKNPESRK S S N+AS+KQSRKGENP R+ EQ S+FGCSSTWI Sbjct: 1 MIEPQLKACNKNVKNPESRKTASTSYNSASRKQSRKGENPIRVTPLGEQSSDFGCSSTWI 60 Query: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF Sbjct: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 Query: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 QQEKLGVVNLGQYMHLDGSYCC+SCGKVSG+LGCWKKQLAIAKDARRVDVLCYRI LSYR Sbjct: 121 QQEKLGVVNLGQYMHLDGSYCCSSCGKVSGILGCWKKQLAIAKDARRVDVLCYRIFLSYR 180 Query: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 LL+GTAKFKDL EIVAEAK KLEAEVGPMNGDSVKMARGIVSRL IAADVQKLCSHAIDK Sbjct: 181 LLEGTAKFKDLHEIVAEAKTKLEAEVGPMNGDSVKMARGIVSRLAIAADVQKLCSHAIDK 240 Query: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK 300 ANE LANVS +S N KVD+LPAACRFLFEEVTS SL IVLIDIP+P+TDS++GYKLWYCK Sbjct: 241 ANEWLANVSSISSNCKVDALPAACRFLFEEVTSCSLAIVLIDIPTPMTDSVKGYKLWYCK 300 Query: 301 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF 360 SR ETF++EP S+FPRE+R+ISV +L PCTEYTFRI+SYTE DLGHSEAKCFTKS+EI Sbjct: 301 SRHETFAREPTSVFPREKRKISVKNLKPCTEYTFRIVSYTEVGDLGHSEAKCFTKSLEII 360 Query: 361 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNS-----SSGFQVRDLGKVLRLAWAQEQGFL 420 K TT GCKKE P VE SSS KEQ NS SSGF+VRDLGK+L LAWAQEQG L Sbjct: 361 --SKKSTTVGCKKEDPCVERSSSNAKEQHNSNLAAISSGFKVRDLGKILHLAWAQEQGCL 420 Query: 421 EGFCSADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNG 480 EGFCSADVEQCCGVTK ESPKDHQSPPPVSRELDLNVVSVPDLNEDL PPLESSRDEDNG Sbjct: 421 EGFCSADVEQCCGVTKCESPKDHQSPPPVSRELDLNVVSVPDLNEDLTPPLESSRDEDNG 480 Query: 481 CTLERATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRK 540 CTLERATGPDDDAASHGVEKNGLGLARSNGSGPSD+S AWA IRNGD VDSL E RRK Sbjct: 481 CTLERATGPDDDAASHGVEKNGLGLARSNGSGPSDESQAWALIRNGDVPAVDSLAETRRK 540 Query: 541 RASSSNEETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLL 600 R+SS+NEETHDCDS LINGSPFR+SGGPG LD NFEYCVKVIRWLEC+GYLKQEFRLKLL Sbjct: 541 RSSSANEETHDCDSTLINGSPFRISGGPGSLDGNFEYCVKVIRWLECEGYLKQEFRLKLL 600 Query: 601 TWFSLRSTEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS 648 TWFSLRSTEQERRVV+TFIQTLMDDPKSLAGQLVDSFGDL+SSK+PR SFTSIPS Sbjct: 601 TWFSLRSTEQERRVVSTFIQTLMDDPKSLAGQLVDSFGDLISSKRPRTSFTSIPS 653
BLAST of Spo09662.1 vs. NCBI nr
Match:
gi|1009160462|ref|XP_015898363.1| (PREDICTED: VIN3-like protein 1 [Ziziphus jujuba])
HSP 1 Score: 882.1 bits (2278), Expect = 5.900e-253
Identity = 445/646 (68.89%), Postives = 522/646 (80.80%), Query Frame = 1
Query: 7 KACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWICKNSAC 66 K NK K + ++ S NN +S+KQ RKGENP R+ +EQ +FGCS++WICKNSAC Sbjct: 77 KTTNKTNKKQDLKRASSSPNNQSSRKQHRKGENPVRVPPTSEQSPDFGCSNSWICKNSAC 136 Query: 67 RAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAFQQEKLG 126 RAVLSIDD FC+RCSCCICH FDDNKDPSLWLVC SES QGDSCGLSCHIECA Q+EK+G Sbjct: 137 RAVLSIDDTFCKRCSCCICHLFDDNKDPSLWLVCTSESDQGDSCGLSCHIECALQREKVG 196 Query: 127 VVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLLDGTA 186 VV+LGQ M LDGSYCCASCGKVSG+LGCWKKQL +AKDARRVD+LC+RI LSYRLLDGT+ Sbjct: 197 VVDLGQLMQLDGSYCCASCGKVSGILGCWKKQLMVAKDARRVDILCHRIYLSYRLLDGTS 256 Query: 187 KFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKANELLA 246 +FK+L EIV E+K KLEAE+GP+NG S +MARGIVSRL++A +VQKLCS AI+KA+E LA Sbjct: 257 RFKELHEIVKESKAKLEAELGPVNGVSARMARGIVSRLSVAGEVQKLCSLAIEKADEWLA 316 Query: 247 NVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQETF 306 N+S V+PN + DSLPAAC+F+FEEVTSSS+ I+LI++ + D ++GYKLWY KSR+ET Sbjct: 317 NISNVNPNCREDSLPAACKFVFEEVTSSSISIILIELSNASCDDVKGYKLWYYKSREETH 376 Query: 307 SKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHKNP 366 +KEP +FPR +RRI V++L PCTEYTFRI+SYT+T DLGHSEAKCFTKSVEI H + N Sbjct: 377 AKEPSCVFPRAQRRILVSNLQPCTEYTFRIVSYTDTSDLGHSEAKCFTKSVEIIHKNPNS 436 Query: 367 TTSGCKKETPSVEGSS---SPTKEQPNS-SSGFQVRDLGKVLRLAWAQEQGFLEGFCSAD 426 KKE +EGSS S TK + SS F+VRDLGK+LRLAWAQEQG+ EGFCSAD Sbjct: 437 VNMNGKKENSQIEGSSGAKSNTKTPMEAGSSEFKVRDLGKILRLAWAQEQGYFEGFCSAD 496 Query: 427 VEQCCGVTKYESPKDHQS-PPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTLERA 486 +E+CCGV+K P+ Q P VSR LDLNVV+VPDLNE+L PP ESSRDEDNGCTL++A Sbjct: 497 IEKCCGVSKVVKPETIQERVPSVSRGLDLNVVTVPDLNEELTPPFESSRDEDNGCTLQQA 556 Query: 487 TGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRKRASSSN 546 DDDAASH V KN GLARS+GSG DS W GD VDS E RKRA+++N Sbjct: 557 VEADDDAASHDVAKN--GLARSHGSG---DSQTWTHGPTGDVPAVDSRAEFCRKRAANTN 616 Query: 547 EETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLR 606 EETHDCDS LINGSPFRVS G LD NFEYCVK+IRWLEC+G++ QEFRLKLLTWFSLR Sbjct: 617 EETHDCDSTLINGSPFRVSNGSCCLDENFEYCVKIIRWLECEGHITQEFRLKLLTWFSLR 676 Query: 607 STEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTS 645 STEQERRVVNTFIQT++DDP SLAGQLVDSF D++SSK+ RN F S Sbjct: 677 STEQERRVVNTFIQTMIDDPSSLAGQLVDSFSDIISSKRLRNGFCS 717
BLAST of Spo09662.1 vs. NCBI nr
Match:
gi|223545526|gb|EEF47031.1| (conserved hypothetical protein [Ricinus communis])
HSP 1 Score: 880.2 bits (2273), Expect = 2.300e-252
Identity = 445/649 (68.57%), Postives = 524/649 (80.74%), Query Frame = 1
Query: 6 LKACNKNVKNPESRK-NGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWICKNS 65 +K CNK ++ ES+K + S N + KKQ RKGENP RL+ +EQPS+FGCS++WICKNS Sbjct: 80 MKTCNKTIRKQESKKVSSSPINQPSFKKQQRKGENPTRLLPASEQPSDFGCSNSWICKNS 139 Query: 66 ACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAFQQEK 125 ACRAVLSIDD FC+RCSCCICH FDDNKDPSLWLVC SE+ +GDSCGLSCHIECA Q+EK Sbjct: 140 ACRAVLSIDDTFCKRCSCCICHLFDDNKDPSLWLVCTSENSEGDSCGLSCHIECALQREK 199 Query: 126 LGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLLDG 185 +GVV+LGQ M LDGSYCCASCGKV+G+LG WKKQL IAKDARR+DVLCYRI LSYRLLDG Sbjct: 200 VGVVDLGQLMQLDGSYCCASCGKVTGILGSWKKQLIIAKDARRIDVLCYRIYLSYRLLDG 259 Query: 186 TAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKANEL 245 T++FK+L EIV +AK KLE E+GP+NG S KMARGIVSRL+IA DVQKLCS AIDKA+E Sbjct: 260 TSRFKELHEIVKDAKAKLETEIGPLNGVSAKMARGIVSRLSIAGDVQKLCSLAIDKADEW 319 Query: 246 LANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQE 305 LA +S +P + DS PAACRFLFEEVTSSS+VI+LI++ + +D I+GYKLWYCKS +E Sbjct: 320 LATISSGNPKCREDSRPAACRFLFEEVTSSSVVIILIEMCNASSDEIKGYKLWYCKSIEE 379 Query: 306 TFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHK 365 +K+P +FPR +RRI +++L PCTEYTFRI+SYTE D GHSEAKCFTKS+EI H + Sbjct: 380 AQTKDPLCVFPRTQRRILISNLQPCTEYTFRIVSYTEAGDFGHSEAKCFTKSIEIIHKNP 439 Query: 366 NPTTS-GCKKETPSVEGSSSPTKEQPNS--SSGFQVRDLGKVLRLAWAQEQGFLEGFCSA 425 N + S K S+EG S ++ + S SSGF+VR+LGK+L LAWAQ+QG EGFCSA Sbjct: 440 NSSVSTNGKNANNSLEGGMSGSRRESKSTNSSGFKVRELGKILHLAWAQKQGCFEGFCSA 499 Query: 426 DVEQCCG---VTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTL 485 D E+CCG VTK E+P+D P +SR LDLNVVSVPDLNE+L PPLESSRDEDNGCTL Sbjct: 500 DTEKCCGATEVTKPETPEDEL--PSISRGLDLNVVSVPDLNEELTPPLESSRDEDNGCTL 559 Query: 486 ERATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRKRAS 545 E+ DDDAASH ++KN GLARS+GSG DS W +G+ VDS E+ RKRA+ Sbjct: 560 EQTVEADDDAASHDIKKN--GLARSHGSG---DSQTWTDGPSGEVPAVDSRAELCRKRAA 619 Query: 546 SSNEETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWF 605 SNEE HDCDS LINGSPFRVS G G LD NFEYCVK+IRWLEC+G++ QEFRLKLLTWF Sbjct: 620 HSNEEMHDCDSTLINGSPFRVSTGSGCLDENFEYCVKIIRWLECEGHINQEFRLKLLTWF 679 Query: 606 SLRSTEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTS 645 SLRSTEQERRVVNTFIQTL+DDP SLAGQLVDSF D++SSK+PRN F S Sbjct: 680 SLRSTEQERRVVNTFIQTLIDDPSSLAGQLVDSFSDIISSKRPRNGFCS 721
BLAST of Spo09662.1 vs. NCBI nr
Match:
gi|1000974548|ref|XP_015572530.1| (PREDICTED: VIN3-like protein 1 [Ricinus communis])
HSP 1 Score: 880.2 bits (2273), Expect = 2.300e-252
Identity = 445/649 (68.57%), Postives = 524/649 (80.74%), Query Frame = 1
Query: 6 LKACNKNVKNPESRK-NGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWICKNS 65 +K CNK ++ ES+K + S N + KKQ RKGENP RL+ +EQPS+FGCS++WICKNS Sbjct: 76 MKTCNKTIRKQESKKVSSSPINQPSFKKQQRKGENPTRLLPASEQPSDFGCSNSWICKNS 135 Query: 66 ACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAFQQEK 125 ACRAVLSIDD FC+RCSCCICH FDDNKDPSLWLVC SE+ +GDSCGLSCHIECA Q+EK Sbjct: 136 ACRAVLSIDDTFCKRCSCCICHLFDDNKDPSLWLVCTSENSEGDSCGLSCHIECALQREK 195 Query: 126 LGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLLDG 185 +GVV+LGQ M LDGSYCCASCGKV+G+LG WKKQL IAKDARR+DVLCYRI LSYRLLDG Sbjct: 196 VGVVDLGQLMQLDGSYCCASCGKVTGILGSWKKQLIIAKDARRIDVLCYRIYLSYRLLDG 255 Query: 186 TAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKANEL 245 T++FK+L EIV +AK KLE E+GP+NG S KMARGIVSRL+IA DVQKLCS AIDKA+E Sbjct: 256 TSRFKELHEIVKDAKAKLETEIGPLNGVSAKMARGIVSRLSIAGDVQKLCSLAIDKADEW 315 Query: 246 LANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQE 305 LA +S +P + DS PAACRFLFEEVTSSS+VI+LI++ + +D I+GYKLWYCKS +E Sbjct: 316 LATISSGNPKCREDSRPAACRFLFEEVTSSSVVIILIEMCNASSDEIKGYKLWYCKSIEE 375 Query: 306 TFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHK 365 +K+P +FPR +RRI +++L PCTEYTFRI+SYTE D GHSEAKCFTKS+EI H + Sbjct: 376 AQTKDPLCVFPRTQRRILISNLQPCTEYTFRIVSYTEAGDFGHSEAKCFTKSIEIIHKNP 435 Query: 366 NPTTS-GCKKETPSVEGSSSPTKEQPNS--SSGFQVRDLGKVLRLAWAQEQGFLEGFCSA 425 N + S K S+EG S ++ + S SSGF+VR+LGK+L LAWAQ+QG EGFCSA Sbjct: 436 NSSVSTNGKNANNSLEGGMSGSRRESKSTNSSGFKVRELGKILHLAWAQKQGCFEGFCSA 495 Query: 426 DVEQCCG---VTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTL 485 D E+CCG VTK E+P+D P +SR LDLNVVSVPDLNE+L PPLESSRDEDNGCTL Sbjct: 496 DTEKCCGATEVTKPETPEDEL--PSISRGLDLNVVSVPDLNEELTPPLESSRDEDNGCTL 555 Query: 486 ERATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRKRAS 545 E+ DDDAASH ++KN GLARS+GSG DS W +G+ VDS E+ RKRA+ Sbjct: 556 EQTVEADDDAASHDIKKN--GLARSHGSG---DSQTWTDGPSGEVPAVDSRAELCRKRAA 615 Query: 546 SSNEETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWF 605 SNEE HDCDS LINGSPFRVS G G LD NFEYCVK+IRWLEC+G++ QEFRLKLLTWF Sbjct: 616 HSNEEMHDCDSTLINGSPFRVSTGSGCLDENFEYCVKIIRWLECEGHINQEFRLKLLTWF 675 Query: 606 SLRSTEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTS 645 SLRSTEQERRVVNTFIQTL+DDP SLAGQLVDSF D++SSK+PRN F S Sbjct: 676 SLRSTEQERRVVNTFIQTLIDDPSSLAGQLVDSFSDIISSKRPRNGFCS 717
BLAST of Spo09662.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9RDD4_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_085520 PE=4 SV=1)
HSP 1 Score: 1303.5 bits (3372), Expect = 0.000e+0
Identity = 647/647 (100.00%), Postives = 647/647 (100.00%), Query Frame = 1
Query: 1 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI 60 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI Sbjct: 1 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI 60 Query: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF Sbjct: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 Query: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR Sbjct: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 Query: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK Sbjct: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 Query: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK 300 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK Sbjct: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK 300 Query: 301 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF 360 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF Sbjct: 301 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF 360 Query: 361 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCS 420 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCS Sbjct: 361 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCS 420 Query: 421 ADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTLER 480 ADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTLER Sbjct: 421 ADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTLER 480 Query: 481 ATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNEE 540 ATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNEE Sbjct: 481 ATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNEE 540 Query: 541 THDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRST 600 THDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRST Sbjct: 541 THDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRST 600 Query: 601 EQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS 648 EQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS Sbjct: 601 EQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS 647
BLAST of Spo09662.1 vs. UniProtKB/TrEMBL
Match:
A0A0J8BST2_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_8g195960 PE=4 SV=1)
HSP 1 Score: 1128.2 bits (2917), Expect = 0.000e+0
Identity = 564/655 (86.11%), Postives = 595/655 (90.84%), Query Frame = 1
Query: 1 MIEQQLKACNKNVKNPESRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWI 60 MIE QLKACNKNVKNPESRK S S N+AS+KQSRKGENP R+ EQ S+FGCSSTWI Sbjct: 1 MIEPQLKACNKNVKNPESRKTASTSYNSASRKQSRKGENPIRVTPLGEQSSDFGCSSTWI 60 Query: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF Sbjct: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 Query: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 QQEKLGVVNLGQYMHLDGSYCC+SCGKVSG+LGCWKKQLAIAKDARRVDVLCYRI LSYR Sbjct: 121 QQEKLGVVNLGQYMHLDGSYCCSSCGKVSGILGCWKKQLAIAKDARRVDVLCYRIFLSYR 180 Query: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 LL+GTAKFKDL EIVAEAK KLEAEVGPMNGDSVKMARGIVSRL IAADVQKLCSHAIDK Sbjct: 181 LLEGTAKFKDLHEIVAEAKTKLEAEVGPMNGDSVKMARGIVSRLAIAADVQKLCSHAIDK 240 Query: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCK 300 ANE LANVS +S N KVD+LPAACRFLFEEVTS SL IVLIDIP+P+TDS++GYKLWYCK Sbjct: 241 ANEWLANVSSISSNCKVDALPAACRFLFEEVTSCSLAIVLIDIPTPMTDSVKGYKLWYCK 300 Query: 301 SRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIF 360 SR ETF++EP S+FPRE+R+ISV +L PCTEYTFRI+SYTE DLGHSEAKCFTKS+EI Sbjct: 301 SRHETFAREPTSVFPREKRKISVKNLKPCTEYTFRIVSYTEVGDLGHSEAKCFTKSLEII 360 Query: 361 HNHKNPTTSGCKKETPSVEGSSSPTKEQPNS-----SSGFQVRDLGKVLRLAWAQEQGFL 420 K TT GCKKE P VE SSS KEQ NS SSGF+VRDLGK+L LAWAQEQG L Sbjct: 361 --SKKSTTVGCKKEDPCVERSSSNAKEQHNSNLAAISSGFKVRDLGKILHLAWAQEQGCL 420 Query: 421 EGFCSADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNG 480 EGFCSADVEQCCGVTK ESPKDHQSPPPVSRELDLNVVSVPDLNEDL PPLESSRDEDNG Sbjct: 421 EGFCSADVEQCCGVTKCESPKDHQSPPPVSRELDLNVVSVPDLNEDLTPPLESSRDEDNG 480 Query: 481 CTLERATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRK 540 CTLERATGPDDDAASHGVEKNGLGLARSNGSGPSD+S AWA IRNGD VDSL E RRK Sbjct: 481 CTLERATGPDDDAASHGVEKNGLGLARSNGSGPSDESQAWALIRNGDVPAVDSLAETRRK 540 Query: 541 RASSSNEETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLL 600 R+SS+NEETHDCDS LINGSPFR+SGGPG LD NFEYCVKVIRWLEC+GYLKQEFRLKLL Sbjct: 541 RSSSANEETHDCDSTLINGSPFRISGGPGSLDGNFEYCVKVIRWLECEGYLKQEFRLKLL 600 Query: 601 TWFSLRSTEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTSIPS 648 TWFSLRSTEQERRVV+TFIQTLMDDPKSLAGQLVDSFGDL+SSK+PR SFTSIPS Sbjct: 601 TWFSLRSTEQERRVVSTFIQTLMDDPKSLAGQLVDSFGDLISSKRPRTSFTSIPS 653
BLAST of Spo09662.1 vs. UniProtKB/TrEMBL
Match:
B9RPB3_RICCO (Putative uncharacterized protein OS=Ricinus communis GN=RCOM_0926490 PE=4 SV=1)
HSP 1 Score: 880.2 bits (2273), Expect = 1.600e-252
Identity = 445/649 (68.57%), Postives = 524/649 (80.74%), Query Frame = 1
Query: 6 LKACNKNVKNPESRK-NGSISNNTASKKQSRKGENPARLISKTEQPSEFGCSSTWICKNS 65 +K CNK ++ ES+K + S N + KKQ RKGENP RL+ +EQPS+FGCS++WICKNS Sbjct: 80 MKTCNKTIRKQESKKVSSSPINQPSFKKQQRKGENPTRLLPASEQPSDFGCSNSWICKNS 139 Query: 66 ACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAFQQEK 125 ACRAVLSIDD FC+RCSCCICH FDDNKDPSLWLVC SE+ +GDSCGLSCHIECA Q+EK Sbjct: 140 ACRAVLSIDDTFCKRCSCCICHLFDDNKDPSLWLVCTSENSEGDSCGLSCHIECALQREK 199 Query: 126 LGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLLDG 185 +GVV+LGQ M LDGSYCCASCGKV+G+LG WKKQL IAKDARR+DVLCYRI LSYRLLDG Sbjct: 200 VGVVDLGQLMQLDGSYCCASCGKVTGILGSWKKQLIIAKDARRIDVLCYRIYLSYRLLDG 259 Query: 186 TAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKANEL 245 T++FK+L EIV +AK KLE E+GP+NG S KMARGIVSRL+IA DVQKLCS AIDKA+E Sbjct: 260 TSRFKELHEIVKDAKAKLETEIGPLNGVSAKMARGIVSRLSIAGDVQKLCSLAIDKADEW 319 Query: 246 LANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQE 305 LA +S +P + DS PAACRFLFEEVTSSS+VI+LI++ + +D I+GYKLWYCKS +E Sbjct: 320 LATISSGNPKCREDSRPAACRFLFEEVTSSSVVIILIEMCNASSDEIKGYKLWYCKSIEE 379 Query: 306 TFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHK 365 +K+P +FPR +RRI +++L PCTEYTFRI+SYTE D GHSEAKCFTKS+EI H + Sbjct: 380 AQTKDPLCVFPRTQRRILISNLQPCTEYTFRIVSYTEAGDFGHSEAKCFTKSIEIIHKNP 439 Query: 366 NPTTS-GCKKETPSVEGSSSPTKEQPNS--SSGFQVRDLGKVLRLAWAQEQGFLEGFCSA 425 N + S K S+EG S ++ + S SSGF+VR+LGK+L LAWAQ+QG EGFCSA Sbjct: 440 NSSVSTNGKNANNSLEGGMSGSRRESKSTNSSGFKVRELGKILHLAWAQKQGCFEGFCSA 499 Query: 426 DVEQCCG---VTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGCTL 485 D E+CCG VTK E+P+D P +SR LDLNVVSVPDLNE+L PPLESSRDEDNGCTL Sbjct: 500 DTEKCCGATEVTKPETPEDEL--PSISRGLDLNVVSVPDLNEELTPPLESSRDEDNGCTL 559 Query: 486 ERATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRKRAS 545 E+ DDDAASH ++KN GLARS+GSG DS W +G+ VDS E+ RKRA+ Sbjct: 560 EQTVEADDDAASHDIKKN--GLARSHGSG---DSQTWTDGPSGEVPAVDSRAELCRKRAA 619 Query: 546 SSNEETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWF 605 SNEE HDCDS LINGSPFRVS G G LD NFEYCVK+IRWLEC+G++ QEFRLKLLTWF Sbjct: 620 HSNEEMHDCDSTLINGSPFRVSTGSGCLDENFEYCVKIIRWLECEGHINQEFRLKLLTWF 679 Query: 606 SLRSTEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTS 645 SLRSTEQERRVVNTFIQTL+DDP SLAGQLVDSF D++SSK+PRN F S Sbjct: 680 SLRSTEQERRVVNTFIQTLIDDPSSLAGQLVDSFSDIISSKRPRNGFCS 721
BLAST of Spo09662.1 vs. UniProtKB/TrEMBL
Match:
A0A061GLW5_THECC (Fibronectin type III domain-containing protein isoform 1 OS=Theobroma cacao GN=TCM_037924 PE=4 SV=1)
HSP 1 Score: 872.1 bits (2252), Expect = 4.300e-250
Identity = 448/650 (68.92%), Postives = 520/650 (80.00%), Query Frame = 1
Query: 4 QQLKACNKNVKNPESRKNGSISNNT-ASKKQSRKGENPARLISKTEQPSEFGCSSTWICK 63 + L+ NK +K PE RK S +N+ +S+KQ+RKGENP R++ +E P + G S++WICK Sbjct: 74 EALRLSNKTIKKPELRKASSTANSQPSSRKQNRKGENPMRVLPASELPPDLGFSNSWICK 133 Query: 64 NSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAFQQ 123 NSACRAVLSIDD FC+RCSCCICH FDDNKDPSLWLVC SESG+GD CGLSCHIECA Q+ Sbjct: 134 NSACRAVLSIDDTFCKRCSCCICHLFDDNKDPSLWLVCTSESGEGDYCGLSCHIECALQR 193 Query: 124 EKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLL 183 EK+GVV+LGQ M LDGSYCCASCGKVSG+LGCWKKQL+IAKDARR+DVLCYRI LSYRLL Sbjct: 194 EKVGVVDLGQLMQLDGSYCCASCGKVSGILGCWKKQLSIAKDARRLDVLCYRIYLSYRLL 253 Query: 184 DGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKAN 243 D T++FK+L E V +AK KLE EVGP+NG KMARGIVSRL++A D+QKLCS AI+KA+ Sbjct: 254 DETSRFKELHEFVRDAKAKLEKEVGPVNGVHAKMARGIVSRLSVAGDIQKLCSLAIEKAD 313 Query: 244 ELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSR 303 E LA +S SP + DS PAACRFLFEEVTSSS+VI+LI++ + D I+GYKLWY KSR Sbjct: 314 EWLATMSNTSPKCQ-DSRPAACRFLFEEVTSSSVVIILIELSTASPDDIKGYKLWYFKSR 373 Query: 304 QETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHN 363 ET +KEP S+FPR +RRI +++L PCTEYTFRI+SYTE DLGHSEAKCFTKSVEI H Sbjct: 374 DETHTKEPISVFPRTQRRILISNLQPCTEYTFRIVSYTEAGDLGHSEAKCFTKSVEIVHK 433 Query: 364 HKNP-TTSGCKKETPSVEGSSSPTKEQPN-SSSGFQVRDLGKVLRLAWAQEQGFLEGFCS 423 + NP KKE +EGSS +KE P SSGF+VRDLGK+LRLAWAQEQG EGFCS Sbjct: 434 NPNPAAVMNQKKENTHIEGSSLGSKELPAVGSSGFKVRDLGKILRLAWAQEQGCFEGFCS 493 Query: 424 ADVEQCCGVTKYESPKDHQSP--PPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNG-CT 483 ADVE+CCG +K P+ + P VSR LDLNVVSVPDLNE+L PP ESSRDEDNG CT Sbjct: 494 ADVEKCCGASKIIMPETREDDHMPSVSRGLDLNVVSVPDLNEELTPPFESSRDEDNGCCT 553 Query: 484 LERATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRKRA 543 LE+A DDDAASH +EKN GLARS+GSG S W G+ VDS TE+ RKR Sbjct: 554 LEQAVEADDDAASHEIEKN--GLARSHGSGDS----TWTNGPTGEVPAVDSHTELCRKRV 613 Query: 544 SSSNEETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTW 603 +S+EETHDCDS LINGSPFR+S G LD NFE CVK+IRWLEC+GY+ QEFRLKLLTW Sbjct: 614 ENSHEETHDCDSTLINGSPFRISNDSGSLDENFESCVKIIRWLECEGYINQEFRLKLLTW 673 Query: 604 FSLRSTEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTS 645 FSLRSTEQERRVVNTFIQTL+DDP SLAGQLVDSF D++SSK+PRN F S Sbjct: 674 FSLRSTEQERRVVNTFIQTLIDDPSSLAGQLVDSFSDIISSKRPRNGFCS 716
BLAST of Spo09662.1 vs. UniProtKB/TrEMBL
Match:
A0A067KJ81_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_13235 PE=4 SV=1)
HSP 1 Score: 864.8 bits (2233), Expect = 6.800e-248
Identity = 449/651 (68.97%), Postives = 517/651 (79.42%), Query Frame = 1
Query: 6 LKACNKNVKNPESRKNGSISNNTAS-KKQSRKGENPARLISKTEQPSEFGCSSTWICKNS 65 +K N VK E++K+ S NN S KKQ RKGENP RL +EQ S+FGCS++WICKNS Sbjct: 75 MKIGNITVKKQEAKKSSSSPNNQPSLKKQQRKGENPTRLTPTSEQLSDFGCSNSWICKNS 134 Query: 66 ACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAFQQEK 125 ACRAVLSIDD FCRRCSCCICH FDDNKDPSLWLVC SE+GQGDSCGLSCHIECA Q K Sbjct: 135 ACRAVLSIDDTFCRRCSCCICHLFDDNKDPSLWLVCTSENGQGDSCGLSCHIECALQCGK 194 Query: 126 LGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLLDG 185 +GVV+LGQ M LDGSYCCASCGKVSG+LGCWKKQL IAKDARR+D LCYRI LSYRLLDG Sbjct: 195 VGVVDLGQLMQLDGSYCCASCGKVSGILGCWKKQLIIAKDARRIDALCYRIYLSYRLLDG 254 Query: 186 TAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKANEL 245 TA+FK+L EIV +AK KLE EVGP+NG S +MARGIVSRL++A DVQKLCS AIDKA+E Sbjct: 255 TARFKELHEIVKDAKAKLETEVGPVNGVSARMARGIVSRLSVAGDVQKLCSLAIDKADEW 314 Query: 246 LANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQE 305 LA++S + N + DSLPAACRFLFEEVTSSS+ I+LI++ S +D I+GYKLWYCKSR+E Sbjct: 315 LASISNGNSNCREDSLPAACRFLFEEVTSSSVTIILIEL-STASDDIKGYKLWYCKSREE 374 Query: 306 TFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHK 365 +K+P +FPR +RRI +++L PCTEYTFRI+SYTE D GHSEAKCFTKSVEI HK Sbjct: 375 MHTKDPICVFPRAQRRILISNLQPCTEYTFRIVSYTEAGDCGHSEAKCFTKSVEII--HK 434 Query: 366 NPTTS---GCKKETPSVEGSSSPTKEQPNSS-----SGFQVRDLGKVLRLAWAQEQGFLE 425 NP TS KK + G +S +K + ++ SGF+VR+LGK+L LAWAQEQG E Sbjct: 435 NPNTSVAANGKKANSLLGGGTSGSKRESKTTMAVNYSGFKVRELGKILHLAWAQEQGCFE 494 Query: 426 GFCSADVEQCCGVTKYESPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGC 485 GFCSAD E+CCG K P + Q P VSR LDLNVVSVPDLNE+L PP ESSRDEDNGC Sbjct: 495 GFCSADAEKCCGAGKVTKPAEDQL-PSVSRGLDLNVVSVPDLNEELTPPFESSRDEDNGC 554 Query: 486 TLERATGPDDDAASHGVEKNGLGLARSNGSGPSDDSLAWATIRNGD---VDSLTEIRRKR 545 TLE+A DDDAASH ++KN GLARS+GSG DS W +G+ VDS ++ RKR Sbjct: 555 TLEQAVEADDDAASHDIKKN--GLARSHGSG---DSQTWTGGPSGEVPAVDSRADLCRKR 614 Query: 546 ASSSNEETHDCDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLT 605 A SNEE DCDS LINGSPFRVS G G LD NFEYCVK+IRWLEC+G++ QEFRLKLLT Sbjct: 615 A-HSNEEMLDCDSTLINGSPFRVSNGSGCLDENFEYCVKIIRWLECEGHINQEFRLKLLT 674 Query: 606 WFSLRSTEQERRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRNSFTS 645 WFSLRSTEQERRVVNTFIQTL+DDP SLAGQLVDSF D++SSK+PRN F S Sbjct: 675 WFSLRSTEQERRVVNTFIQTLIDDPSSLAGQLVDSFSDIISSKRPRNGFCS 715
BLAST of Spo09662.1 vs. ExPASy Swiss-Prot
Match:
VIL1_ARATH (VIN3-like protein 1 OS=Arabidopsis thaliana GN=VIL1 PE=1 SV=1)
HSP 1 Score: 529.3 bits (1362), Expect = 6.100e-149
Identity = 308/637 (48.35%), Postives = 403/637 (63.27%), Query Frame = 1
Query: 18 SRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGC-SSTWICKNSACRAVLSIDDAF 77 S K+ + +KK ++K E+ + + + GC S+WICKN++CRA + +D+F Sbjct: 5 STKSKISHSRKTNKKSNKKHESNGKQQQQQDVDGGGGCLRSSWICKNASCRANVPKEDSF 64 Query: 78 CRRCSCCICHQFDDNKDPSLWLVCESE-SGQGDSCGLSCHIECAFQQEKLGVVNLGQYMH 137 C+RCSCC+CH FD+NKDPSLWLVCE E S + CGLSCHIECAF++ K+GV+ LG M Sbjct: 65 CKRCSCCVCHNFDENKDPSLWLVCEPEKSDDVEFCGLSCHIECAFREVKVGVIALGNLMK 124 Query: 138 LDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLLDGTAKFKDLQEIV 197 LDG +CC SCGKVS +LGCWKKQL AK+ARR D LCYRI L YRLL+GT++F +L EIV Sbjct: 125 LDGCFCCYSCGKVSQILGCWKKQLVAAKEARRRDGLCYRIDLGYRLLNGTSRFSELHEIV 184 Query: 198 AEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKANELLANVSIVSPNY 257 AK LE EVGP++G + + RGIVSRL +AA+VQ+LC+ AI KA EL AN Sbjct: 185 RAAKSMLEDEVGPLDGPTARTDRGIVSRLPVAANVQELCTSAIKKAGELSANAG------ 244 Query: 258 KVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQETFSKEPQSIFP 317 D +PAACRF FE++ + + LI++PS + ++GYKLWY K + E + Sbjct: 245 -RDLVPAACRFHFEDIAPKQVTLRLIELPSAVEYDVKGYKLWYFK-KGEMPEDDLFVDCS 304 Query: 318 RERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHKNPTTSGCKKET 377 R RR+ ++ L+PCTEYTFR++SYTE GHS A CFTKSVEI G +K T Sbjct: 305 RTERRMVISDLEPCTEYTFRVVSYTEAGIFGHSNAMCFTKSVEIL-----KPVDGKEKRT 364 Query: 378 PSVEGSSSPT--KEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCSADVEQCCGVTKYE 437 + G++ P+ +E+ + SS FQ+ LGK ++LA AQE+G LE F + D E+ C Sbjct: 365 IDLVGNAQPSDREEKSSISSRFQIGQLGKYVQLAEAQEEGLLEAFYNVDTEKIC------ 424 Query: 438 SPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGC---TLERATGPD----- 497 P + + PP DLNVVSVPDLNE+ PP +SS EDNG +L A G D Sbjct: 425 EPPEEELPPRRPHGFDLNVVSVPDLNEEFTPP-DSSGGEDNGVPLNSLAEADGGDHDDNC 484 Query: 498 DDAASHGVEKNGLG-LARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNE-ETHD 557 DDA S+G KN L S+GSG DD+ D L +RK S SN+ E H+ Sbjct: 485 DDAVSNGRRKNNNDCLVISDGSG--DDT---------GFDFLMTRKRKAISDSNDSENHE 544 Query: 558 CDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRSTEQE 617 CDS+ I D E CVKVIRWLE +G++K FR++ LTWFS+ ST QE Sbjct: 545 CDSSSI--------------DDTLEKCVKVIRWLEREGHIKTTFRVRFLTWFSMSSTAQE 596 Query: 618 RRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRN 641 + VV+TF+QTL DDP SLAGQLVD+F D+VS+K+P N Sbjct: 605 QSVVSTFVQTLEDDPGSLAGQLVDAFTDVVSTKRPNN 596
BLAST of Spo09662.1 vs. ExPASy Swiss-Prot
Match:
VIL2_ARATH (VIN3-like protein 2 OS=Arabidopsis thaliana GN=VIL2 PE=1 SV=1)
HSP 1 Score: 252.3 bits (643), Expect = 1.400e-65
Identity = 164/437 (37.53%), Postives = 235/437 (53.78%), Query Frame = 1
Query: 1 MIEQQLKACN-KNVKNPESRKNGS----ISNNTASKKQSRKGENPARLISK-----TEQP 60 +IE LK + KN E +K S I NT K+ RK +NP+R + T Sbjct: 71 IIETLLKIVSEKNSGECEGKKRDSDCLPIQRNT---KRQRKVDNPSRYVIPATNIVTSNN 130 Query: 61 SEFGCSS--------TWICKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCES 120 + CSS T CKN ACRAVL +D+FCRRCSCCIC ++DDNKDPSLWL C S Sbjct: 131 ASGSCSSVNTKGESTTIYCKNLACRAVLRQEDSFCRRCSCCICRKYDDNKDPSLWLTCSS 190 Query: 121 ESG-QGDSCGLSCHIECAFQQEKLGVVNLGQYMHLDGS-YCCASCGKVSGVLGCWKKQLA 180 + +G+SCG SCH+ECAF EK G LG+ +G + C SCGK + +L CWKKQL Sbjct: 191 DPPFEGESCGFSCHLECAFNTEKSG---LGKDKQSEGCCFYCVSCGKANSLLECWKKQLT 250 Query: 181 IAKDARRVDVLCYRILLSYRLLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGI 240 IAK+ RRV+VLCYR+ L +LL + K+++L E+V EA LEA+VGP+ G +KM RGI Sbjct: 251 IAKETRRVEVLCYRLFLVQKLLKSSTKYRNLCEVVDEAVKTLEADVGPLTGLPMKMGRGI 310 Query: 241 VSRLTIAADVQKLCSHAIDKANELLANVSIVS--PNYKVDSLPAACRFL----------- 300 V+RL DVQKLCS A++ + V+ P+ + + C ++ Sbjct: 311 VNRLHSGPDVQKLCSSALESLETIATTPPDVAALPSPRSSKMQQDCSYVLSNEISADTAT 370 Query: 301 -------FEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQETFSKEPQSIFPRERRR 360 FE+V ++SL +VL P +I Y +W+ K ++ + ++ R Sbjct: 371 TGSTKIRFEDVNATSLTVVLASNEIPSPPNIVHYSIWHRKVPEKDYPEKSTCTLFIPNTR 430 Query: 361 ISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHKNPTTSGCKKETPSVEG 398 V+ L P +EY F+++SY+ T ++G E T+S E N + T Sbjct: 431 FVVSGLAPASEYCFKVVSYSGTREMGVDEINVLTRSAEEGANCSSAVERSVSPLTNCSTL 490
BLAST of Spo09662.1 vs. ExPASy Swiss-Prot
Match:
VIN3_ARATH (Protein VERNALIZATION INSENSITIVE 3 OS=Arabidopsis thaliana GN=VIN3 PE=1 SV=2)
HSP 1 Score: 244.6 bits (623), Expect = 3.000e-63
Identity = 129/297 (43.43%), Postives = 184/297 (61.95%), Query Frame = 1
Query: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 C+N ACRA L DD FCRRCSCCIC +FDDNKDPSLWL C D+CG SCH+EC Sbjct: 130 CENLACRAALGCDDTFCRRCSCCICQKFDDNKDPSLWLTC-------DACGSSCHLECGL 189 Query: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 +Q++ G+ + LDG + CA CGK + +LGCW+KQ+ +AK+ RRVDVLCYR+ L + Sbjct: 190 KQDRYGIGS----DDLDGRFYCAYCGKDNDLLGCWRKQVKVAKETRRVDVLCYRLSLGQK 249 Query: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 LL GT K+++L E++ EA KLE +VGP++G ++KMARGIV+RL+ VQKLCS A++ Sbjct: 250 LLRGTTKYRNLLELMDEAVKKLEGDVGPLSGWAMKMARGIVNRLSSGVHVQKLCSQAMEA 309 Query: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPIT---DSIRGYKLW 300 ++ +VSP+ V EE+ + S V V +D P + + I G++L+ Sbjct: 310 LDK------VVSPSESVSGQGDKMTVRVEEIQARS-VTVRVDSEEPSSSTQNKITGFRLF 369 Query: 301 YCKSRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFT 355 KS+ E S + + ++ L+P TE+ R++S+ E DL SE + T Sbjct: 370 CRKSKDEECSSQGNCVVYLPETTSAIQGLEPDTEFCLRVVSFNEEGDLDESELRFTT 408
BLAST of Spo09662.1 vs. ExPASy Swiss-Prot
Match:
VIL3_ARATH (VIN3-like protein 3 OS=Arabidopsis thaliana GN=VIL3 PE=2 SV=1)
HSP 1 Score: 190.3 bits (482), Expect = 6.700e-47
Identity = 130/371 (35.04%), Postives = 197/371 (53.10%), Query Frame = 1
Query: 2 IEQQLKA-CNKNVKNPESRKNGSISN--NTASKKQSRKGENPARLISKTEQPSEFGC--- 61 I + L+A K++K K+ I+ N SKK +R E + S Q + Sbjct: 50 IRELLRAESKKDIKYTGLTKDEIITRLFNIVSKKNTRDHEVEEIIPSPKRQKRDLVTPLA 109 Query: 62 ----SSTWICKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESG-QGDSC 121 C+N AC+ L + FC+RCSCCIC ++DDNKDPSLWL C S+S G+SC Sbjct: 110 KAKGKGKMYCQNLACQNKLREEATFCKRCSCCICFKYDDNKDPSLWLTCNSDSQFDGESC 169 Query: 122 GLSCHIECAFQQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDV 181 GLSCH+ CAF EK G+ +DG + C SCGK + + C KKQL IA + RRV V Sbjct: 170 GLSCHLNCAFDSEKSGLKEDTPSSDIDGCFNCVSCGKTNSKIECLKKQLIIANEERRVGV 229 Query: 182 LCYRILLSYRLLDGTAKFKDLQEIVAEAKIKLEAEVG-PMNGDSVKMARGIVSRLTIAAD 241 CYRILL+++LL GT K+ + E V +A + L+ E G P++ KM+RG+V+RL A Sbjct: 230 FCYRILLAHKLLKGTKKYIIVSEEVEKAVMHLKNEFGVPISCLPSKMSRGLVNRLCCAEK 289 Query: 242 VQKLCSHAIDKANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITD 301 V+K CS A+ + + L ++ + + E V ++S+ + S Sbjct: 290 VKKHCSSALKELDGLPL----------PSTIQGSMKIRIESVLATSVTFDIEAEESFSWG 349 Query: 302 SIRGYKLWYCKSRQETFSKE-PQSIF-PRERRRISVTHLDPCTEYTFRIISYTETDDLGH 359 Y++ Y K ++ SK+ + +F +R +V L P TEY F+I+S++ ++L Sbjct: 350 DTNHYRMVYRKVSEKHSSKDLTRELFSTSSHQRFTVMELTPATEYWFKIVSFSGVEELSV 409
BLAST of Spo09662.1 vs. TAIR (Arabidopsis)
Match:
AT3G24440.1 (Fibronectin type III domain-containing protein)
HSP 1 Score: 529.3 bits (1362), Expect = 3.400e-150
Identity = 308/637 (48.35%), Postives = 403/637 (63.27%), Query Frame = 1
Query: 18 SRKNGSISNNTASKKQSRKGENPARLISKTEQPSEFGC-SSTWICKNSACRAVLSIDDAF 77 S K+ + +KK ++K E+ + + + GC S+WICKN++CRA + +D+F Sbjct: 5 STKSKISHSRKTNKKSNKKHESNGKQQQQQDVDGGGGCLRSSWICKNASCRANVPKEDSF 64 Query: 78 CRRCSCCICHQFDDNKDPSLWLVCESE-SGQGDSCGLSCHIECAFQQEKLGVVNLGQYMH 137 C+RCSCC+CH FD+NKDPSLWLVCE E S + CGLSCHIECAF++ K+GV+ LG M Sbjct: 65 CKRCSCCVCHNFDENKDPSLWLVCEPEKSDDVEFCGLSCHIECAFREVKVGVIALGNLMK 124 Query: 138 LDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYRLLDGTAKFKDLQEIV 197 LDG +CC SCGKVS +LGCWKKQL AK+ARR D LCYRI L YRLL+GT++F +L EIV Sbjct: 125 LDGCFCCYSCGKVSQILGCWKKQLVAAKEARRRDGLCYRIDLGYRLLNGTSRFSELHEIV 184 Query: 198 AEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDKANELLANVSIVSPNY 257 AK LE EVGP++G + + RGIVSRL +AA+VQ+LC+ AI KA EL AN Sbjct: 185 RAAKSMLEDEVGPLDGPTARTDRGIVSRLPVAANVQELCTSAIKKAGELSANAG------ 244 Query: 258 KVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQETFSKEPQSIFP 317 D +PAACRF FE++ + + LI++PS + ++GYKLWY K + E + Sbjct: 245 -RDLVPAACRFHFEDIAPKQVTLRLIELPSAVEYDVKGYKLWYFK-KGEMPEDDLFVDCS 304 Query: 318 RERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHKNPTTSGCKKET 377 R RR+ ++ L+PCTEYTFR++SYTE GHS A CFTKSVEI G +K T Sbjct: 305 RTERRMVISDLEPCTEYTFRVVSYTEAGIFGHSNAMCFTKSVEIL-----KPVDGKEKRT 364 Query: 378 PSVEGSSSPT--KEQPNSSSGFQVRDLGKVLRLAWAQEQGFLEGFCSADVEQCCGVTKYE 437 + G++ P+ +E+ + SS FQ+ LGK ++LA AQE+G LE F + D E+ C Sbjct: 365 IDLVGNAQPSDREEKSSISSRFQIGQLGKYVQLAEAQEEGLLEAFYNVDTEKIC------ 424 Query: 438 SPKDHQSPPPVSRELDLNVVSVPDLNEDLNPPLESSRDEDNGC---TLERATGPD----- 497 P + + PP DLNVVSVPDLNE+ PP +SS EDNG +L A G D Sbjct: 425 EPPEEELPPRRPHGFDLNVVSVPDLNEEFTPP-DSSGGEDNGVPLNSLAEADGGDHDDNC 484 Query: 498 DDAASHGVEKNGLG-LARSNGSGPSDDSLAWATIRNGDVDSLTEIRRKRASSSNE-ETHD 557 DDA S+G KN L S+GSG DD+ D L +RK S SN+ E H+ Sbjct: 485 DDAVSNGRRKNNNDCLVISDGSG--DDT---------GFDFLMTRKRKAISDSNDSENHE 544 Query: 558 CDSALINGSPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRSTEQE 617 CDS+ I D E CVKVIRWLE +G++K FR++ LTWFS+ ST QE Sbjct: 545 CDSSSI--------------DDTLEKCVKVIRWLEREGHIKTTFRVRFLTWFSMSSTAQE 596 Query: 618 RRVVNTFIQTLMDDPKSLAGQLVDSFGDLVSSKKPRN 641 + VV+TF+QTL DDP SLAGQLVD+F D+VS+K+P N Sbjct: 605 QSVVSTFVQTLEDDPGSLAGQLVDAFTDVVSTKRPNN 596
BLAST of Spo09662.1 vs. TAIR (Arabidopsis)
Match:
AT4G30200.2 (vernalization5/VIN3-like)
HSP 1 Score: 252.3 bits (643), Expect = 8.100e-67
Identity = 164/437 (37.53%), Postives = 235/437 (53.78%), Query Frame = 1
Query: 1 MIEQQLKACN-KNVKNPESRKNGS----ISNNTASKKQSRKGENPARLISK-----TEQP 60 +IE LK + KN E +K S I NT K+ RK +NP+R + T Sbjct: 71 IIETLLKIVSEKNSGECEGKKRDSDCLPIQRNT---KRQRKVDNPSRYVIPATNIVTSNN 130 Query: 61 SEFGCSS--------TWICKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCES 120 + CSS T CKN ACRAVL +D+FCRRCSCCIC ++DDNKDPSLWL C S Sbjct: 131 ASGSCSSVNTKGESTTIYCKNLACRAVLRQEDSFCRRCSCCICRKYDDNKDPSLWLTCSS 190 Query: 121 ESG-QGDSCGLSCHIECAFQQEKLGVVNLGQYMHLDGS-YCCASCGKVSGVLGCWKKQLA 180 + +G+SCG SCH+ECAF EK G LG+ +G + C SCGK + +L CWKKQL Sbjct: 191 DPPFEGESCGFSCHLECAFNTEKSG---LGKDKQSEGCCFYCVSCGKANSLLECWKKQLT 250 Query: 181 IAKDARRVDVLCYRILLSYRLLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGI 240 IAK+ RRV+VLCYR+ L +LL + K+++L E+V EA LEA+VGP+ G +KM RGI Sbjct: 251 IAKETRRVEVLCYRLFLVQKLLKSSTKYRNLCEVVDEAVKTLEADVGPLTGLPMKMGRGI 310 Query: 241 VSRLTIAADVQKLCSHAIDKANELLANVSIVS--PNYKVDSLPAACRFL----------- 300 V+RL DVQKLCS A++ + V+ P+ + + C ++ Sbjct: 311 VNRLHSGPDVQKLCSSALESLETIATTPPDVAALPSPRSSKMQQDCSYVLSNEISADTAT 370 Query: 301 -------FEEVTSSSLVIVLIDIPSPITDSIRGYKLWYCKSRQETFSKEPQSIFPRERRR 360 FE+V ++SL +VL P +I Y +W+ K ++ + ++ R Sbjct: 371 TGSTKIRFEDVNATSLTVVLASNEIPSPPNIVHYSIWHRKVPEKDYPEKSTCTLFIPNTR 430 Query: 361 ISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFTKSVEIFHNHKNPTTSGCKKETPSVEG 398 V+ L P +EY F+++SY+ T ++G E T+S E N + T Sbjct: 431 FVVSGLAPASEYCFKVVSYSGTREMGVDEINVLTRSAEEGANCSSAVERSVSPLTNCSTL 490
BLAST of Spo09662.1 vs. TAIR (Arabidopsis)
Match:
AT5G57380.1 (Fibronectin type III domain-containing protein)
HSP 1 Score: 244.6 bits (623), Expect = 1.700e-64
Identity = 129/297 (43.43%), Postives = 184/297 (61.95%), Query Frame = 1
Query: 61 CKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESGQGDSCGLSCHIECAF 120 C+N ACRA L DD FCRRCSCCIC +FDDNKDPSLWL C D+CG SCH+EC Sbjct: 130 CENLACRAALGCDDTFCRRCSCCICQKFDDNKDPSLWLTC-------DACGSSCHLECGL 189 Query: 121 QQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDVLCYRILLSYR 180 +Q++ G+ + LDG + CA CGK + +LGCW+KQ+ +AK+ RRVDVLCYR+ L + Sbjct: 190 KQDRYGIGS----DDLDGRFYCAYCGKDNDLLGCWRKQVKVAKETRRVDVLCYRLSLGQK 249 Query: 181 LLDGTAKFKDLQEIVAEAKIKLEAEVGPMNGDSVKMARGIVSRLTIAADVQKLCSHAIDK 240 LL GT K+++L E++ EA KLE +VGP++G ++KMARGIV+RL+ VQKLCS A++ Sbjct: 250 LLRGTTKYRNLLELMDEAVKKLEGDVGPLSGWAMKMARGIVNRLSSGVHVQKLCSQAMEA 309 Query: 241 ANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPIT---DSIRGYKLW 300 ++ +VSP+ V EE+ + S V V +D P + + I G++L+ Sbjct: 310 LDK------VVSPSESVSGQGDKMTVRVEEIQARS-VTVRVDSEEPSSSTQNKITGFRLF 369 Query: 301 YCKSRQETFSKEPQSIFPRERRRISVTHLDPCTEYTFRIISYTETDDLGHSEAKCFT 355 KS+ E S + + ++ L+P TE+ R++S+ E DL SE + T Sbjct: 370 CRKSKDEECSSQGNCVVYLPETTSAIQGLEPDTEFCLRVVSFNEEGDLDESELRFTT 408
BLAST of Spo09662.1 vs. TAIR (Arabidopsis)
Match:
AT2G18880.1 (vernalization5/VIN3-like)
HSP 1 Score: 190.3 bits (482), Expect = 3.800e-48
Identity = 130/371 (35.04%), Postives = 197/371 (53.10%), Query Frame = 1
Query: 2 IEQQLKA-CNKNVKNPESRKNGSISN--NTASKKQSRKGENPARLISKTEQPSEFGC--- 61 I + L+A K++K K+ I+ N SKK +R E + S Q + Sbjct: 50 IRELLRAESKKDIKYTGLTKDEIITRLFNIVSKKNTRDHEVEEIIPSPKRQKRDLVTPLA 109 Query: 62 ----SSTWICKNSACRAVLSIDDAFCRRCSCCICHQFDDNKDPSLWLVCESESG-QGDSC 121 C+N AC+ L + FC+RCSCCIC ++DDNKDPSLWL C S+S G+SC Sbjct: 110 KAKGKGKMYCQNLACQNKLREEATFCKRCSCCICFKYDDNKDPSLWLTCNSDSQFDGESC 169 Query: 122 GLSCHIECAFQQEKLGVVNLGQYMHLDGSYCCASCGKVSGVLGCWKKQLAIAKDARRVDV 181 GLSCH+ CAF EK G+ +DG + C SCGK + + C KKQL IA + RRV V Sbjct: 170 GLSCHLNCAFDSEKSGLKEDTPSSDIDGCFNCVSCGKTNSKIECLKKQLIIANEERRVGV 229 Query: 182 LCYRILLSYRLLDGTAKFKDLQEIVAEAKIKLEAEVG-PMNGDSVKMARGIVSRLTIAAD 241 CYRILL+++LL GT K+ + E V +A + L+ E G P++ KM+RG+V+RL A Sbjct: 230 FCYRILLAHKLLKGTKKYIIVSEEVEKAVMHLKNEFGVPISCLPSKMSRGLVNRLCCAEK 289 Query: 242 VQKLCSHAIDKANELLANVSIVSPNYKVDSLPAACRFLFEEVTSSSLVIVLIDIPSPITD 301 V+K CS A+ + + L ++ + + E V ++S+ + S Sbjct: 290 VKKHCSSALKELDGLPL----------PSTIQGSMKIRIESVLATSVTFDIEAEESFSWG 349 Query: 302 SIRGYKLWYCKSRQETFSKE-PQSIF-PRERRRISVTHLDPCTEYTFRIISYTETDDLGH 359 Y++ Y K ++ SK+ + +F +R +V L P TEY F+I+S++ ++L Sbjct: 350 DTNHYRMVYRKVSEKHSSKDLTRELFSTSSHQRFTVMELTPATEYWFKIVSFSGVEELSV 409
BLAST of Spo09662.1 vs. TAIR (Arabidopsis)
Match:
AT2G18870.1 (vernalization5/VIN3-like)
HSP 1 Score: 87.4 bits (215), Expect = 3.500e-17
Identity = 45/91 (49.45%), Postives = 54/91 (59.34%), Query Frame = 1
Query: 549 ING---SPFRVSGGPGPLDSNFEYCVKVIRWLECDGYLKQEFRLKLLTWFSLRSTEQERR 608 ING P + P E CVK+IR LEC GY++ FR K LTWFSLR+T QER Sbjct: 123 INGHQDKPEKAKKNPESYGLGLEQCVKIIRKLECSGYVESTFRQKFLTWFSLRATSQERN 182 Query: 609 VVNTFIQTLMDDPKSLAGQLVDSFGDLVSSK 637 V TF+ DD +LA QLVD+F D + SK Sbjct: 183 TVTTFMNAFNDDSMALAEQLVDTFSDCIWSK 213
The following BLAST results are available for this feature:
BLAST of Spo09662.1 vs. NCBI nr
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. NCBI nr )
Total hits: 5
A T G A T A G A G C A G C A G C T G A A A G C A T G C A A C A A A A A T G T G A A G A A T C C T G A G A G C A G G A A G A A T G G T T C C A T T T C C A A T A A T A C T G C T T C T A A G A A G C A A A G C A G G A A G G G A G A A A A T C C T G C T C G C C T C A T A T C G A A A A C T G A G C A A C C T T C T G A A T T T G G A T G T T C T A G T A C C T G G A T A T G T A A A A A T T C T G C G T G T A G A G C T G T T T T G T C C A T A G A T G A T G C G T T T T G T A G G A G G T G C T C A T G T T G C A T C T G C C A C C A A T T T G A T G A T A A T A A A G A C C C T A G C C T T T G G T T G G T T T G T G A A T C T G A G T C T G G A C A G G G T G A T T C T T G T G G A T T A T C A T G C C A C A T T G A G T G T G C A T T T C A A C A A G A G A A G C T G G G A G T C G T G A A C C T T G G G C A A T A C A T G C A T T T A G A T G G G A G T T A C T G C T G C G C T T C T T G C G G C A A A G T C T C T G G T G T G C T T G G A T G T T G G A A A A A A C A G T T G G C T A T A G C A A A G G A T G C T A G A C G T G T C G A T G T G C T T T G T T A T A G A A T A T T G C T G A G T T A C A G G C T A C T T G A T G G T A C G G C T A A A T T T A A G G A C C T C C A A G A G A T T G T T G C A G A A G C T A A A A T A A A A T T G G A G G C G G A G G T G G G T C C C A T G A A T G G T G A C T C T G T C A A G A T G G C T A G A G G T A T A G T T A G C A G G C T T A C T A T T G C T G C A G A T G T A C A A A A A C T C T G T T C A C A T G C G A T T G A T A A A G C T A A T G A A T T G C T T G C C A A C G T T T C C A T C G T G T C T C C A A A T T A C A A A G T G G A T T C A C T T C C C G C T G C A T G C A G G T T C C T G T T T G A A G A A G T T A C C T C T T C T T C A C T T G T A A T A G T C T T G A T T G A T A T C C C C T C A C C A A T A A C T G A T T C C A T C A G A G G C T A C A A G C T A T G G T A C T G C A A A A G C A G A C A G G A G A C A T T T T C A A A G G A G C C T C A A T C C A T C T T T C C A A G G G A G A G A A G A A G G A T T T C T G T A A C A C A T C T T G A T C C T T G C A C C G A G T A C A C C T T C A G A A T A A T T T C C T A C A C A G A A A C T G A T G A T T T A G G C C A C T C T G A G G C C A A G T G T T T T A C C A A G A G T G T A G A G A T T T T T C A T A A C C A T A A G A A T C C C A C C A C A T C A G G T T G T A A G A A G G A A A C T C C T T C A G T T G A G G G A A G C T C C T C A C C T A C A A A G G A G C A A C C C A A C T C A T C T T C T G G A T T T C A G G T G C G G G A C C T T G G G A A A G T G T T A C G A C T A G C T T G G G C T C A A G A A C A G G G C T T T C T C G A A G G C T T C T G C A G T G C T G A T G T A G A A C A A T G C T G T G G A G T T A C A A A A T A T G A A T C T C C T A A A G A T C A C C A G T C A C C T C C G C C A G T T T C T C G T G A G C T T G A C C T A A A T G T T G T T T C A G T T C C A G A T T T A A A T G A A G A C C T T A A C C C G C C T C T C G A G T C T T C C A G G G A T G A A G A T A A T G G A T G T A C G C T G G A G C G T G C T A C T G G T C C T G A T G A T G A T G C T G C T T C T C A T G G T G T T G A G A A G A A T G G G C T T G G G C T T G C C A G G T C A A A T G G T A G T G G G C C A A G T G A T G A T T C A C T G G C T T G G G C A A C C A T T C G A A A T G G A G A C G T T G A T T C C T T G A C G G A G A T T C G C C G G A A G A G A G C T T C A A G T T C G A A T G A A G A G A C C C A T G A T T G T G A C A G C G C C C T G A T A A A T G G G T C G C C G T T T C G G G T T T C T G G T G G G C C T G G A C C C C T A G A C A G T A A C T T T G A G T A T T G C G T G A A G G T C A T A C G G T G G T T G G A G T G T G A C G G C T A C T T A A A A C A G G A A T T T A G A T T G A A A T T G T T G A C T T G G T T T A G C T T A A G A T C T A C T G A A C A A G A G C G T C G G G T T G T C A A C A C C T T C A T T C A A A C C C T C A T G G A T G A T C C A A A G A G C T T G G C A G G G C A G C T C G T G G A C T C C T T T G G A G A T C T T G T A T C T A G C A A G A A G C C C A G G A A T A G T T T C A C T A G T A T T C C T T C T T G A A T A T C T A T C A T A T A G A T G G G A C G G A T A C A T T T C A G A T G T T T A G G A C A C A G T T C T T A G G A A G C A A G T C A C C T G G T T G T C C T C C A G A A A G G G A T T T C A T T T C A G T G G G T A A C T G C A T A T T C T T A G G A G G T A T T T G T T A G A T T C C T T A A C C T C A T T T G T A G A A A G A T T C A C A T T G A G A C A A T T A T T G T T A C C T T C T C T A A T T T A A G G A A G G A T G G T T C A A T G G A T G T G T T A A T T C A C G T T T A A T T T A T T A G T T A A T T A G T C T G T T T T C A C A A G G A A T C A G A G G A T T A T T T T T T C C T G A T G G G T T T T G T A A G C T T C A G T T T C T T G A T T C T T G A T T C T T G A T T G A A C C A G A A C C C C A T T T T T T G G A C C C A G C T A T T C G A T T C C G T T A T T G T T A A C A A G T A T T G T T A G C A A T A A C A G A A T G A T T G G C C T G T T G G G G T T C A T T T G T T T G C T C T G C T T C T G C A A T G A G T G A A A A C A G A G C C A A C T G C A T T T T T T T T G C T T A T T T G C C C A G A A T T G G T G T G G T T G T A C C G T G T G C A C G G A T G T G G A T A A T G A A A A T T T C T C A A C T T A T C T T A T C T C A A C T T T T T A G C C T C T T A C G G A C T T A G A A T T T C A A A G T A C C G A G T A G T A A A T T A A A C T G A T A A C T G T A A C A A C T C C A T T T T A A C A G A A G A A A C C A T A A A C A C C T T A T A A T T T G T C A T A C A T A T T T G T A T A A T T G T A T A T G G C A A G G C T T T A T A A C T T C T C C A C A T C C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 86.11 Expect = 5.90e-253 / Id = 68.89 Expect = 2.30e-252 / Id = 68.57 Expect = 2.30e-252 / Id = 68.57 Sequence KNA16852.1 XP_010688163.1 XP_015898363.1 EEF47031.1 XP_015572530.1
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BLAST of Spo09662.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL )
Total hits: 5
A T G A T A G A G C A G C A G C T G A A A G C A T G C A A C A A A A A T G T G A A G A A T C C T G A G A G C A G G A A G A A T G G T T C C A T T T C C A A T A A T A C T G C T T C T A A G A A G C A A A G C A G G A A G G G A G A A A A T C C T G C T C G C C T C A T A T C G A A A A C T G A G C A A C C T T C T G A A T T T G G A T G T T C T A G T A C C T G G A T A T G T A A A A A T T C T G C G T G T A G A G C T G T T T T G T C C A T A G A T G A T G C G T T T T G T A G G A G G T G C T C A T G T T G C A T C T G C C A C C A A T T T G A T G A T A A T A A A G A C C C T A G C C T T T G G T T G G T T T G T G A A T C T G A G T C T G G A C A G G G T G A T T C T T G T G G A T T A T C A T G C C A C A T T G A G T G T G C A T T T C A A C A A G A G A A G C T G G G A G T C G T G A A C C T T G G G C A A T A C A T G C A T T T A G A T G G G A G T T A C T G C T G C G C T T C T T G C G G C A A A G T C T C T G G T G T G C T T G G A T G T T G G A A A A A A C A G T T G G C T A T A G C A A A G G A T G C T A G A C G T G T C G A T G T G C T T T G T T A T A G A A T A T T G C T G A G T T A C A G G C T A C T T G A T G G T A C G G C T A A A T T T A A G G A C C T C C A A G A G A T T G T T G C A G A A G C T A A A A T A A A A T T G G A G G C G G A G G T G G G T C C C A T G A A T G G T G A C T C T G T C A A G A T G G C T A G A G G T A T A G T T A G C A G G C T T A C T A T T G C T G C A G A T G T A C A A A A A C T C T G T T C A C A T G C G A T T G A T A A A G C T A A T G A A T T G C T T G C C A A C G T T T C C A T C G T G T C T C C A A A T T A C A A A G T G G A T T C A C T T C C C G C T G C A T G C A G G T T C C T G T T T G A A G A A G T T A C C T C T T C T T C A C T T G T A A T A G T C T T G A T T G A T A T C C C C T C A C C A A T A A C T G A T T C C A T C A G A G G C T A C A A G C T A T G G T A C T G C A A A A G C A G A C A G G A G A C A T T T T C A A A G G A G C C T C A A T C C A T C T T T C C A A G G G A G A G A A G A A G G A T T T C T G T A A C A C A T C T T G A T C C T T G C A C C G A G T A C A C C T T C A G A A T A A T T T C C T A C A C A G A A A C T G A T G A T T T A G G C C A C T C T G A G G C C A A G T G T T T T A C C A A G A G T G T A G A G A T T T T T C A T A A C C A T A A G A A T C C C A C C A C A T C A G G T T G T A A G A A G G A A A C T C C T T C A G T T G A G G G A A G C T C C T C A C C T A C A A A G G A G C A A C C C A A C T C A T C T T C T G G A T T T C A G G T G C G G G A C C T T G G G A A A G T G T T A C G A C T A G C T T G G G C T C A A G A A C A G G G C T T T C T C G A A G G C T T C T G C A G T G C T G A T G T A G A A C A A T G C T G T G G A G T T A C A A A A T A T G A A T C T C C T A A A G A T C A C C A G T C A C C T C C G C C A G T T T C T C G T G A G C T T G A C C T A A A T G T T G T T T C A G T T C C A G A T T T A A A T G A A G A C C T T A A C C C G C C T C T C G A G T C T T C C A G G G A T G A A G A T A A T G G A T G T A C G C T G G A G C G T G C T A C T G G T C C T G A T G A T G A T G C T G C T T C T C A T G G T G T T G A G A A G A A T G G G C T T G G G C T T G C C A G G T C A A A T G G T A G T G G G C C A A G T G A T G A T T C A C T G G C T T G G G C A A C C A T T C G A A A T G G A G A C G T T G A T T C C T T G A C G G A G A T T C G C C G G A A G A G A G C T T C A A G T T C G A A T G A A G A G A C C C A T G A T T G T G A C A G C G C C C T G A T A A A T G G G T C G C C G T T T C G G G T T T C T G G T G G G C C T G G A C C C C T A G A C A G T A A C T T T G A G T A T T G C G T G A A G G T C A T A C G G T G G T T G G A G T G T G A C G G C T A C T T A A A A C A G G A A T T T A G A T T G A A A T T G T T G A C T T G G T T T A G C T T A A G A T C T A C T G A A C A A G A G C G T C G G G T T G T C A A C A C C T T C A T T C A A A C C C T C A T G G A T G A T C C A A A G A G C T T G G C A G G G C A G C T C G T G G A C T C C T T T G G A G A T C T T G T A T C T A G C A A G A A G C C C A G G A A T A G T T T C A C T A G T A T T C C T T C T T G A A T A T C T A T C A T A T A G A T G G G A C G G A T A C A T T T C A G A T G T T T A G G A C A C A G T T C T T A G G A A G C A A G T C A C C T G G T T G T C C T C C A G A A A G G G A T T T C A T T T C A G T G G G T A A C T G C A T A T T C T T A G G A G G T A T T T G T T A G A T T C C T T A A C C T C A T T T G T A G A A A G A T T C A C A T T G A G A C A A T T A T T G T T A C C T T C T C T A A T T T A A G G A A G G A T G G T T C A A T G G A T G T G T T A A T T C A C G T T T A A T T T A T T A G T T A A T T A G T C T G T T T T C A C A A G G A A T C A G A G G A T T A T T T T T T C C T G A T G G G T T T T G T A A G C T T C A G T T T C T T G A T T C T T G A T T C T T G A T T G A A C C A G A A C C C C A T T T T T T G G A C C C A G C T A T T C G A T T C C G T T A T T G T T A A C A A G T A T T G T T A G C A A T A A C A G A A T G A T T G G C C T G T T G G G G T T C A T T T G T T T G C T C T G C T T C T G C A A T G A G T G A A A A C A G A G C C A A C T G C A T T T T T T T T G C T T A T T T G C C C A G A A T T G G T G T G G T T G T A C C G T G T G C A C G G A T G T G G A T A A T G A A A A T T T C T C A A C T T A T C T T A T C T C A A C T T T T T A G C C T C T T A C G G A C T T A G A A T T T C A A A G T A C C G A G T A G T A A A T T A A A C T G A T A A C T G T A A C A A C T C C A T T T T A A C A G A A G A A A C C A T A A A C A C C T T A T A A T T T G T C A T A C A T A T T T G T A T A A T T G T A T A T G G C A A G G C T T T A T A A C T T C T C C A C A T C C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Expect = 0.00e+0 / Id = 100.00 Expect = 0.00e+0 / Id = 86.11 Expect = 1.60e-252 / Id = 68.57 Expect = 4.30e-250 / Id = 68.92 Expect = 6.80e-248 / Id = 68.97 Sequence A0A0K9RDD4_SPIOL A0A0J8BST2_BETVU B9RPB3_RICCO A0A061GLW5_THECC A0A067KJ81_JATCU
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BLAST of Spo09662.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. ExPASy SwissProt )
Total hits: 4
A T G A T A G A G C A G C A G C T G A A A G C A T G C A A C A A A A A T G T G A A G A A T C C T G A G A G C A G G A A G A A T G G T T C C A T T T C C A A T A A T A C T G C T T C T A A G A A G C A A A G C A G G A A G G G A G A A A A T C C T G C T C G C C T C A T A T C G A A A A C T G A G C A A C C T T C T G A A T T T G G A T G T T C T A G T A C C T G G A T A T G T A A A A A T T C T G C G T G T A G A G C T G T T T T G T C C A T A G A T G A T G C G T T T T G T A G G A G G T G C T C A T G T T G C A T C T G C C A C C A A T T T G A T G A T A A T A A A G A C C C T A G C C T T T G G T T G G T T T G T G A A T C T G A G T C T G G A C A G G G T G A T T C T T G T G G A T T A T C A T G C C A C A T T G A G T G T G C A T T T C A A C A A G A G A A G C T G G G A G T C G T G A A C C T T G G G C A A T A C A T G C A T T T A G A T G G G A G T T A C T G C T G C G C T T C T T G C G G C A A A G T C T C T G G T G T G C T T G G A T G T T G G A A A A A A C A G T T G G C T A T A G C A A A G G A T G C T A G A C G T G T C G A T G T G C T T T G T T A T A G A A T A T T G C T G A G T T A C A G G C T A C T T G A T G G T A C G G C T A A A T T T A A G G A C C T C C A A G A G A T T G T T G C A G A A G C T A A A A T A A A A T T G G A G G C G G A G G T G G G T C C C A T G A A T G G T G A C T C T G T C A A G A T G G C T A G A G G T A T A G T T A G C A G G C T T A C T A T T G C T G C A G A T G T A C A A A A A C T C T G T T C A C A T G C G A T T G A T A A A G C T A A T G A A T T G C T T G C C A A C G T T T C C A T C G T G T C T C C A A A T T A C A A A G T G G A T T C A C T T C C C G C T G C A T G C A G G T T C C T G T T T G A A G A A G T T A C C T C T T C T T C A C T T G T A A T A G T C T T G A T T G A T A T C C C C T C A C C A A T A A C T G A T T C C A T C A G A G G C T A C A A G C T A T G G T A C T G C A A A A G C A G A C A G G A G A C A T T T T C A A A G G A G C C T C A A T C C A T C T T T C C A A G G G A G A G A A G A A G G A T T T C T G T A A C A C A T C T T G A T C C T T G C A C C G A G T A C A C C T T C A G A A T A A T T T C C T A C A C A G A A A C T G A T G A T T T A G G C C A C T C T G A G G C C A A G T G T T T T A C C A A G A G T G T A G A G A T T T T T C A T A A C C A T A A G A A T C C C A C C A C A T C A G G T T G T A A G A A G G A A A C T C C T T C A G T T G A G G G A A G C T C C T C A C C T A C A A A G G A G C A A C C C A A C T C A T C T T C T G G A T T T C A G G T G C G G G A C C T T G G G A A A G T G T T A C G A C T A G C T T G G G C T C A A G A A C A G G G C T T T C T C G A A G G C T T C T G C A G T G C T G A T G T A G A A C A A T G C T G T G G A G T T A C A A A A T A T G A A T C T C C T A A A G A T C A C C A G T C A C C T C C G C C A G T T T C T C G T G A G C T T G A C C T A A A T G T T G T T T C A G T T C C A G A T T T A A A T G A A G A C C T T A A C C C G C C T C T C G A G T C T T C C A G G G A T G A A G A T A A T G G A T G T A C G C T G G A G C G T G C T A C T G G T C C T G A T G A T G A T G C T G C T T C T C A T G G T G T T G A G A A G A A T G G G C T T G G G C T T G C C A G G T C A A A T G G T A G T G G G C C A A G T G A T G A T T C A C T G G C T T G G G C A A C C A T T C G A A A T G G A G A C G T T G A T T C C T T G A C G G A G A T T C G C C G G A A G A G A G C T T C A A G T T C G A A T G A A G A G A C C C A T G A T T G T G A C A G C G C C C T G A T A A A T G G G T C G C C G T T T C G G G T T T C T G G T G G G C C T G G A C C C C T A G A C A G T A A C T T T G A G T A T T G C G T G A A G G T C A T A C G G T G G T T G G A G T G T G A C G G C T A C T T A A A A C A G G A A T T T A G A T T G A A A T T G T T G A C T T G G T T T A G C T T A A G A T C T A C T G A A C A A G A G C G T C G G G T T G T C A A C A C C T T C A T T C A A A C C C T C A T G G A T G A T C C A A A G A G C T T G G C A G G G C A G C T C G T G G A C T C C T T T G G A G A T C T T G T A T C T A G C A A G A A G C C C A G G A A T A G T T T C A C T A G T A T T C C T T C T T G A A T A T C T A T C A T A T A G A T G G G A C G G A T A C A T T T C A G A T G T T T A G G A C A C A G T T C T T A G G A A G C A A G T C A C C T G G T T G T C C T C C A G A A A G G G A T T T C A T T T C A G T G G G T A A C T G C A T A T T C T T A G G A G G T A T T T G T T A G A T T C C T T A A C C T C A T T T G T A G A A A G A T T C A C A T T G A G A C A A T T A T T G T T A C C T T C T C T A A T T T A A G G A A G G A T G G T T C A A T G G A T G T G T T A A T T C A C G T T T A A T T T A T T A G T T A A T T A G T C T G T T T T C A C A A G G A A T C A G A G G A T T A T T T T T T C C T G A T G G G T T T T G T A A G C T T C A G T T T C T T G A T T C T T G A T T C T T G A T T G A A C C A G A A C C C C A T T T T T T G G A C C C A G C T A T T C G A T T C C G T T A T T G T T A A C A A G T A T T G T T A G C A A T A A C A G A A T G A T T G G C C T G T T G G G G T T C A T T T G T T T G C T C T G C T T C T G C A A T G A G T G A A A A C A G A G C C A A C T G C A T T T T T T T T G C T T A T T T G C C C A G A A T T G G T G T G G T T G T A C C G T G T G C A C G G A T G T G G A T A A T G A A A A T T T C T C A A C T T A T C T T A T C T C A A C T T T T T A G C C T C T T A C G G A C T T A G A A T T T C A A A G T A C C G A G T A G T A A A T T A A A C T G A T A A C T G T A A C A A C T C C A T T T T A A C A G A A G A A A C C A T A A A C A C C T T A T A A T T T G T C A T A C A T A T T T G T A T A A T T G T A T A T G G C A A G G C T T T A T A A C T T C T C C A C A T C C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Expect = 6.10e-149 / Id = 48.35 Expect = 1.40e-65 / Id = 37.53 Expect = 3.00e-63 / Id = 43.43 Expect = 6.70e-47 / Id = 35.04 Sequence VIL1_ARATH VIL2_ARATH VIN3_ARATH VIL3_ARATH
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BLAST of Spo09662.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. TAIR )
Total hits: 5
A T G A T A G A G C A G C A G C T G A A A G C A T G C A A C A A A A A T G T G A A G A A T C C T G A G A G C A G G A A G A A T G G T T C C A T T T C C A A T A A T A C T G C T T C T A A G A A G C A A A G C A G G A A G G G A G A A A A T C C T G C T C G C C T C A T A T C G A A A A C T G A G C A A C C T T C T G A A T T T G G A T G T T C T A G T A C C T G G A T A T G T A A A A A T T C T G C G T G T A G A G C T G T T T T G T C C A T A G A T G A T G C G T T T T G T A G G A G G T G C T C A T G T T G C A T C T G C C A C C A A T T T G A T G A T A A T A A A G A C C C T A G C C T T T G G T T G G T T T G T G A A T C T G A G T C T G G A C A G G G T G A T T C T T G T G G A T T A T C A T G C C A C A T T G A G T G T G C A T T T C A A C A A G A G A A G C T G G G A G T C G T G A A C C T T G G G C A A T A C A T G C A T T T A G A T G G G A G T T A C T G C T G C G C T T C T T G C G G C A A A G T C T C T G G T G T G C T T G G A T G T T G G A A A A A A C A G T T G G C T A T A G C A A A G G A T G C T A G A C G T G T C G A T G T G C T T T G T T A T A G A A T A T T G C T G A G T T A C A G G C T A C T T G A T G G T A C G G C T A A A T T T A A G G A C C T C C A A G A G A T T G T T G C A G A A G C T A A A A T A A A A T T G G A G G C G G A G G T G G G T C C C A T G A A T G G T G A C T C T G T C A A G A T G G C T A G A G G T A T A G T T A G C A G G C T T A C T A T T G C T G C A G A T G T A C A A A A A C T C T G T T C A C A T G C G A T T G A T A A A G C T A A T G A A T T G C T T G C C A A C G T T T C C A T C G T G T C T C C A A A T T A C A A A G T G G A T T C A C T T C C C G C T G C A T G C A G G T T C C T G T T T G A A G A A G T T A C C T C T T C T T C A C T T G T A A T A G T C T T G A T T G A T A T C C C C T C A C C A A T A A C T G A T T C C A T C A G A G G C T A C A A G C T A T G G T A C T G C A A A A G C A G A C A G G A G A C A T T T T C A A A G G A G C C T C A A T C C A T C T T T C C A A G G G A G A G A A G A A G G A T T T C T G T A A C A C A T C T T G A T C C T T G C A C C G A G T A C A C C T T C A G A A T A A T T T C C T A C A C A G A A A C T G A T G A T T T A G G C C A C T C T G A G G C C A A G T G T T T T A C C A A G A G T G T A G A G A T T T T T C A T A A C C A T A A G A A T C C C A C C A C A T C A G G T T G T A A G A A G G A A A C T C C T T C A G T T G A G G G A A G C T C C T C A C C T A C A A A G G A G C A A C C C A A C T C A T C T T C T G G A T T T C A G G T G C G G G A C C T T G G G A A A G T G T T A C G A C T A G C T T G G G C T C A A G A A C A G G G C T T T C T C G A A G G C T T C T G C A G T G C T G A T G T A G A A C A A T G C T G T G G A G T T A C A A A A T A T G A A T C T C C T A A A G A T C A C C A G T C A C C T C C G C C A G T T T C T C G T G A G C T T G A C C T A A A T G T T G T T T C A G T T C C A G A T T T A A A T G A A G A C C T T A A C C C G C C T C T C G A G T C T T C C A G G G A T G A A G A T A A T G G A T G T A C G C T G G A G C G T G C T A C T G G T C C T G A T G A T G A T G C T G C T T C T C A T G G T G T T G A G A A G A A T G G G C T T G G G C T T G C C A G G T C A A A T G G T A G T G G G C C A A G T G A T G A T T C A C T G G C T T G G G C A A C C A T T C G A A A T G G A G A C G T T G A T T C C T T G A C G G A G A T T C G C C G G A A G A G A G C T T C A A G T T C G A A T G A A G A G A C C C A T G A T T G T G A C A G C G C C C T G A T A A A T G G G T C G C C G T T T C G G G T T T C T G G T G G G C C T G G A C C C C T A G A C A G T A A C T T T G A G T A T T G C G T G A A G G T C A T A C G G T G G T T G G A G T G T G A C G G C T A C T T A A A A C A G G A A T T T A G A T T G A A A T T G T T G A C T T G G T T T A G C T T A A G A T C T A C T G A A C A A G A G C G T C G G G T T G T C A A C A C C T T C A T T C A A A C C C T C A T G G A T G A T C C A A A G A G C T T G G C A G G G C A G C T C G T G G A C T C C T T T G G A G A T C T T G T A T C T A G C A A G A A G C C C A G G A A T A G T T T C A C T A G T A T T C C T T C T T G A A T A T C T A T C A T A T A G A T G G G A C G G A T A C A T T T C A G A T G T T T A G G A C A C A G T T C T T A G G A A G C A A G T C A C C T G G T T G T C C T C C A G A A A G G G A T T T C A T T T C A G T G G G T A A C T G C A T A T T C T T A G G A G G T A T T T G T T A G A T T C C T T A A C C T C A T T T G T A G A A A G A T T C A C A T T G A G A C A A T T A T T G T T A C C T T C T C T A A T T T A A G G A A G G A T G G T T C A A T G G A T G T G T T A A T T C A C G T T T A A T T T A T T A G T T A A T T A G T C T G T T T T C A C A A G G A A T C A G A G G A T T A T T T T T T C C T G A T G G G T T T T G T A A G C T T C A G T T T C T T G A T T C T T G A T T C T T G A T T G A A C C A G A A C C C C A T T T T T T G G A C C C A G C T A T T C G A T T C C G T T A T T G T T A A C A A G T A T T G T T A G C A A T A A C A G A A T G A T T G G C C T G T T G G G G T T C A T T T G T T T G C T C T G C T T C T G C A A T G A G T G A A A A C A G A G C C A A C T G C A T T T T T T T T G C T T A T T T G C C C A G A A T T G G T G T G G T T G T A C C G T G T G C A C G G A T G T G G A T A A T G A A A A T T T C T C A A C T T A T C T T A T C T C A A C T T T T T A G C C T C T T A C G G A C T T A G A A T T T C A A A G T A C C G A G T A G T A A A T T A A A C T G A T A A C T G T A A C A A C T C C A T T T T A A C A G A A G A A A C C A T A A A C A C C T T A T A A T T T G T C A T A C A T A T T T G T A T A A T T G T A T A T G G C A A G G C T T T A T A A C T T C T C C A C A T C C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Expect = 3.40e-150 / Id = 48.35 Expect = 8.10e-67 / Id = 37.53 Expect = 1.70e-64 / Id = 43.43 Expect = 3.80e-48 / Id = 35.04 Expect = 3.50e-17 / Id = 49.45 Sequence AT3G24440.1 AT4G30200.2 AT5G57380.1 AT2G18880.1 AT2G18870.1
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