Vigun09g166500.2

Transcript Overview


Name	Vigun09g166500.2
Unique Name	drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2
Type	mRNA
Organism	Vigna unguiculata (cowpea)
Sequence length	3468

Alignments

The following features are aligned


Feature Name	Type	Location	Analysis	Reference
Vu09	chromosome	Vu09:33435026..33445137 -	Vigna unguiculata L. Walp IT97K-499-35 genome v1.2	n/a

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Vigna unguiculata L. Walp IT97K-499-35 genome v1.2	2024-07-03
InterProScan Analysis for Vigna unguiculata L. Walp IT97K-499-35 genome v1.2	2024-08-19
Blastp of Vigna unguiculata L. Walp IT97K-499-35 v1.2 proteins vs UniProt TrEMBL	2024-08-19
Blastp of Vigna unguiculata L. Walp IT97K-499-35 v1.2 proteins vs UniProt Swissprot	2024-08-19
Blastp of Vigna unguiculata L. Walp IT97K-499-35 v1.2 proteins vs arabidopsis Araport11	2024-08-19

Orthologs

Syntenic blocks


Syntentic block	Assembly	Species
anvunL0190	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvunL0306	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvunL0350	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvunL0619	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
avjvunL405	Vigna angularis cv. Jingnong6 genome v1.7.1	Vigna angularis
anvunL0736	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
avjvunL528	Vigna angularis cv. Jingnong6 genome v1.7.1	Vigna angularis
anvunL1172	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
carvunL303	Cicer arietinum cv. CDC Frontier genome v2.0	Cicer arietinum
carvunL372	Cicer arietinum cv. CDC Frontier genome v2.0	Cicer arietinum
ccavunL290	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan
psvunL476	Pisum sativum Cameor genome v1a	Pisum sativum
ccavunL380	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan
vunvunL263	Vigna unguiculata L. Walp IT97K-499-35 genome v1.2	Vigna unguiculata
vfhvunL414	Vicia faba inbred line Hedin/2 genome v1.0	Vicia faba
vrvvunL377	Vigna radiata cv. VC1973A genome v6.0	Vigna radiata
vssvunL370	Vicia sativa cv. Studenica genome v1.0	Vicia sativa
vrvvunL435	Vigna radiata cv. VC1973A genome v6.0	Vigna radiata
vssvunL540	Vicia sativa cv. Studenica genome v1.0	Vicia sativa
pvvunL659	Phaseolus vulgaris G19833 genome v2.1	Phaseolus vulgaris
pvvunL747	Phaseolus vulgaris G19833 genome v2.1	Phaseolus vulgaris
vuvunL458	Vigna unguiculata L. Walp IT97K-499-35 genome v1.1	Vigna unguiculata
vuvunL527	Vigna unguiculata L. Walp IT97K-499-35 genome v1.1	Vigna unguiculata

Orthologs


Gene/Transcript	Assembly	Species
Cc_v2.0_11595.1	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type
Vigun09g166500	drVigUngu.IT97K.1.2.Vigun09g166500.v1.2	Vigna unguiculata	gene

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type
drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2	drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2	Vigna unguiculata	polypeptide
drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2	drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2-protein	Vigna unguiculata	polypeptide

The following exon feature(s) are a part of this mRNA:

The following three_prime_UTR feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2.three_prime_UTR.1	drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2.three_prime_UTR.1	Vigna unguiculata	three_prime_UTR

The following CDS feature(s) are a part of this mRNA:

The following five_prime_UTR feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2.five_prime_UTR.1	drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2.five_prime_UTR.1	Vigna unguiculata	five_prime_UTR

Homology

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BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A4D6NS31|A0A4D6NS31_VIGUN (Replication factor C subunit 1 OS=Vigna unguiculata OX=3917 GN=DEO72_LG11g2794 PE=3 SV=1)

HSP 1 Score: 2350.47 bits (6090), Expect = 0.000e+0
Identity = 1144/1202 (95.17%), Postives = 1146/1202 (95.34%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVMSDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSEADSAYLNETCKSFDVSCVPEST-----------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            MESTVMDCSPSSSAAP RRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSN+KRATCGPIHVFENVKDDTLSVDWRNWTFVENMIS+NYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDR SIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEP SRFLQESMRSYY SCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLS KAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGS PFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVMSDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSEAD AYLNETCKSFDVSCVPEST                                               RLTKL QNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFP LDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT
Sbjct:    1 MESTVMDCSPSSSAAPSRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNNKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISMNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRFSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPPSRFLQESMRSYYGSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSCKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSLPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVMSDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSEADGAYLNETCKSFDVSCVPESTYVPETEIENGTETLSGAVSSGPALPFVSLREVSVNNELKPFNFNVRRRLTKLSQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPNLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1202

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BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A0S3RDH9|A0A0S3RDH9_PHAAN (AAA+ ATPase domain-containing protein OS=Vigna angularis var. angularis OX=157739 GN=Vigan.02G133400 PE=3 SV=1)

HSP 1 Score: 2041.16 bits (5287), Expect = 0.000e+0
Identity = 1019/1238 (82.31%), Postives = 1065/1238 (86.03%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDE------------------------VDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSE---------ADSAYLNETCKSFDVSCVPEST-----------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            MESTVMDCSPSSSAAPPRRSGR+KLVQSTLFPLKPPEPVEKKDKEDE                        +DEDYSEAENNKK R RSKAKATPPKK SSKRPTP+KK TANGTKGSTSQQVL NSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQ+HPFFSLWKEGKKV DVSESGSNLPT KS HKR TCGPIHVFENVKDDT SVDWRNW F+EN+ S+NYGQESVN+SV EGSVESLNFDKLHS LN  GISISQNALS               PSNPSSL EQSACLTC NAELDMKVDESVT TVQAGIFRKSKDTEPL+RFLQESMRSYYRSCLD+EE NLWT+KYKPTKAVEVCGNDESVNFLSDWLH WHERQYKSR DNT T+KSGMQDVED+DDDYK SYSDCDSED+NEKDSL  VLLITGPIGSGKSSAVHACAKEQGF+ILE NSS+STNGTAIRNLEHSL+SLGFK QSG++ SSHKTS     ALAMLSGKAADEANGVDELVTISDDE  +HSGSTLK+HGEN+DTEKYKI RLVLVED DILFAEDRGC+AAIQ+IAETSKGPIILTSNSDNPGL HKFDMLHVPFVLPSPKELLCHLYSVCL EGVNIHPLLLEKFIHSCDGDIRK IMHLQFWFQSKTF+KDEKAQTGYGS PFDLEL H+ILPKIM WDFPSVISDLIEN+IAKQTNIMEENSKG  TEKL++SE+QKDL VNY  TDDIEAMK EMINRNG LTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRK VVM   S+D++SNCGYPVD HDEAN RQ MKE NGCPSEFQLNGNYPGTS+DRLVCS LEHSE         AD AYLNETCKS DVSCVPEST                                               RLTKL QNPDLLADTEIPDHSFQGV P+V DEHTET++KVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRD RVDLRQHSISEELGAF VVKLASGLCNLISDVDLFP  D+MEPSMFLS EAAS+ YCEQMMSTVAEHGFCFYAK+IADEGSKLGCANC DITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEV WNT I NMQKSEKKRSLIE+IQS+AP RTSLA+KGYAFNEYLSSLRQI RSEAFRISQVVEKKRGGRVRGVHHYLSTNT+LSP++ISLVTD DPYRKISSQHTT
Sbjct:    1 MESTVMDCSPSSSAAPPRRSGRRKLVQSTLFPLKPPEPVEKKDKEDEPDEDYSEAKNNKKRKRSKAKATPPIDEDYSEAENNKK-RTRSKAKATPPKKGSSKRPTPKKKTTANGTKGSTSQQVLANSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQVHPFFSLWKEGKKVHDVSESGSNLPTTKSKHKRTTCGPIHVFENVKDDTSSVDWRNWMFMENITSMNYGQESVNSSVFEGSVESLNFDKLHSFLNPSGISISQNALS---------------PSNPSSLAEQSACLTCGNAELDMKVDESVTPTVQAGIFRKSKDTEPLNRFLQESMRSYYRSCLDIEESNLWTHKYKPTKAVEVCGNDESVNFLSDWLHCWHERQYKSRNDNTDTDKSGMQDVEDEDDDYKCSYSDCDSEDMNEKDSLQNVLLITGPIGSGKSSAVHACAKEQGFVILEFNSSHSTNGTAIRNLEHSLNSLGFKSQSGSTASSHKTS-----ALAMLSGKAADEANGVDELVTISDDEARSHSGSTLKIHGENNDTEKYKIHRLVLVEDADILFAEDRGCIAAIQQIAETSKGPIILTSNSDNPGLRHKFDMLHVPFVLPSPKELLCHLYSVCLTEGVNIHPLLLEKFIHSCDGDIRKIIMHLQFWFQSKTFKKDEKAQTGYGSLPFDLELAHEILPKIMSWDFPSVISDLIENKIAKQTNIMEENSKGF-TEKLHISERQKDLKVNYTETDDIEAMKAEMINRNGLLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKLVVMSSDSEDDNSNCGYPVDFHDEANTRQPMKENNGCPSEFQLNGNYPGTSIDRLVCSYLEHSEDEDFKYSEMADGAYLNETCKSLDVSCVPESTFVPETEIENGTETLSGAVSSGPALPFVSLPEVSVNNELKLFNVNVRRRLTKLSQNPDLLADTEIPDHSFQGVLPDVQDEHTETLIKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDRRVDLRQHSISEELGAFHVVKLASGLCNLISDVDLFPKWDRMEPSMFLSYEAASHDYCEQMMSTVAEHGFCFYAKLIADEGSKLGCANCADITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVVWNTQI-NMQKSEKKRSLIEIIQSVAPPRTSLALKGYAFNEYLSSLRQICRSEAFRISQVVEKKRGGRVRGVHHYLSTNTKLSPDEISLVTDADPYRKISSQHTT 1215

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A8T0KKS2|A0A8T0KKS2_PHAAN (AAA+ ATPase domain-containing protein OS=Phaseolus angularis OX=3914 GN=HKW66_Vig0102880 PE=3 SV=1)

HSP 1 Score: 2041.16 bits (5287), Expect = 0.000e+0
Identity = 1019/1238 (82.31%), Postives = 1065/1238 (86.03%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDE------------------------VDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSE---------ADSAYLNETCKSFDVSCVPEST-----------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            MESTVMDCSPSSSAAPPRRSGR+KLVQSTLFPLKPPEPVEKKDKEDE                        +DEDYSEAENNKK R RSKAKATPPKK SSKRPTP+KK TANGTKGSTSQQVL NSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQ+HPFFSLWKEGKKV DVSESGSNLPT KS HKR TCGPIHVFENVKDDT SVDWRNW F+EN+ S+NYGQESVN+SV EGSVESLNFDKLHS LN  GISISQNALS               PSNPSSL EQSACLTC NAELDMKVDESVT TVQAGIFRKSKDTEPL+RFLQESMRSYYRSCLD+EE NLWT+KYKPTKAVEVCGNDESVNFLSDWLH WHERQYKSR DNT T+KSGMQDVED+DDDYK SYSDCDSED+NEKDSL  VLLITGPIGSGKSSAVHACAKEQGF+ILE NSS+STNGTAIRNLEHSL+SLGFK QSG++ SSHKTS     ALAMLSGKAADEANGVDELVTISDDE  +HSGSTLK+HGEN+DTEKYKI RLVLVED DILFAEDRGC+AAIQ+IAETSKGPIILTSNSDNPGL HKFDMLHVPFVLPSPKELLCHLYSVCL EGVNIHPLLLEKFIHSCDGDIRK IMHLQFWFQSKTF+KDEKAQTGYGS PFDLEL H+ILPKIM WDFPSVISDLIEN+IAKQTNIMEENSKG  TEKL++SE+QKDL VNY  TDDIEAMK EMINRNG LTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRK VVM   S+D++SNCGYPVD HDEAN RQ MKE NGCPSEFQLNGNYPGTS+DRLVCS LEHSE         AD AYLNETCKS DVSCVPEST                                               RLTKL QNPDLLADTEIPDHSFQGV P+V DEHTET++KVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRD RVDLRQHSISEELGAF VVKLASGLCNLISDVDLFP  D+MEPSMFLS EAAS+ YCEQMMSTVAEHGFCFYAK+IADEGSKLGCANC DITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEV WNT I NMQKSEKKRSLIE+IQS+AP RTSLA+KGYAFNEYLSSLRQI RSEAFRISQVVEKKRGGRVRGVHHYLSTNT+LSP++ISLVTD DPYRKISSQHTT
Sbjct:    1 MESTVMDCSPSSSAAPPRRSGRRKLVQSTLFPLKPPEPVEKKDKEDEPDEDYSEAKNNKKRKRSKAKATPPIDEDYSEAENNKK-RTRSKAKATPPKKGSSKRPTPKKKTTANGTKGSTSQQVLANSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQVHPFFSLWKEGKKVHDVSESGSNLPTTKSKHKRTTCGPIHVFENVKDDTSSVDWRNWMFMENITSMNYGQESVNSSVFEGSVESLNFDKLHSFLNPSGISISQNALS---------------PSNPSSLAEQSACLTCGNAELDMKVDESVTPTVQAGIFRKSKDTEPLNRFLQESMRSYYRSCLDIEESNLWTHKYKPTKAVEVCGNDESVNFLSDWLHCWHERQYKSRNDNTDTDKSGMQDVEDEDDDYKCSYSDCDSEDMNEKDSLQNVLLITGPIGSGKSSAVHACAKEQGFVILEFNSSHSTNGTAIRNLEHSLNSLGFKSQSGSTASSHKTS-----ALAMLSGKAADEANGVDELVTISDDEARSHSGSTLKIHGENNDTEKYKIHRLVLVEDADILFAEDRGCIAAIQQIAETSKGPIILTSNSDNPGLRHKFDMLHVPFVLPSPKELLCHLYSVCLTEGVNIHPLLLEKFIHSCDGDIRKIIMHLQFWFQSKTFKKDEKAQTGYGSLPFDLELAHEILPKIMSWDFPSVISDLIENKIAKQTNIMEENSKGF-TEKLHISERQKDLKVNYTETDDIEAMKAEMINRNGLLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKLVVMSSDSEDDNSNCGYPVDFHDEANTRQPMKENNGCPSEFQLNGNYPGTSIDRLVCSYLEHSEDEDFKYSEMADGAYLNETCKSLDVSCVPESTFVPETEIENGTETLSGAVSSGPALPFVSLPEVSVNNELKLFNVNVRRRLTKLSQNPDLLADTEIPDHSFQGVLPDVQDEHTETLIKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDRRVDLRQHSISEELGAFHVVKLASGLCNLISDVDLFPKWDRMEPSMFLSYEAASHDYCEQMMSTVAEHGFCFYAKLIADEGSKLGCANCADITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVVWNTQI-NMQKSEKKRSLIEIIQSVAPPRTSLALKGYAFNEYLSSLRQICRSEAFRISQVVEKKRGGRVRGVHHYLSTNTKLSPDEISLVTDADPYRKISSQHTT 1215

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BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A1S3U6E4|A0A1S3U6E4_VIGRR (Uncharacterized protein LOC106762275 isoform X2 OS=Vigna radiata var. radiata OX=3916 GN=LOC106762275 PE=3 SV=1)

HSP 1 Score: 2029.6 bits (5257), Expect = 0.000e+0
Identity = 1017/1238 (82.15%), Postives = 1066/1238 (86.11%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDE------------------------VDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSE---------ADSAYLNETCKSFDVSCVPEST-----------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            MESTVMDCSPSSSAAPPRRSGR+KLVQSTLFPLKPPEPVEKKDKEDE                        +DEDYSEAENNKK RK SKAKATPPKK SSKRPTP+KKATANGT GSTS+QVL NSDQVKAPV+DLFLEAKLAAEEDSRIYAGRQ+HPFFSLWKEGKKV DV+ESGSNLPT KS HKR TCGPIHVFENVKDDT SVDWRNWTF+EN+ S+NYGQ SVN+SVLEGSVESLNFDKLHS LN  GISISQNALS               PSNPSSL EQSACLTC NAELD +VDESVT TVQAGIFRKSKDTEPL+RFLQESMRSYYRSCLD+EEC+LWT KYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNT T+KSGMQDVEDDDDDYK SYSDCDSED+NEK+SL  VLLITGPIGSGKSSAVHACAKEQGF+ILE NSS+STNGTAIRNLEHSL+SLGFK QSG++ SSHK S KSA+ALAMLSGKAADE NGVDEL+TISDDE  +HSGSTLKLHGEN+DTEKYKI RLVLVEDVDILFAEDRGC+AAIQ+IAETSKGPIILTSNSDNPGL HKFDMLHVPFVLPSPKELLCHLYSVCL EGVNIHPLLLEKFIHSCDGDIRK IMHLQFWFQSK F+KDEKAQTGYGS PFDLEL H+ILPK+MPWDFPSVISDLIEN+IAKQ NIMEENSK L+TEKL++SE+ KDLNVNY  TDDIEAMK EMINRNG LTDY ELEIQRSTISEFSNSSGSPLASSRH GRRK VVM   S+D++SNCGYPVDSHDEAN RQLMKE NGCPSEF LNGNYP TSVDRLVCSDLEHSE         AD AYLNETCKS DVSCVPEST                                               RLTKL QNPDLLADTEIPDHSFQGV P+V DEHTET+VKVMDECSRMDFKPKPTL QSNPLDETEKIQNVWRDLRD RVDLRQHSISEELG   VVKLASGLCNLISD DLFP  D+MEPSMFLSNEAAS+ YCEQMMSTVAEHGFCFYAK+IADEGSKLGCANC DITSEMLASSTDIMALGKLSR DLSKMKAFR GNEVEW T INNMQKSEKKRSLIEVIQSIAP +TSLA+KGYAFNEYLSSLR ISRSEAFRISQVVEKKRGGRVRGVHHYLSTNT+LSPE+ISLVTDGDPYRKISSQHTT
Sbjct:    1 MESTVMDCSPSSSAAPPRRSGRRKLVQSTLFPLKPPEPVEKKDKEDELDEDYSEAKNNKKRKRSKAKATPPIDEDYSEAENNKK-RKMSKAKATPPKKGSSKRPTPKKKATANGTNGSTSKQVLANSDQVKAPVFDLFLEAKLAAEEDSRIYAGRQVHPFFSLWKEGKKVHDVNESGSNLPTTKSKHKRTTCGPIHVFENVKDDTSSVDWRNWTFMENITSMNYGQGSVNSSVLEGSVESLNFDKLHSFLNPSGISISQNALS---------------PSNPSSLAEQSACLTCGNAELDTEVDESVTPTVQAGIFRKSKDTEPLNRFLQESMRSYYRSCLDLEECHLWTYKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTDTDKSGMQDVEDDDDDYKCSYSDCDSEDMNEKNSLKNVLLITGPIGSGKSSAVHACAKEQGFVILEFNSSHSTNGTAIRNLEHSLNSLGFKSQSGSTASSHKISPKSAQALAMLSGKAADEVNGVDELITISDDEARSHSGSTLKLHGENNDTEKYKIHRLVLVEDVDILFAEDRGCIAAIQQIAETSKGPIILTSNSDNPGLRHKFDMLHVPFVLPSPKELLCHLYSVCLTEGVNIHPLLLEKFIHSCDGDIRKIIMHLQFWFQSKIFKKDEKAQTGYGSLPFDLELAHEILPKMMPWDFPSVISDLIENKIAKQINIMEENSKELVTEKLHISERHKDLNVNYTETDDIEAMKAEMINRNGLLTDYFELEIQRSTISEFSNSSGSPLASSRH-GRRKLVVMSSDSEDDNSNCGYPVDSHDEANTRQLMKENNGCPSEFLLNGNYPDTSVDRLVCSDLEHSEDEDFKYLEMADGAYLNETCKSLDVSCVPESTFVPETEIENGTETLSGAVSSGPALPFVSLPEVSVNNELKPFNFNVRRRLTKLSQNPDLLADTEIPDHSFQGVLPDVQDEHTETLVKVMDECSRMDFKPKPTLWQSNPLDETEKIQNVWRDLRDCRVDLRQHSISEELGVLHVVKLASGLCNLISDADLFPKWDRMEPSMFLSNEAASHDYCEQMMSTVAEHGFCFYAKLIADEGSKLGCANCADITSEMLASSTDIMALGKLSRHDLSKMKAFRNGNEVEWKTQINNMQKSEKKRSLIEVIQSIAPPKTSLALKGYAFNEYLSSLRHISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTKLSPEEISLVTDGDPYRKISSQHTT 1221

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BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A3Q0F186|A0A3Q0F186_VIGRR (Uncharacterized protein LOC106762275 isoform X1 OS=Vigna radiata var. radiata OX=3916 GN=LOC106762275 PE=3 SV=1)

HSP 1 Score: 2026.52 bits (5249), Expect = 0.000e+0
Identity = 1017/1239 (82.08%), Postives = 1066/1239 (86.04%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDE------------------------VDEDYSEAENNKKKRKRSKAKATPPKKVSSK-RPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSE---------ADSAYLNETCKSFDVSCVPEST-----------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            MESTVMDCSPSSSAAPPRRSGR+KLVQSTLFPLKPPEPVEKKDKEDE                        +DEDYSEAENNKK RK SKAKATPPKK SSK RPTP+KKATANGT GSTS+QVL NSDQVKAPV+DLFLEAKLAAEEDSRIYAGRQ+HPFFSLWKEGKKV DV+ESGSNLPT KS HKR TCGPIHVFENVKDDT SVDWRNWTF+EN+ S+NYGQ SVN+SVLEGSVESLNFDKLHS LN  GISISQNALS               PSNPSSL EQSACLTC NAELD +VDESVT TVQAGIFRKSKDTEPL+RFLQESMRSYYRSCLD+EEC+LWT KYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNT T+KSGMQDVEDDDDDYK SYSDCDSED+NEK+SL  VLLITGPIGSGKSSAVHACAKEQGF+ILE NSS+STNGTAIRNLEHSL+SLGFK QSG++ SSHK S KSA+ALAMLSGKAADE NGVDEL+TISDDE  +HSGSTLKLHGEN+DTEKYKI RLVLVEDVDILFAEDRGC+AAIQ+IAETSKGPIILTSNSDNPGL HKFDMLHVPFVLPSPKELLCHLYSVCL EGVNIHPLLLEKFIHSCDGDIRK IMHLQFWFQSK F+KDEKAQTGYGS PFDLEL H+ILPK+MPWDFPSVISDLIEN+IAKQ NIMEENSK L+TEKL++SE+ KDLNVNY  TDDIEAMK EMINRNG LTDY ELEIQRSTISEFSNSSGSPLASSRH GRRK VVM   S+D++SNCGYPVDSHDEAN RQLMKE NGCPSEF LNGNYP TSVDRLVCSDLEHSE         AD AYLNETCKS DVSCVPEST                                               RLTKL QNPDLLADTEIPDHSFQGV P+V DEHTET+VKVMDECSRMDFKPKPTL QSNPLDETEKIQNVWRDLRD RVDLRQHSISEELG   VVKLASGLCNLISD DLFP  D+MEPSMFLSNEAAS+ YCEQMMSTVAEHGFCFYAK+IADEGSKLGCANC DITSEMLASSTDIMALGKLSR DLSKMKAFR GNEVEW T INNMQKSEKKRSLIEVIQSIAP +TSLA+KGYAFNEYLSSLR ISRSEAFRISQVVEKKRGGRVRGVHHYLSTNT+LSPE+ISLVTDGDPYRKISSQHTT
Sbjct:    1 MESTVMDCSPSSSAAPPRRSGRRKLVQSTLFPLKPPEPVEKKDKEDELDEDYSEAKNNKKRKRSKAKATPPIDEDYSEAENNKK-RKMSKAKATPPKKGSSKQRPTPKKKATANGTNGSTSKQVLANSDQVKAPVFDLFLEAKLAAEEDSRIYAGRQVHPFFSLWKEGKKVHDVNESGSNLPTTKSKHKRTTCGPIHVFENVKDDTSSVDWRNWTFMENITSMNYGQGSVNSSVLEGSVESLNFDKLHSFLNPSGISISQNALS---------------PSNPSSLAEQSACLTCGNAELDTEVDESVTPTVQAGIFRKSKDTEPLNRFLQESMRSYYRSCLDLEECHLWTYKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTDTDKSGMQDVEDDDDDYKCSYSDCDSEDMNEKNSLKNVLLITGPIGSGKSSAVHACAKEQGFVILEFNSSHSTNGTAIRNLEHSLNSLGFKSQSGSTASSHKISPKSAQALAMLSGKAADEVNGVDELITISDDEARSHSGSTLKLHGENNDTEKYKIHRLVLVEDVDILFAEDRGCIAAIQQIAETSKGPIILTSNSDNPGLRHKFDMLHVPFVLPSPKELLCHLYSVCLTEGVNIHPLLLEKFIHSCDGDIRKIIMHLQFWFQSKIFKKDEKAQTGYGSLPFDLELAHEILPKMMPWDFPSVISDLIENKIAKQINIMEENSKELVTEKLHISERHKDLNVNYTETDDIEAMKAEMINRNGLLTDYFELEIQRSTISEFSNSSGSPLASSRH-GRRKLVVMSSDSEDDNSNCGYPVDSHDEANTRQLMKENNGCPSEFLLNGNYPDTSVDRLVCSDLEHSEDEDFKYLEMADGAYLNETCKSLDVSCVPESTFVPETEIENGTETLSGAVSSGPALPFVSLPEVSVNNELKPFNFNVRRRLTKLSQNPDLLADTEIPDHSFQGVLPDVQDEHTETLVKVMDECSRMDFKPKPTLWQSNPLDETEKIQNVWRDLRDCRVDLRQHSISEELGVLHVVKLASGLCNLISDADLFPKWDRMEPSMFLSNEAASHDYCEQMMSTVAEHGFCFYAKLIADEGSKLGCANCADITSEMLASSTDIMALGKLSRHDLSKMKAFRNGNEVEWKTQINNMQKSEKKRSLIEVIQSIAPPKTSLALKGYAFNEYLSSLRHISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTKLSPEEISLVTDGDPYRKISSQHTT 1222

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BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|V7AYS8|V7AYS8_PHAVU (AAA+ ATPase domain-containing protein OS=Phaseolus vulgaris OX=3885 GN=PHAVU_009G124500g PE=3 SV=1)

HSP 1 Score: 1934.07 bits (5009), Expect = 0.000e+0
Identity = 978/1213 (80.63%), Postives = 1044/1213 (86.07%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSE---------ADSAYLNETCKSFDVSCVPEST-----------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHT 1154
            M++TVMDCSPSS+AAPPRRSGR+K+VQSTLFPLKPPEPVEK DKEDE DED+SEAENNKKKRKRSKAKATPPKK SSK P P++K+TANGTKG TSQQVL NSDQVKAP+YDLFLEAKL+AEEDSR+YAGRQ+HPFFSLWKE KKV DVSESGSNLPTAKS HKRATCGPIHVFENVKDDT S+DWRNWTF+ N  S+NYGQES+ +SVLEGSVESLNFDKLHSSLN  G+SISQNALSSDRLSII KK EE S  +P+SLVE++ CL CENAELDM+VDES  TTVQAGIFRKSKDTEP SRFLQESMRSYY SC+DMEECNLWT KY P KAVEVCGND+SVN LSDWLH WHER+YKSRKDN   +KS MQ+VEDDDDDYK SYSD DSEDINEKDSL KVLLITGP+GSGKSSAV+ACAKEQGF ILEINSS+S NGTAIRNLE++L S GFKRQS N+ SSHKTS K  +A AMLSGKAADEANGVDEL+TISDDE  + SGSTLKLHGENDDT+KY +  LVLVEDVDILFAEDRGC+AAIQ+IAETSKGPIILTSNSDNPGLPHKFD+LHVPFVLPSPKELLCHLY+VCL EG+NIHPLLLEKFIHSCDGDIRK+IMHLQFWFQ+KTFQKDEKAQTGYGS PFDLELGHQILPKIMPWDFPSVIS+LIE EIAK TNI+EENSKGL+T+ L++SE QKDLNV Y+ TDDIEAMKVEMI RNGS   Y ELEI  STISEFSNSSGSPLASSRHNGRRK VVM   S+DEDSN GYPVDSHDEAN RQLMKE N  PSEF LNGNYP TSV R+VC DLEHSE         AD  YLNETCK+ DVSCVPEST                                               RLTKL QNPDLLADTEIPDHS +GVQ +V DEHTETIVKVMDECSR+DFK KPTLSQSNPLDETEKIQNVWRDLRD RVDLRQHSISEELGAFQVVKLASGLCNL+SD DLFP  D MEPS FLSNEAASNGYC +MMSTVAEHGFCFYAK+IADEGSKLGCAN VDI SEMLASSTDIMALGKLSRQD  KMKAF TGNEVEWNT INNMQKSEKKRSLIEVIQSIAPARTSLA+KG AFNEYLSSLRQISRSEAFRIS+  EKKRG RVRGV HYLST T+LSPEDISLVTDGD YRK SSQHT
Sbjct:    1 MDATVMDCSPSSNAAPPRRSGRRKMVQSTLFPLKPPEPVEKNDKEDERDEDHSEAENNKKKRKRSKAKATPPKKGSSKSPAPKRKSTANGTKGLTSQQVLVNSDQVKAPMYDLFLEAKLSAEEDSRMYAGRQVHPFFSLWKEAKKVPDVSESGSNLPTAKSKHKRATCGPIHVFENVKDDTSSIDWRNWTFMGNTTSMNYGQESLKSSVLEGSVESLNFDKLHSSLNPSGVSISQNALSSDRLSIIPKKLEEAS--SPASLVEKT-CLMCENAELDMEVDESAPTTVQAGIFRKSKDTEPPSRFLQESMRSYYHSCVDMEECNLWTYKYMPKKAVEVCGNDKSVNLLSDWLHCWHERRYKSRKDNADMDKSDMQNVEDDDDDYKCSYSDYDSEDINEKDSLQKVLLITGPVGSGKSSAVYACAKEQGFNILEINSSHSRNGTAIRNLEYTLTSHGFKRQSRNTASSHKTSIKLPQAPAMLSGKAADEANGVDELLTISDDEAHSPSGSTLKLHGENDDTKKYNVHPLVLVEDVDILFAEDRGCIAAIQQIAETSKGPIILTSNSDNPGLPHKFDILHVPFVLPSPKELLCHLYTVCLTEGINIHPLLLEKFIHSCDGDIRKTIMHLQFWFQTKTFQKDEKAQTGYGSLPFDLELGHQILPKIMPWDFPSVISELIEIEIAKPTNIIEENSKGLVTKDLHLSEWQKDLNVKYMETDDIEAMKVEMIKRNGS---YYELEIPHSTISEFSNSSGSPLASSRHNGRRKLVVMTSESEDEDSNNGYPVDSHDEANNRQLMKENNRSPSEFHLNGNYPDTSVHRIVCPDLEHSEEEYFKYSETADGTYLNETCKTLDVSCVPESTFVPETEIENGTETMSGAVSSGPANPLVRLREVSVNNELKPFNFNARRRLTKLSQNPDLLADTEIPDHSLEGVQHDVQDEHTETIVKVMDECSRIDFKLKPTLSQSNPLDETEKIQNVWRDLRDRRVDLRQHSISEELGAFQVVKLASGLCNLVSDADLFPKWDIMEPSTFLSNEAASNGYCGEMMSTVAEHGFCFYAKLIADEGSKLGCANSVDIASEMLASSTDIMALGKLSRQDFPKMKAFHTGNEVEWNTQINNMQKSEKKRSLIEVIQSIAPARTSLALKGCAFNEYLSSLRQISRSEAFRISKETEKKRGRRVRGVQHYLSTFTKLSPEDISLVTDGDLYRKNSSQHT 1207

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BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A445L526|A0A445L526_GLYSO (ATPase family AAA domain-containing protein 5 OS=Glycine soja OX=3848 GN=D0Y65_010762 PE=3 SV=1)

HSP 1 Score: 1576.22 bits (4080), Expect = 0.000e+0
Identity = 830/1218 (68.14%), Postives = 941/1218 (77.26%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAA--PPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGT-KGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRN-LEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEAN-GVDELVTISDDETCTHSGSTLKLHGENDDTEKY-KIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVCSDLEHSE---------ADSAYLNETCKSFDVSCVPEST--------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMM-STVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            M++TV D SPS +AA  PPRRS R++LVQSTLFP KPPEP +K DKEDE DEDYS++EN+KK++       T P+K +SK  TP+K  +ANGT KGST +QVL +SD+V APV+DLFLEAKLAAEEDSRI+ GRQIHPFFSLWK GKKVQDV++SGSNL T KS  +R TCGPIHVFEN +DDT S+DWRNWTF+EN  S+NYG ES+N+SVLE SVESLNFDKLHSSL   G SISQN+LSSDRL I  +  EE+SPSN +SL +Q+   TCE+A+LD++VDESVTTT+QA IFRKS DTEP  RFLQESMRSYY SC+D  E +LWT KYKPTKAVEVCGNDESVNFL DWLH WHER+YKSRKD +  +KS M++V+DDDDDYK SYSD DSEDINE+DSL  VLLITGPIGSGKS+AV+ACA+EQGF ILE+N+S+  NGTA+RN    +L SLGFKR S N+ S  K +TK   ALA+ SGKAADE N GVDEL+TI DDE    SGS  KL G+N+      K++ L+L+EDVDIL  EDRGC+AAIQ+IAET+KGPIILTSNSDNPGLP  FD+LHV FVLPSPKELLCHLY+VCL EGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQ K FQKD KAQT YGS PFDLELGHQILPKIMPWDFPS IS LIENEI K TN MEE S+GL+TE L+  EQ+ DLNV  +  D IEA KVEMI RN SLTDY ELEIQ + ISEF+NSS SPL S R NGRRK VVM   S+DEDSN  YPVD+HDEAN RQLMKE N CPSE QLNGNYP T++ +LVCS+ +HSE         AD   LNETCKS D SCVPEST                                            RLTKL QNPDLL DTEI DHS +GV  +VLDEH ETIV VMDECSR+DFK KP   QSNPL ETEKIQ +W+DLR+ R+DL+QH+ SE+LGAFQVVKLASGL NLIS+ DLF   D MEPS FLS EA S+ Y EQ+M STVAEHGFCFYAK+IADE SKLGCANCVDITSEMLAS+       KLS QDL+K K   TG EVEW +PIN+ QKSE K S  + IQSI PAR SLA+KG AFNEYLSSLR+I+RSEA RISQ VEK R GRVRG HHYLS  T LSPEDISLV++G+ YRK SSQHTT
Sbjct:   56 MDATVTDLSPSCNAAAEPPRRSVRRRLVQSTLFPHKPPEPDQKNDKEDERDEDYSDSENHKKRK--KPKAKTTPRKKASKNATPKKNVSANGTNKGSTLRQVLADSDRVIAPVHDLFLEAKLAAEEDSRIFTGRQIHPFFSLWKAGKKVQDVADSGSNLSTTKSEDERTTCGPIHVFENTQDDTSSLDWRNWTFLENTTSMNYGSESLNSSVLEASVESLNFDKLHSSLYPSGASISQNSLSSDRLCIHPENLEELSPSNSASLAKQTCPPTCEDAKLDLEVDESVTTTMQADIFRKS-DTEPPIRFLQESMRSYYCSCVDKAENSLWTYKYKPTKAVEVCGNDESVNFLRDWLHLWHERRYKSRKDISDMDKSDMRNVDDDDDDYKCSYSDYDSEDINEEDSLQNVLLITGPIGSGKSAAVYACAEEQGFEILELNASDCRNGTAVRNYFGDALGSLGFKRSSENTASPQKKTTKFPLALALFSGKAADEVNDGVDELITIPDDEAHIPSGSLQKLLGKNNVVASCDKVQTLILIEDVDILSPEDRGCIAAIQQIAETAKGPIILTSNSDNPGLPDNFDVLHVSFVLPSPKELLCHLYTVCLTEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQGKRFQKDGKAQTHYGSLPFDLELGHQILPKIMPWDFPSEISKLIENEITKSTNKMEETSRGLVTELLHTDEQKNDLNVQCMEADYIEAKKVEMIKRNNSLTDYSELEIQYNAISEFANSSDSPLTSCRQNGRRKLVVMSSDSEDEDSNNRYPVDTHDEANTRQLMKENNECPSELQLNGNYPSTTLRKLVCSEFQHSEEEHFKYSETADDTCLNETCKSLDASCVPESTFVPETEIENGTESISGAVSSGPLVGPQDQEVSVNNELKPFCVRRRLTKLSQNPDLL-DTEISDHSPKGVLQDVLDEHIETIVNVMDECSRVDFKAKPMFLQSNPLTETEKIQKLWKDLRERRMDLKQHATSEQLGAFQVVKLASGLNNLISEADLFHKRDIMEPSTFLSGEATSSWYHEQIMTSTVAEHGFCFYAKLIADEASKLGCANCVDITSEMLASAI------KLSGQDLTKSKVIYTGKEVEWKSPINSTQKSENKTSQFKAIQSIVPARISLALKGGAFNEYLSSLREITRSEASRISQEVEKNRRGRVRGFHHYLSRCTTLSPEDISLVSEGNLYRKDSSQHTT 1263

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|K7KM72|K7KM72_SOYBN (ATPase AAA-type core domain-containing protein OS=Glycine max OX=3847 GN=100784209 PE=3 SV=1)

HSP 1 Score: 1565.05 bits (4051), Expect = 0.000e+0
Identity = 831/1218 (68.23%), Postives = 939/1218 (77.09%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAA--PPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGT-KGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRN-LEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEAN-GVDELVTISDDETCTHSGSTLKLHGENDDTEKY-KIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVC--------SDLEHSE-ADSAYLNETCKSFDVSCVPEST--------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMM-STVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            M++TV D SPS +AA  PPRRS R++LVQSTLFP KPPEP +K DKEDE DEDYS++EN+KK++       T P+K +SK  TP+K  +ANGT KGSTS+QVL +SD+V APV+DLFLEAKLAAEEDSRI+ GRQIHPFFSLWK GKKVQDV++SGSNL T KS  +R TCGPIHVFEN +DDT S+DWRNWTF+EN  S+NYG ES+N+SVLE SVESLNFDKL SSL   G SISQN+LSSDRL I  +  EE+SPSN +SL +Q+   TCE+A+LD++VDES TTTVQAGIFRKS DTEP  RFLQESMRSYY SC+D  E +LWT KYKPTKAVEVCGNDESVNFL DWLH WHER+YKSRKD +  +KS M+DV DDDDDYK SYSD DSEDINE+DSL  VLLITGPIGSGKS+AV+ACA+EQGF ILE+N+S+  NGTA+RN    +L SLGFKR S N+ S  K +TK   ALA+ SGKAADE N GVDEL+TI DDE    SGS  KL G+N+      K++ L+L+EDVDIL  EDRGC+AAIQ+IAET+KGPIILTSNSDNPGLP  FD+LHV FVLPSPKELLCHLY+VCL EGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQ K FQKD KAQT YGS PFDLELGHQILPKIMPWDFPS IS LIENEI K TN MEE S+GL+TE L+  EQ+ DLNV  +  D IEA KVEMI RN SLTDY ELEIQ + ISEF+NSS SPL S R NGRRK VVM   S+DEDSN GYPVD+HDEAN RQLMKE N CPSE QLNGNYP T++ +LVC           ++SE AD   LNETCKS D SCVPEST                                            RLTKL QNPDLL DTEI DHS +GV  +VLDEH ETIV VMDECSR+DFK KP   QSNPL ETEKIQ +W+DLR+ R+DL+QH+ SE+LGAFQVVKLASGL NLIS+ DLF   D MEPS FLS EA S+ Y EQ+M STVAEHGFCFYAK+IADE SKLGCANCVDITSEMLAS+       KLS QDL+K K   TG EVEW +PIN+ QKSE K S  + IQSI PAR SLA+KG AFNEYLSSLR+I+RSEA RISQ VEK R GRVRG HHYLS  T LSPEDISLV++G+ YRK SSQHTT
Sbjct:    1 MDATVTDLSPSCNAAAEPPRRSVRRRLVQSTLFPHKPPEPDQKNDKEDERDEDYSDSENHKKRK--KPKAKTTPRKKASKNATPKKNVSANGTNKGSTSRQVLADSDRVIAPVHDLFLEAKLAAEEDSRIFTGRQIHPFFSLWKAGKKVQDVADSGSNLSTTKSEDERTTCGPIHVFENTQDDTSSLDWRNWTFLENTTSMNYGSESLNSSVLEASVESLNFDKLRSSLYPSGTSISQNSLSSDRLCIHPENLEELSPSNSASLAKQTCPPTCEDAKLDLEVDESATTTVQAGIFRKS-DTEPPIRFLQESMRSYYCSCVDKAENSLWTYKYKPTKAVEVCGNDESVNFLRDWLHLWHERRYKSRKDISDMDKSDMRDVGDDDDDYKCSYSDYDSEDINEEDSLQNVLLITGPIGSGKSAAVYACAEEQGFEILELNASDCRNGTAVRNYFGDALGSLGFKRSSENTASPQKKTTKFPLALALFSGKAADEVNDGVDELITIPDDEAHIPSGSLQKLLGKNNVVASCDKVQTLILIEDVDILSPEDRGCIAAIQQIAETAKGPIILTSNSDNPGLPDNFDVLHVSFVLPSPKELLCHLYTVCLTEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQGKRFQKDGKAQTHYGSLPFDLELGHQILPKIMPWDFPSEISKLIENEITKSTNKMEETSRGLVTELLHTDEQKNDLNVQCMEADYIEAKKVEMIKRNSSLTDYSELEIQYNAISEFANSSDSPLTSCRQNGRRKLVVMSSDSEDEDSNNGYPVDTHDEANTRQLMKENNECPSELQLNGNYPSTTLRKLVCSEFEHSEEEHFKYSETADDTCLNETCKSLDASCVPESTFVPETEIENGTESISGAVSSGPLVGPQDQEVSVNNELKPFCVRRRLTKLSQNPDLL-DTEISDHSPKGVLQDVLDEHIETIVNVMDECSRVDFKAKPMFLQSNPLTETEKIQKLWKDLRERRMDLKQHATSEQLGAFQVVKLASGLNNLISEADLFHKRDIMEPSTFLSGEATSSWYHEQIMTSTVAEHGFCFYAKLIADEASKLGCANCVDITSEMLASAI------KLSGQDLTKSKVIYTGKEVEWKSPINSTQKSENKTSQFKAIQSIVPARISLALKGGAFNEYLSSLREITRSEASRISQEVEKNRRGRVRGFHHYLSRCTTLSPEDISLVSEGNLYRKDSSQHTT 1208

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A0B2PNQ6|A0A0B2PNQ6_GLYSO (ATPase family AAA domain-containing protein 5 OS=Glycine soja OX=3848 GN=D0Y65_014388 PE=3 SV=1)

HSP 1 Score: 1559.66 bits (4037), Expect = 0.000e+0
Identity = 822/1218 (67.49%), Postives = 940/1218 (77.18%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAA-PPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGT-KGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRN-LEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEA-NGVDELVTISDDETCTHSGSTLKLHGENDDTEKY-KIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEK-LNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVC--------SDLEHSE-ADSAYLNETCKSFDVSCVPEST--------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMM-STVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            M++TV   SPS +AA PPRR  R++LVQ+TLFP KPPEPVEK DKEDE  EDYS+AEN+KK++       T P+K +SK  TP+K A+ANGT KGSTS+QVL + D V A  +DLFLEAKLAAEEDSRI+AGRQIHPFFSLWK GKKVQD+++SGSNL T KS  +R TCGPIHVFEN +DDT S+DWRNW F+EN  ++NYG E +N+SVLEGSVESLNFDKLHSSL+  G+SISQNALSSDRL I  +  EEVSPS+ +SL E++   TCE+A+LD++VDESVTTTVQAGIFRKS DTEP SRFLQESMRSYYRSC+D  E +LWT KYKPTKAVEVCGNDESVNFL DWLH WHER+YKSRKD +  +KS M+DV   DDDYK SYSD DSEDINE+DSL  VLLITGPIGSGKS+AV+ACA+EQ F ILE+N+S+  NGTA+RN    +L SLGFKR S  + SS K +TK + A A+ SGKAADE  +GV+EL+TISDDE    SGS+ KL G+N+      K++ L+L+EDVDIL  EDRGC+AAIQ+IAET+KGPIILTSNS NPGLP  FD+LHV F+LPSP+ELLCHLY+VCL EGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSK FQKD   QT YGS PFDLELGHQILPKIMPWDFPS IS+LIENEIAK TNIMEENS+GL+TE+ L ++EQQ DLNV  +  D IEA KVEMI RNGSLTDY ELEIQ + ISEFSNSSGSPL SSRHNGRRK VVM   S+DEDSN GYPVD+H+EAN RQ MKE NGCPSE QLNGNYP TSV +LVC           ++SE  D   +NETCKS DVSCVPEST                                             LTKL QNPDLL DTEI DHS +GVQ +VLDEH ETIV VMDECSR+DFK KPT  QSN   ETE IQ +W DL + R+DLRQH+ SE+LGAFQVV+LASGL NLIS+ DLF   D MEPS FLS E  S  Y E++M ST+AEHGFCFYAK+IADE SKLGCANCVDITSEMLAS+       KL+ QDL++ K   TG +VEWN+PINN QKSE K S  E IQSI PAR  LA+KG  FNEYLSSLRQISR+EA R SQ VEKKR GRVRG HHYL+  T LSPEDISLV++G+ YRK S+QHTT
Sbjct:    1 MDATVTQLSPSCNAAEPPRRIVRRRLVQTTLFPHKPPEPVEKNDKEDERHEDYSDAENHKKRK--KPKAKTTPRKKASKNATPKKNASANGTNKGSTSRQVLADYDPVSATEHDLFLEAKLAAEEDSRIFAGRQIHPFFSLWKAGKKVQDMADSGSNLSTTKSEEERTTCGPIHVFENTQDDTPSLDWRNWAFLENTTTMNYGPEILNSSVLEGSVESLNFDKLHSSLDPSGVSISQNALSSDRLCIHPENLEEVSPSDSASLAEKTCPPTCEDAKLDLEVDESVTTTVQAGIFRKS-DTEPPSRFLQESMRSYYRSCVDKAENSLWTYKYKPTKAVEVCGNDESVNFLRDWLHLWHERRYKSRKDISDMDKSDMRDV---DDDYKCSYSDYDSEDINEEDSLQNVLLITGPIGSGKSAAVYACAEEQRFEILELNASDCRNGTAVRNYFGDTLGSLGFKRASEITSSSQKKTTKLSPASALQSGKAADEVKDGVNELITISDDEAHIPSGSSQKLLGKNNVVASCDKVQTLILIEDVDILSPEDRGCIAAIQQIAETAKGPIILTSNSVNPGLPGNFDVLHVSFMLPSPQELLCHLYTVCLTEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKRFQKDVMTQTCYGSLPFDLELGHQILPKIMPWDFPSEISELIENEIAKLTNIMEENSRGLVTEELLPINEQQNDLNVQCMEADYIEAKKVEMIKRNGSLTDYSELEIQYNAISEFSNSSGSPLTSSRHNGRRKLVVMSSDSEDEDSNNGYPVDTHEEANTRQSMKENNGCPSELQLNGNYPSTSVRKLVCSELEHSEEEHFKYSETTDDTCVNETCKSLDVSCVPESTFVPETEIENGTESMYEAVSSGPLFGPQEVSVYNELKPFTFSVPRHLTKLSQNPDLL-DTEISDHSCKGVQQDVLDEHMETIVNVMDECSRVDFKLKPTCLQSNSFAETENIQKLWGDLLECRMDLRQHATSEQLGAFQVVRLASGLNNLISEADLFHERDIMEPSAFLSGETTSIRYHEKIMTSTIAEHGFCFYAKLIADEASKLGCANCVDITSEMLASTI------KLTGQDLARSKVMYTGKQVEWNSPINNTQKSENKTSQFEAIQSIVPARIYLALKGDVFNEYLSSLRQISRAEASRSSQGVEKKRRGRVRGFHHYLNRCTTLSPEDISLVSEGNLYRKNSTQHTT 1205

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Match: tr|A0A0R0KCE4|A0A0R0KCE4_SOYBN (ATPase AAA-type core domain-containing protein OS=Glycine max OX=3847 GN=100784209 PE=3 SV=1)

HSP 1 Score: 1556.58 bits (4029), Expect = 0.000e+0
Identity = 829/1218 (68.06%), Postives = 937/1218 (76.93%), Query Frame = 0

Query:    1 MESTVMDCSPSSSAA--PPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGT-KGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRN-LEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEAN-GVDELVTISDDETCTHSGSTLKLHGENDDTEKY-KIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRKHVVM---SDDEDSNCGYPVDSHDEANMRQLMKETNGCPSEFQLNGNYPGTSVDRLVC--------SDLEHSE-ADSAYLNETCKSFDVSCVPEST--------------------------------------------RLTKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPKPTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMM-STVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKISSQHTT 1155
            M++TV D SPS +AA  PPRRS R++LVQSTLFP KPPEP +K DKEDE DEDYS++EN+KK++       T P+K +SK  TP+K  +ANGT KGSTS+QVL +SD+V APV+DLFLEAKLAAEEDSRI+ GRQIHPFFSLWK GKKVQDV++SGSNL T KS  +R TCGPIHVFEN +DDT S+DWRNWTF+EN  S+NYG ES+N+SVLE SVESLNFDKL SSL   G SISQN+LSSDRL I  +  EE+SPSN +SL +Q+   TCE+A+LD++VDES TTTVQAGIFRKS DTEP  RFLQESMRSYY SC+D  E +LWT KYKPTKAVEVCGNDESVNFL DWLH WHER+YKSRKD +  +KS M+DV DDDDDYK SYSD DSEDINE+DSL  VLLITGPIGSGKS+AV+ACA+EQGF ILE+N+S+  NGTA+RN    +L SLGFKR S N+ S  K +TK   ALA+ SGKAADE N GVDEL+TI DDE    SGS  KL G+N+      K++ L+L+EDVDIL  EDRGC+AAIQ+IAET+KGPIILTS  DNPGLP  FD+LHV FVLPSPKELLCHLY+VCL EGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQ K FQKD KAQT YGS PFDLELGHQILPKIMPWDFPS IS LIENEI K TN MEE S+GL+TE L+  EQ+ DLNV  +  D IEA KVEMI RN SLTDY ELEIQ + ISEF+NSS SPL S R NGRRK VVM   S+DEDSN GYPVD+HDEAN RQLMKE N CPSE QLNGNYP T++ +LVC           ++SE AD   LNETCKS D SCVPEST                                            RLTKL QNPDLL DTEI DHS +GV  +VLDEH ETIV VMDECSR+DFK KP   QSNPL ETEKIQ +W+DLR+ R+DL+QH+ SE+LGAFQVVKLASGL NLIS+ DLF   D MEPS FLS EA S+ Y EQ+M STVAEHGFCFYAK+IADE SKLGCANCVDITSEMLAS+       KLS QDL+K K   TG EVEW +PIN+ QKSE K S  + IQSI PAR SLA+KG AFNEYLSSLR+I+RSEA RISQ VEK R GRVRG HHYLS  T LSPEDISLV++G+ YRK SSQHTT
Sbjct:    1 MDATVTDLSPSCNAAAEPPRRSVRRRLVQSTLFPHKPPEPDQKNDKEDERDEDYSDSENHKKRK--KPKAKTTPRKKASKNATPKKNVSANGTNKGSTSRQVLADSDRVIAPVHDLFLEAKLAAEEDSRIFTGRQIHPFFSLWKAGKKVQDVADSGSNLSTTKSEDERTTCGPIHVFENTQDDTSSLDWRNWTFLENTTSMNYGSESLNSSVLEASVESLNFDKLRSSLYPSGTSISQNSLSSDRLCIHPENLEELSPSNSASLAKQTCPPTCEDAKLDLEVDESATTTVQAGIFRKS-DTEPPIRFLQESMRSYYCSCVDKAENSLWTYKYKPTKAVEVCGNDESVNFLRDWLHLWHERRYKSRKDISDMDKSDMRDVGDDDDDYKCSYSDYDSEDINEEDSLQNVLLITGPIGSGKSAAVYACAEEQGFEILELNASDCRNGTAVRNYFGDALGSLGFKRSSENTASPQKKTTKFPLALALFSGKAADEVNDGVDELITIPDDEAHIPSGSLQKLLGKNNVVASCDKVQTLILIEDVDILSPEDRGCIAAIQQIAETAKGPIILTS--DNPGLPDNFDVLHVSFVLPSPKELLCHLYTVCLTEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQGKRFQKDGKAQTHYGSLPFDLELGHQILPKIMPWDFPSEISKLIENEITKSTNKMEETSRGLVTELLHTDEQKNDLNVQCMEADYIEAKKVEMIKRNSSLTDYSELEIQYNAISEFANSSDSPLTSCRQNGRRKLVVMSSDSEDEDSNNGYPVDTHDEANTRQLMKENNECPSELQLNGNYPSTTLRKLVCSEFEHSEEEHFKYSETADDTCLNETCKSLDASCVPESTFVPETEIENGTESISGAVSSGPLVGPQDQEVSVNNELKPFCVRRRLTKLSQNPDLL-DTEISDHSPKGVLQDVLDEHIETIVNVMDECSRVDFKAKPMFLQSNPLTETEKIQKLWKDLRERRMDLKQHATSEQLGAFQVVKLASGLNNLISEADLFHKRDIMEPSTFLSGEATSSWYHEQIMTSTVAEHGFCFYAKLIADEASKLGCANCVDITSEMLASAI------KLSGQDLTKSKVIYTGKEVEWKSPINSTQKSENKTSQFKAIQSIVPARISLALKGGAFNEYLSSLREITRSEASRISQEVEKNRRGRVRGFHHYLSRCTTLSPEDISLVSEGNLYRKDSSQHTT 1206

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Match: sp|Q4QY64|ATAD5_MOUSE (ATPase family AAA domain-containing protein 5 OS=Mus musculus OX=10090 GN=Atad5 PE=1 SV=1)

HSP 1 Score: 124.79 bits (312), Expect = 2.575e-27
Identity = 104/367 (28.34%), Postives = 163/367 (44.41%), Query Frame = 0

Query:  324 LWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHER-QYKSRKDNTGTNKSGMQDVED--DDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAI-RNLEHSLDSLGFKRQSGNSE--------------------------------SSHKTS--------------------TKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFD--MLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQS 632
            LWT KY+P  + E+ GN+ +V  L  WL  W  R + + R +  G      + + D  D  D+K S  D       E++ L   +LITGP G GK++AV+ACA+E GF I E+N+S+  +G  I   L+ +  S    +Q  NS+                                SS KTS                    +KS   +  L G      N   E   +   ++   + S +K  G  +++ + K   L+L E+VD++F ED G + A++    T+K P+ILT++  +P     FD     + F +PS   +  +L  +CL E            + +   DIRKSI++LQFW +S
Sbjct: 1038 LWTEKYQPQNSNELIGNELAVKKLHSWLKDWKRRAELEERHNLKGKRDEKEEGILDLSDSTDFKGSSDD-------EENRLCNTVLITGPTGVGKTAAVYACAQELGFKIFEVNASSQRSGRQILSQLKEATQSHQVDKQGVNSQKPCFFNNYNIGKSPKKLNSPGKVVTSPRKLPPSSPKTSGQKRALLPKTLANYFKVSSKSKSNDDVGALMGDDKGVKNSSLEQRQLIQTKSTNANNSHIKDVGA-EESNRKKATSLILFEEVDVIFDEDAGFLNAVKTFMATTKRPVILTTS--DPTFSLVFDGCFEEINFSIPSLLNVASYLQVICLVENFRTDFKDFVTLLTANACDIRKSILYLQFWIRS 1394

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Match: sp|Q96QE3|ATAD5_HUMAN (ATPase family AAA domain-containing protein 5 OS=Homo sapiens OX=9606 GN=ATAD5 PE=1 SV=4)

HSP 1 Score: 83.1889 bits (204), Expect = 1.207e-14
Identity = 50/142 (35.21%), Postives = 74/142 (52.11%), Query Frame = 0

Query:  324 LWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAI-RNLEHSLDSLGFKRQSGNSE 464
            LWT KY+P  A E+ GN+ ++  L  WL  W  R     + N      G +D  +  +D+        S D  E+  L   +LITGP G GK++AV+ACA+E GF I E+N+S+  +G  I   L+ +  S    +Q  NS+
Sbjct: 1053 LWTEKYQPQTASELIGNELAIKKLHSWLKDWKRRAELEERQNL----KGKRD--EKHEDFSGGIDFKGSSDDEEESRLCNTVLITGPTGVGKTAAVYACAQELGFKIFEVNASSQRSGRQILSQLKEATQSHQVDKQGVNSQ 1188

HSP 2 Score: 72.4034 bits (176), Expect = 2.390e-11
Identity = 46/143 (32.17%), Postives = 72/143 (50.35%), Query Frame = 0

Query:  527 LVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFD--MLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLEL---GHQILPKIMP 664
            L+L E+VD++F ED G + AI+    T+K P+ILT++  +P     FD     + F  PS   +  +L  +CL E            + +   DIRKSI++LQFW +S     +E+  T Y     +++L    H +  KI P
Sbjct: 1301 LILFEEVDVIFDEDAGFLNAIKTFMATTKRPVILTTS--DPTFSLMFDGCFEEIKFSTPSLLNVASYLQMICLTENFRTDVKDFVTLLTANTCDIRKSILYLQFWIRSGGGVLEERPLTLYRGNSRNVQLVCSEHGLDNKIYP 1441

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BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Match: sp|O60182|RFC1_SCHPO (Replication factor C subunit 1 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=rfc1 PE=1 SV=1)

HSP 1 Score: 77.411 bits (189), Expect = 5.777e-13
Identity = 74/312 (23.72%), Postives = 127/312 (40.71%), Query Frame = 0

Query:  320 EECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNS-DNPGL-PHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFW 629
            +   +WT+KY PT   ++CGN   V  L  WL  +H    K+RK N   NK G   +                        L K +L++GP G GK++A H  AK +G+ +LE+N+S++ +    R L+  L  +              T ++S      L+G    +AN VD                              K R +++++++D + + DRG +  +  I + S  PII   N   +P L P       + F  P    +   + S+   EG+ + P  +++ +     D+R+ I  L  +
Sbjct:  356 QPSQIWTSKYAPTSLKDICGNKGVVQKLQKWLQDYH----KNRKSNF--NKPGPDGL-----------------------GLYKAVLLSGPPGIGKTTAAHLVAKLEGYDVLELNASDTRSK---RLLDEQLFGV--------------TDSQS------LAGYFGTKANPVD----------------------------MAKSRLVLIMDEIDGMSSGDRGGVGQLNMIIKKSMIPIICICNDRAHPKLRPLDRTTFDLRFRRPDANSMRSRIMSIAYREGLKLSPQAVDQLVQGTQSDMRQIINLLSTY 587

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BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Match: sp|Q2R2B4|RFC1_ORYSJ (Replication factor C subunit 1 OS=Oryza sativa subsp. japonica OX=39947 GN=RFC1 PE=2 SV=2)

HSP 1 Score: 68.5514 bits (166), Expect = 2.642e-10
Identity = 70/318 (22.01%), Postives = 122/318 (38.36%), Query Frame = 0

Query:  325 WTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDML-----HVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQK 637
            WT KY+P    ++ GN   V  L DWL  W ++   S +   G  +                    DS          K +L++GP G GK++     ++  G   +E+N+S+S  G A   +E                                 G     +N + EL++   + T  +S + LK           + + ++++++VD + A DRG +A +    + SK PII   N        K   L      + F  P+ +++   L  +   EG+      +E+      GDIR ++ HLQ+   S++  K
Sbjct:  408 WTEKYRPKVPNDIVGNQSMVKQLHDWLRSWEDQFLHSGQKGKGKKQ-------------------ADS-------GAKKAVLLSGPPGIGKTTTAKVVSQMLGLQAIEVNASDS-RGKADSKIEK--------------------------------GVGGSTSNSIKELIS---NATLNYSNNRLK-----------RPKAVLVMDEVDGMSAGDRGGVADLIASIKMSKIPIICICNDR---YSQKLKSLVNYCLLLNFRKPTKQQMGKRLMEIAKKEGLQAQENAMEELAERVHGDIRMALNHLQYMSLSQSVVK 649

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Match: sp|P35601|RFC1_MOUSE (Replication factor C subunit 1 OS=Mus musculus OX=10090 GN=Rfc1 PE=1 SV=2)

HSP 1 Score: 67.0106 bits (162), Expect = 8.323e-10
Identity = 81/348 (23.28%), Postives = 136/348 (39.08%), Query Frame = 0

Query:  320 EECNLWTNKYKPTKAVEVCG--NDES-VNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRN-LEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVL----PSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFW-FQSKTFQKDE-KAQTGYGSR-----PFDL 652
            EEC LW +KYKP     + G   D+S  N L  WL  WH+   + +K      K G    +DD   +K +                   L++GP G GK++      +E G+  +E+N+S++ +  +++  +  SL++   K   G   S    S  +  AL M      DE +G+                        N+D                      RG +  +  + + +K PII   N  N   P    ++H  F L    P  +++   + S+   EG+ I P  + + I   + D+R+ + +L  W  QSK    D+ KA +    +     PFD+
Sbjct:  565 EECLLWVDKYKPASLKNIIGQQGDQSCANKLLRWLRNWHKSSPEEKKH---AAKFGKLASKDDGSSFKAA-------------------LLSGPPGVGKTTTASLVCQELGYSYVELNASDTRSKNSLKAVVAESLNNTSIK---GFYTSGAAPSVSARHALIM------DEVDGM----------------------AGNED----------------------RGGIQELIGLIKHTKIPIICMCNDRNH--PKIRSLVHYCFDLRFQRPRVEQIKSAMLSIAFKEGLKIPPPAMNEIILGANQDVRQVLHNLSMWCAQSKALTYDQAKADSQRAKKDIRLGPFDV 835

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Match: sp|P49956|CTF18_YEAST (Chromosome transmission fidelity protein 18 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=CTF18 PE=1 SV=1)

HSP 1 Score: 60.4622 bits (145), Expect = 6.981e-8
Identity = 37/128 (28.91%), Postives = 62/128 (48.44%), Query Frame = 0

Query:  324 LWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSL 451
            LW  K++P K +++ GN+++   +  WL +W    +K +     T K  + D+E D                  K    K+LL+ GP G GK+S  H  AK+ GF + EIN+S+   G  ++   ++L
Sbjct:  115 LWVEKWRPKKFLDLVGNEKTNRRMLGWLRQWTPAVFKEQLPKLPTEKE-VSDMELDP----------------LKRPPKKILLLHGPPGIGKTSVAHVIAKQSGFSVSEINASDERAGPMVKEKIYNL 225

[Close]

BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Match: sp|P0C1D3|CTF18_EMENI (Chromosome transmission fidelity protein 18 OS=Emericella nidulans (strain FGSC A4 / ATCC 38163 / CBS 112.46 / NRRL 194 / M139) OX=227321 GN=ctf18 PE=3 SV=1)

HSP 1 Score: 58.151 bits (139), Expect = 4.624e-7
Identity = 34/116 (29.31%), Postives = 56/116 (48.28%), Query Frame = 0

Query:  324 LWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLP--KVLLITGPIGSGKSSAVHACAKEQGFIILEINSSN 437
            +WT KY+  K  E+ G++ +   +  WL  W    Y S              +     + KY+         N+++  P  KVLL+ GP G GK++  H CA++ G+ +LEIN+S+
Sbjct:  257 MWTEKYRARKYTELIGDERTNRSILRWLRGWDPIVYPS--------------LARAKQNKKYN---------NDEEERPHRKVLLLCGPPGLGKTTLAHVCARQAGYEVLEINASD 349

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BLAST of Vigun09g166500.2 vs. Araport11
Match: | (Symbols: no symbol available | no full name available | chr1:29167934-29172867 REVERSE LENGTH=1151)

HSP 1 Score: 496.123 bits (1276), Expect = 6.812e-156
Identity = 406/1226 (33.12%), Postives = 603/1226 (49.18%), Query Frame = 0

Query:   17 PRRSGRKKLVQSTLFPLKPPEPVEKK-----DKEDEVDEDYSEAENNKKKRKRSKAKATPPKKVSSKRP---TPRKKATANGTKGSTSQQVLTNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVSESGSNLPTAKSNHKRATCGPIHVFENVKDD-TLSVDWRNWTFVENMISVNYGQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKPEEVSPSNPSSLVEQSACLTCEN-------------AELDMKVDESVTTTVQAGI-FRKSKDTEPLSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNVSEQQKDLNVNY---IGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNSSGSPLASSRHNGRRK-HVVMSDDED----SNCGYPVDSHDEANMRQLMKETNGCPSEF------QLNGNYPGTSVDRLVCSDLEHSEADSAYLNETCKSFDVSCVPESTRLTKLL------------------------------QNP-------------DLLADTE--IPDHSFQGVQPNVLDEHT---ETIVKVMDECSRMDFKPKPTLSQSNPLDETE-KIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGLCNLISDVDLFPY----LDKMEPSMFLSNEAASNGY---CEQMMSTVAEHGFCFYAKVIADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEVEWNTPI-NNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQISRSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRK 1148
            PRR+ R+KLVQS+L P KP + ++       D+  EV +  S+ +  +K+++R+       K    K P   TP+K AT NG   +  Q +  N   V  PV +L LEAKL AEE+SR+ AG+QIHPFFS WK GK+ Q+   + +     +   K  T GPIHVF+  +DD   ++DW+NWTF E   +     + +  + LE   +  + ++L S             LS   + +I  +  E   S    + E S+ +  E+             AE D +V E++  +  AG     S + + LS   +ES  S  + C       LW +KY+P  A EVCGN ESV  +++WL +W+ER ++  KD   +++   QD      DY  S SD DSE    +DS   VLLI GP GSGKS+A+HACAKEQGF ILE N+S   +GT +R            ++ G +  S+  S    R+L  L     D  NGV+++V +              LH +ND      ++ L+L EDVDI FAEDRG ++AIQ+IA  +KGP++LT+N  N GLP   + + + F LPS +EL  HL  VC AE V ++   LE+    C GDIRK+IM LQFWFQSK  +  +   TG     FD E GH +LPKI+  DFPS +S L+ENEIAK  + MEE     +   +   E +K LN  +    G + I+A K  M  +N +  DY ELE       E SN+S  PL+ S+ N RRK +VVMS D +    ++    +  H + +  +L+ + +G  S +      + N     +  + L  +  ++  +  +Y+NE  +S ++SCVPES+ + + L                              Q P             D L +T   I + S   V  +   E+    + + +V DECSRMDF      ++   LD +   +Q  W  +  +  D + +  SE + A QV+ L   + NLIS+ DL       L  +EP M  S +  ++G     E+M STV++  FCF    I   GS       V  +S  +     +      +RQD +       G+ ++    I  ++ K  +   L  V++S+ P R+   +KG AF+EY S + QISR++   +S  +EK R  R R   HYLS   ELS EDI+L+     Y +
Sbjct:    5 PRRNVRRKLVQSSLLPHKPEDVIDSNGDPMCDEGGEVGDGRSQGKKTRKQKERTPKNGATKKVAKGKSPRKTTPKKCATKNGIVAAGDQMIAAN---VSPPVPNLRLEAKLRAEENSRMSAGKQIHPFFSTWKGGKRNQEAVAAENGTCLGRGRDKIVTIGPIHVFDKFQDDYPTTLDWKNWTFYEQTSTTESPDQQIKFNSLEPRPKEFDLNELPS-------------LSHPDVCVIDDEEPEQCTSQSEGIAEASSVVLIEDQEEKRGCLGFLDGAESDCEVHEAINLSDDAGGEANISHEMQHLS--CRESNDSSGQPC-----NRLWVDKYQPRSASEVCGNTESVKVMNEWLRQWYERGFQPNKDFLSSDEDKSQDA-----DYNCSESDSDSEKSGAEDSQKNVLLIVGPAGSGKSAAIHACAKEQGFKILESNTSECRSGTVVR------------QKFGEALKSYSLS----RSLDPLFNSCTD-GNGVEDVVEV-----------MPVLHIQNDGA---NLKPLILFEDVDICFAEDRGLVSAIQQIAVKAKGPVVLTANDKNHGLPDNLERIEIYFSLPSKEELFNHLSLVCAAEEVKVNHGSLEEMTTFCGGDIRKAIMQLQFWFQSKPKRARKVKNTG-NQDLFDHEAGHLLLPKIIARDFPSQLSQLVENEIAKVLS-MEEERNNTVEVFVEEVENEKMLNRLWRRGTGKNSIQAKKAAMFRQNTTFEDYDELEDVLRIPCELSNTSYQPLSFSQPNRRRKLNVVMSSDSEDEPLTDIRVSISQHQKDD--RLIFQEDGTLSSYWPDMQKETNPLADPSRAEILEAACYQYETSKFSYINEVSQSVEISCVPESSYVPETLMDGEAELSPRAVSCGHFDGRVEVSMNEDVVQTPPSKEIYIDRFQIFDCLKNTSEIIAESSDATVMEDCFKEYVGAAQKMQQVSDECSRMDFGKTYKTAEKPKLDTSRSAVQESWEKICSNLADFKPYLDSEPVEAPQVLDLTHQITNLISEADLTHSRCLNLGALEPMMNTSGDLDTSGLSQMLEEMTSTVSQQEFCFLTNQITTTGS-------VPTSSATMVPERGLTV--DEARQDYTS----SNGSCLDMKPDILEDLLKCRRMTRLSGVLESVVPLRS---LKGRAFHEYASFIGQISRADPSNLSGALEKGRRRRPREARHYLS--MELSSEDIALLGQHSTYNR 1149

The following BLAST results are available for this feature:

BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
BLAST of Vigun09g166500.2 vs. Araport11

BLAST of Vigun09g166500.2 vs. ExPASy TrEMBL (2024)
Analysis Date: 2024-08-19 (Blastp of Vigna unguiculata L. Walp IT97K-499-35 v1.2 proteins vs UniProt TrEMBL)
Total hits: 10

Position :

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Match Name	E-value	Identity	Description
tr\|A0A4D6NS31\|A0A4D6NS31_VIGUN	0.000e+0	95.17	Replication factor C subunit 1 OS=Vigna unguiculat...	[more]
tr\|A0A0S3RDH9\|A0A0S3RDH9_PHAAN	0.000e+0	82.31	AAA+ ATPase domain-containing protein OS=Vigna ang...	[more]
tr\|A0A8T0KKS2\|A0A8T0KKS2_PHAAN	0.000e+0	82.31	AAA+ ATPase domain-containing protein OS=Phaseolus...	[more]
tr\|A0A1S3U6E4\|A0A1S3U6E4_VIGRR	0.000e+0	82.15	Uncharacterized protein LOC106762275 isoform X2 OS...	[more]
tr\|A0A3Q0F186\|A0A3Q0F186_VIGRR	0.000e+0	82.08	Uncharacterized protein LOC106762275 isoform X1 OS...	[more]
tr\|V7AYS8\|V7AYS8_PHAVU	0.000e+0	80.63	AAA+ ATPase domain-containing protein OS=Phaseolus...	[more]
tr\|A0A445L526\|A0A445L526_GLYSO	0.000e+0	68.14	ATPase family AAA domain-containing protein 5 OS=G...	[more]
tr\|K7KM72\|K7KM72_SOYBN	0.000e+0	68.23	ATPase AAA-type core domain-containing protein OS=...	[more]
tr\|A0A0B2PNQ6\|A0A0B2PNQ6_GLYSO	0.000e+0	67.49	ATPase family AAA domain-containing protein 5 OS=G...	[more]
tr\|A0A0R0KCE4\|A0A0R0KCE4_SOYBN	0.000e+0	68.06	ATPase AAA-type core domain-containing protein OS=...	[more]

BLAST of Vigun09g166500.2 vs. ExPASy Swiss-Prot (2024)
Analysis Date: 2024-08-19 (Blastp of Vigna unguiculata L. Walp IT97K-499-35 v1.2 proteins vs UniProt Swissprot)
Total hits: 7

Position :

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Match Name	E-value	Identity	Description
sp\|Q4QY64\|ATAD5_MOUSE	2.575e-27	28.34	ATPase family AAA domain-containing protein 5 OS=M...	[more]
sp\|Q96QE3\|ATAD5_HUMAN	1.207e-14	35.21	ATPase family AAA domain-containing protein 5 OS=H...	[more]
sp\|O60182\|RFC1_SCHPO	5.777e-13	23.72	Replication factor C subunit 1 OS=Schizosaccharomy...	[more]
sp\|Q2R2B4\|RFC1_ORYSJ	2.642e-10	22.01	Replication factor C subunit 1 OS=Oryza sativa sub...	[more]
sp\|P35601\|RFC1_MOUSE	8.323e-10	23.28	Replication factor C subunit 1 OS=Mus musculus OX=...	[more]
sp\|P49956\|CTF18_YEAST	6.981e-8	28.91	Chromosome transmission fidelity protein 18 OS=Sac...	[more]
sp\|P0C1D3\|CTF18_EMENI	4.624e-7	29.31	Chromosome transmission fidelity protein 18 OS=Eme...	[more]

BLAST of Vigun09g166500.2 vs. Araport11
Analysis Date: 2024-08-19 (Blastp of Vigna unguiculata L. Walp IT97K-499-35 v1.2 proteins vs arabidopsis Araport11)
Total hits: 1

Position :

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Match Name	E-value	Identity	Description
\|	6.812e-156	33.12	Symbols: no symbol available \| no full name availa...	[more]

InterPro

Analysis Name: InterProScan Analysis for Vigna unguiculata L. Walp IT97K-499-35 genome v1.2
Date Performed: 2024-08-19

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	FUNFAM	G3DSA:1.10.8.60:FF:000116		coord: 585..646 e-value: 5.4E-30 score: 104.6
None	No IPR available	GENE3D	1.10.8.60		coord: 583..647 e-value: 2.9E-7 score: 31.9
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 323..574 e-value: 1.6E-36 score: 128.0
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 323..631
IPR004582	Checkpoint protein Rad17/Rad24	PANTHER	PTHR12172	CELL CYCLE CHECKPOINT PROTEIN RAD17	coord: 20..1150

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at Vu09:33435026..33445137-
coding sequence from alignment at Vu09:33435026..33445137-

mRNA sequence

>drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2 ID=drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2; Name=Vigun09g166500.2; organism=Vigna unguiculata; type=mRNA; length=3468bp
ATGGAGTCCACCGTCATGGACTGCAGTCCTTCCTCCAGTGCCGCCCCGCC
CCGCCGCAGTGGTCGCAAGAAGCTGGTTCAATCGACGCTCTTCCCTCTCA
AGCCACCGGAGCCCGTTGAGAAGAAGGACAAAGAGGACGAAGTCGACGAG
GATTACTCTGAGGCTGAGAATAACAAGAAGAAGAGGAAGAGGTCCAAGGC
AAAAGCCACTCCTCCGAAAAAAGTTTCATCTAAGCGTCCAACGCCAAGGA
AAAAAGCAACTGCTAATGGCACTAAGGGGTCAACTTCGCAGCAGGTGTTG
ACTAATTCCGATCAGGTTAAGGCACCTGTGTATGATTTGTTTCTAGAAGC
AAAATTGGCTGCTGAGGAAGATTCGAGGATATATGCGGGACGTCAGATAC
ATCCGTTTTTTTCATTATGGAAAGAAGGAAAAAAAGTTCAAGATGTGAGT
GAGTCAGGAAGTAATTTACCAACAGCTAAGAGTAACCATAAAAGGGCTAC
TTGCGGCCCTATTCATGTATTTGAAAATGTTAAGGATGATACGTTATCCG
TTGACTGGAGAAACTGGACGTTTGTGGAGAATATGATCTCTGTGAACTAT
GGTCAAGAGAGTGTAAATGCATCTGTTTTAGAGGGATCGGTTGAATCCTT
AAACTTTGATAAGCTTCACAGTTCTTTGAATCGATTAGGCATTTCAATTT
CTCAGAATGCCTTATCTTCAGACAGACTTTCTATAATTCGGAAAAAACCG
GAAGAAGTATCACCATCAAACCCATCTTCACTAGTAGAGCAATCAGCATG
TCTGACGTGTGAAAATGCTGAACTGGACATGAAGGTGGATGAATCTGTTA
CTACAACTGTGCAAGCTGGCATTTTTAGAAAGTCTAAAGATACCGAACCA
CTGAGTAGATTTCTTCAAGAAAGTATGAGATCATACTACCGTAGCTGTTT
AGATATGGAGGAGTGCAACTTATGGACAAACAAATACAAGCCAACGAAGG
CTGTTGAGGTATGTGGTAATGATGAATCTGTTAATTTCTTGAGTGACTGG
CTACATCGTTGGCATGAAAGGCAGTATAAAAGCAGGAAGGATAACACTGG
CACTAATAAAAGTGGCATGCAAGATGTTGAAGATGACGACGACGATTATA
AATATTCTTATAGTGACTGTGATTCAGAAGATATAAATGAGAAGGATTCC
CTGCCAAAAGTTCTTTTAATTACAGGTCCAATTGGGAGTGGCAAGTCTTC
AGCAGTCCATGCTTGTGCCAAAGAGCAAGGGTTTATTATTTTAGAGATCA
ATTCATCAAATTCTACAAATGGGACTGCTATCAGGAACTTGGAACATTCT
CTTGATTCACTTGGGTTCAAAAGGCAATCAGGAAACTCTGAAAGTTCACA
TAAGACCTCTACAAAATCGGCCCGAGCTCTGGCTATGCTCAGTGGTAAAG
CTGCTGATGAAGCAAATGGAGTGGATGAACTGGTAACCATATCCGATGAT
GAAACTTGTACCCATAGTGGATCAACTTTAAAGTTACATGGGGAAAATGA
TGATACTGAAAAATATAAAATCCGTCGACTAGTTCTAGTTGAGGATGTGG
ACATCCTTTTTGCTGAAGATCGTGGATGTATGGCCGCCATACAACGGATT
GCTGAGACATCAAAGGGGCCAATTATATTGACCAGTAATAGTGATAATCC
TGGTCTGCCACATAAGTTTGACATGCTCCATGTTCCATTCGTGTTGCCAT
CACCAAAGGAATTGCTTTGCCATTTGTACAGTGTTTGTCTCGCTGAAGGA
GTCAACATCCATCCTCTTTTACTAGAGAAGTTTATACATTCTTGTGATGG
AGATATCCGAAAAAGCATTATGCATCTTCAATTCTGGTTTCAGAGTAAAA
CGTTTCAAAAAGATGAAAAGGCACAAACAGGTTATGGCTCACGTCCATTT
GATCTTGAGCTTGGCCATCAGATTCTTCCGAAGATAATGCCCTGGGATTT
CCCCTCAGTGATATCCGATCTAATTGAAAACGAAATTGCCAAACAAACAA
ATATAATGGAAGAAAACTCCAAAGGGTTGATTACCGAAAAGCTTAATGTA
AGTGAACAGCAAAAAGATTTAAATGTGAATTATATAGGGACTGATGATAT
AGAGGCCATGAAGGTGGAGATGATTAATAGGAATGGATCGTTGACGGATT
ACTGTGAGCTTGAAATTCAACGTAGCACTATTTCCGAGTTTTCCAATTCT
TCTGGTTCCCCTCTTGCATCTTCTAGGCATAATGGTCGAAGGAAACATGT
AGTCATGTCTGATGACGAAGATTCAAATTGTGGATATCCTGTAGACTCCC
ACGATGAAGCTAATATGAGGCAACTGATGAAAGAAACTAATGGTTGTCCA
TCAGAATTTCAATTAAATGGAAACTACCCGGGCACATCAGTTGACAGACT
AGTTTGTTCCGATTTGGAGCACTCAGAGGCTGATAGTGCATACTTGAATG
AAACATGTAAATCATTTGATGTATCATGTGTGCCAGAATCAACGCGCTTA
ACAAAATTGTTACAGAATCCAGATTTGTTGGCGGATACTGAAATTCCAGA
TCATTCTTTTCAAGGGGTTCAGCCTAATGTTCTAGATGAACATACGGAAA
CAATTGTTAAAGTGATGGATGAATGCAGTCGAATGGATTTCAAACCAAAA
CCAACATTGTCGCAGTCCAATCCATTAGACGAGACAGAAAAGATACAAAA
CGTGTGGAGAGATCTCCGTGATCACCGAGTGGATTTAAGACAGCATTCTA
TCTCAGAAGAGCTTGGTGCTTTTCAAGTTGTTAAACTTGCTAGTGGACTG
TGCAATCTAATTTCAGATGTTGACTTGTTTCCTTACTTGGATAAAATGGA
ACCTTCAATGTTCCTTTCTAATGAAGCCGCATCAAATGGGTATTGTGAAC
AAATGATGTCCACGGTGGCTGAGCATGGGTTTTGCTTTTACGCTAAGGTT
ATAGCAGATGAAGGATCAAAGTTGGGTTGTGCAAATTGTGTTGATATTAC
TTCTGAGATGTTGGCTTCCTCCACTGATATTATGGCTTTGGGGAAATTAT
CCCGACAGGATCTCTCGAAAATGAAAGCTTTCCGTACTGGAAATGAAGTA
GAGTGGAACACCCCAATAAATAATATGCAGAAGAGTGAAAAGAAAAGATC
TCTAATCGAGGTCATCCAATCCATTGCTCCTGCAAGAACATCCTTGGCAA
TGAAAGGTTATGCATTCAACGAATATCTATCTTCATTACGCCAAATTTCA
AGGTCTGAAGCTTTCCGTATTTCACAAGTGGTCGAAAAGAAGAGAGGAGG
AAGGGTACGGGGCGTTCACCATTACTTGAGCACAAATACCGAGTTGTCTC
CAGAAGATATATCTTTGGTGACCGATGGTGATCCATACAGAAAAATTTCT
TCCCAACATACAACATAG

protein sequence of drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2

>drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2 ID=drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2; Name=drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2; organism=Vigna unguiculata; type=polypeptide; length=1156bp
MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDE
DYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVL
TNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVS
ESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNY
GQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKP
EEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEP
LSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDW
LHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDS
LPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHS
LDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDD
ETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRI
AETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEG
VNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPF
DLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNV
SEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNS
SGSPLASSRHNGRRKHVVMSDDEDSNCGYPVDSHDEANMRQLMKETNGCP
SEFQLNGNYPGTSVDRLVCSDLEHSEADSAYLNETCKSFDVSCVPESTRL
TKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPK
PTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGL
CNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKV
IADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEV
EWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQIS
RSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKIS
SQHTT*

mRNA from alignment at Vu09:33435026..33445137-

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

>drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2 ID=drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2; Name=Vigun09g166500.2; organism=Vigna unguiculata; type=mRNA; length=10112bp; location=Sequence derived from: Vu09:33435026..33445137- (Vigna unguiculata
AAAGACAATGATACTATGTATTTTGTAACTTACTTCCTATCTCATAATGT
TTTCAGTAGAAAAACGGAAAACAGAAAAGAAACATATTCTGTATGTTCCC
TCCAGATCCATGAGATAGAAACTGATTTCCCCCCAAATCGTTATCGCCCT
AAATTTCAATTGGCAGTAATGCGCTCCCTTTCCTTTATTCCCAATTCCCA
AAACCCTATCCAATAGATCTCACCAACTCAACTCGATTCAATCCAGATGG
AGTCCACCGTCATGGACTGCAGTCCTTCCTCCAGTGCCGCCCCGCCCCGC
CGCAGTGGTCGCAAGAAGCTGGTTCAATCGACGCTCTTCCCTCTCAAGCC
ACCGGAGCCCGTTGAGAAGAAGGACAAAGAGGACGAAGTCGACGAGGATT
ACTCTGAGGCTGAGAATAACAAGAAGAAGAGGAAGAGGTCCAAGGCAAAA
GCCACTCCTCCGAAAAAAGTTTCATCTAAGGTAGTTCCTTTTTCTCTTAG
TTTCTCATTTTAAAGCTTTAATTTATTTTTCTTTGGAAGCTTTACTTGTG
AAATCTATAAGCTTTATCTCTCGTGCTTGATAATGTCATGGTAAAATAAA
TTGTTGCTGGATGCGTTGACATGCATTGAGGGCAGAGAATCGAGAGCTTC
AGTTTCTGATTGTGGTTTTGGTATTGTTCTTTTTCCTCTACAAGCAGCGT
CCAACGCCAAGGAAAAAAGCAACTGCTAATGGCACTAAGGGGTCAACTTC
GCAGCAGGTGTTGACTAATTCCGATCAGGTTAAGGCACCTGTGTATGATT
TGTTTCTAGAAGCAAAATTGGCTGCTGAGGTTAGTGTGTTTGGTTTTGCT
CTGTCTGTAATAGCTTAATCCTTCGCTCTCGTGTGCTTTAAATTGTGTAA
AATTACAAAATTAGGAGAAACATGTGAATGCTCTAAATATAAAATGACAC
TGGCCTGAAACTTTCCTTGAATTGTTGCTTTAACTTCAGTTCTACAATCT
TTGATATTTGTGTAATTTGAAACTTTTCTTTAACCAGGAAGATTCGAGGA
TATATGCGGGACGTCAGATACATCCGTTTTTTTCATTATGGAAAGAAGGA
AAAAAAGTTCAAGATGTGAGTGAGTCAGGAAGTAATTTACCAACAGCTAA
GAGTAACCATAAAAGGGCTACTTGCGGCCCTATTCATGTATTTGAAAATG
TTAAGGTATGTTACTTTCGGCTGGGAGCCTTGGAGTTGCTATTGCTTTGC
TTTCATGTGATAAAAGGAGTGTTATATATGTGTACGTATGTACGTATCTT
GTTTGGGTTTTGAATTCTGTAGCATCATATAATTGAGTTAGGTGTAAAAT
TTGTTCATGCAGGATGATACGTTATCCGTTGACTGGAGAAACTGGACGTT
TGTGGAGAATATGATCTCTGTGAACTATGGTCAAGAGAGTGTAAATGCAT
CTGTTTTAGAGGGATCGGTTGAATCCTTAAACTTTGATAAGCTTCACAGT
TCTTTGAATCGATTAGGCATTTCAATTTCTCAGAATGCCTTATCTTCAGA
CAGACTTTCTATAATTCGGAAAAAACCGGAAGAAGTATCACCATCAAACC
CATCTTCACTAGTAGAGCAATCAGCATGTCTGACGTGTGAAAATGCTGAA
CTGGTACATCGTTTCTTCTTTATTTTTTGTGAATCACTTCTGTAGCCCTG
TCACCAGTTACGTACTCTCTATGCATAGCTGTAGTATGTCGATAATCCAC
TAAAACTAGTTTAGAGGATGAAAGGTACTTTCTTCTTTGTCTAAATTTGT
GGTTGACTGTTGGCCAAAAATTATCAAGGACATGAAGGTGGATGAATCTG
TTACTACAACTGTGCAAGCTGGCATTTTTAGAAAGTCTAAAGATACCGAA
CCACTGAGTAGATTTCTTCAAGAAAGGTTAGCAGAGGCATGACACATGCC
ACACAAGTATCTTCATTGCAATACCATTTGTACATTTGGCAATGGCCCGT
TAGATAAATATACTGAAACCTTTAAGTGTTATATAAATGACCAAGAGTAT
GAATGCACACTACTTTTTTGGACACTTGATTACTCAGTAATTTGTATTGT
TGATTATTCTTGCTTGGTTGTATGGTCGGCATACTTAAAAATAAGAAATT
TCTCATTATATAAGTCCCATATGCTTACAGCTTTCTATCTCTCTCTCTCT
CTATATATATATATATATATATATTATATTCATTTCATGCATTTGCAAAT
TCTAAGTAATTCCTCTTGCTGCACTTTATCTCCCGCAATAAATAAAAGCT
AGAATATTATTTGGATGGAATATGTATAAAGTGCTTCCAAACAATATAGT
AAAGAGATATTTTAGTAAATAGATGTTTGAAGGTTGAAAAAATTTAAGGG
AAAGTTCATTTATTGTATACTAGTGTATCACCTCCTGTTCATCTGATTTT
TTGTTGAGTAGTAAGATGGAGTATAAGCTAAATATAAAGAGTATATATAA
GGACTTTTGGGAATCATAAATTTAATGGCTTATAGTGATGTATGCGGTTA
GTTATCTGTTTATCAAATTTGTCAAAATTTAGCCCTAATATTTCTCTATC
TTTGTCAGAGCTAAAAGACGATGTTTATTATTGAATCAAAGTAGTTGCCA
AAGCTCACAGAATGAGTCAGAAAATTGCTTGTTCCATATAAATCGCAACT
TGCTAGAGAAGTAACTCATTTCATAAACTATATTTTTTCAATTTATGATC
ATGATATAATAAGGAGTCTCCCAGCTGATGTTTTCTTCCCTTATATTGAA
ATAAACTCCTGACTAATGCCAAGTTATGAAAGATCCATTCTGTCAAAGTT
GTTTGATTTTGATACAATAGAAAGTTTTGCAATTGTCTCCCTATGTCTTT
ATCTTTTCCACTGGTTAGGCCATGACTGCTTTTTGGTTCCAATCAAGAGA
ATCTTATGCCTAAGAAGTTATGTGTCCTAACCGATTGATTGACTTATTTG
AGATTATATTGTGGCTAAAGGCAAAATGGTTTTTGATAGTTTTTACTATC
CCTTCTGATAGTCAGGGTTTCCTGACGACAGCAATTATTTCTGCACTCTT
GGCTATCTTTCTCCTAGCCTACTGTGAAGTATACTTGTGATCTTTGGGCC
GTTAAGCTCTGGGATTTATGAAATGTAAATGAGAAAATAATTATACTCTT
GCTTTTAAAAGAAAAACTGACTTCATCAGTTCAACATGCTTAAGACATAT
ATAGGAAGTTTATTCCTTTTAGTGAGTTTAACCTTGTATTCTGCCATCTG
CATTGCAGTATGAGATCATACTACCGTAGCTGTTTAGATATGGAGGAGTG
CAACTTATGGACAAACAAATACAAGCCAACGAAGGCTGTTGAGGTAACTT
TTAAAAATGTTAAGGTTGCATGCCTTTTCAATTTTATGATCTAATTTTTG
CCTTTTTTGTTGTGAATTTAGGTATGTGGTAATGATGAATCTGTTAATTT
CTTGAGTGACTGGCTACATCGTTGGCATGAAAGGCAGTATAAAAGCAGGA
AGGATAACACTGGCACTAATAAAAGTGGCATGCAAGATGTTGAAGATGAC
GACGACGATTATAAATATTCTTATAGTGACTGTGATTCAGAAGATATAAA
TGAGAAGGATTCCCTGCCAAAAGTTCTTTTAATTACAGGTCCAATTGGGG
TGTGTAAATCTACTTCAAAACTTCTGCACATACTTTACATGAATTGTGGC
CTGTGCACCTCATTTATGCATACACTGCTGGCTACTATTATTCTGTAATA
TAATGGATAGTTTCTAAAATTAATATTAAAATTTTAAAATATGAATTTAG
GATAAGTACTAGAACTTATGGATTTTTCAAACAGAGCTTATTTGAAATCA
AGATGGTAATGCACTACTGATTATTTTTCTGACAATTTTTTCATTCCTCT
TGAAAACCACCAAAGCAAACTAGATGTGGCTCTTTTTATATTCTGTTCAA
AATTTCAGGAACGAGTAGAAGCTTGTGAATTTTTCTGTGCCTATTGCTAA
GTCACAACTCTCTGCATGCACTTGTACTATTTGTACTACTAGTGTTAAGG
TTATTACTTATTAATGATCTTTTACCTCGCCAAGGTTAATCTGGCGATAG
CCAAGTCCCGATTCTCCTTTTAGTTATTGATTTTTGAACCTCTGTCTGTA
TTTTGCCTTTTTAGCAATTAATTTCCCCTGTCTATTTTTGAACCTGTGTA
TGGTCGTAATAGTTAGAAAAAGATCATTAATAATAATTTTCTCTGAGTTC
TAATAGTATTTGATGGACTCAGGAATGTTGATCTTTATTTTTCATGGTAA
TTCAACACAAATTATTTGCATAACATCTAAAACGTTACTATTCATGTCTT
CTAAATGCTTCTTTCTTGGGATAACTTTATCCTAGTTGCAATGCATTATC
ATTATCACTTTATCTAGAACCAGGCTCATTTCCTGCATAAACACTTCCTG
TTCAAGTTGGTAGCTAAATATAAGTTTGATGTTGCAGAGTGGCAAGTCTT
CAGCAGTCCATGCTTGTGCCAAAGAGCAAGGGTTTATTATTTTAGAGGTA
TAACAGTTTTGTAACATATTTGGTTAATTTATGCTTTTAAACGGATATAC
TTTTTGGTAATAATATTCATTGATGGATCTGATGGTCTTGTAAGTAGCCA
CCTTAAAATTTTCTTATAAGCAATACTCAAGATCATGTACAGTGACTATT
TACCCAGATTTGAATTTAGCCTGATGAAAGTTTGCTGTCTTCTCTGAAGT
TTGAATTTGAGCTTTGTCTTTGCTCCCCAATGGGGGAAGCATGATTGTCT
GAAGATGGCAATTTTTGGTTTAAAACAATGAGAAGGAATGGTGGAAACAA
TTTCTTGTATTTGTCCCCTTAAAACATGTACTAGTTAAAAAATTTCTCTC
CTTGTCATATATCTGTCTTTTGAACCATGAATATCGCCAAACTTAATTAT
GGTTCATGTTGTCTTAACAGATCAATTCATCAAATTCTACAAATGGGACT
GCTATCAGGAACTTGGAACATTCTCTTGATTCACTTGGGTTCAAAAGGTT
TGCTTATTTATTGTAACCGTGCTTGCTATAACTTCCAGTCTTCTAGAGCT
ATGCAATTTTAACTAACTGTAAATGTCTTACATTTACTTTCACTTTCGTG
CAATATCATTGGATTAGTTGATTGTTATAATTTTTAGGAGCATTTCAAAT
TTCTCAGAAATCAATAGGCTATTGAACATGGAAATATAGATGCCTTCGTT
CAACTGTTATTGATAAACAATACTGTATGCCAGGTTGCAAAAGGCAATCT
GTCATTAGTTAGGATTCAAAAGTACAGTAGTGTGATTATCCAGTTTGGCT
CAGAATAAAATTTTGATGTTAAAGAAGTGAGTAGAATTGTTAAACAACTA
TGAACTCAGCATGGGATAGTGGTGTTGGAGTCCCTGGAGATCTTGGGTTG
TAGGCTTTTGATGTGGGGACTAAATTTGTGTAAAATAACATGCTGAATTA
TGTTCATGTAACCTAATGTAATTGATTACCATGGAGACATTTGTTTTCCA
GAAGCCTAGAACATGTTTTGTAATCAATTACAACGTAAAGTTAATCTTAT
TCAAAAACCAAAACTCATGTAAGTGTTTATGAAACCTTTTTAACCCATTA
ACATTTTTGAAAATTATCTCTTAGCCACGAAATAATTTCTTTATTTACAG
AAACCGACTGTATTGATTTTAAGGGTATGTTTGGACAAACTTCTCCATAA
AAACTAATAGGAGAGAAAAATATGTGGAGTAAAATGAAATTGACTTTATA
TGAATTAAAGTTAGCTTATGTGCAAGTTAAAAATAGAAATATGAAGAAGC
TACCAGAGTCGTTGTAAATTAGCTTGTGCATAAGGTAATTTTAACTTTTG
AAAATCAATTTAGGTTTTCTTTTTGTTTATCTCTTAGAAGTCTCTGTGCA
TAAGTTTGTCCAAATAGACCCTAAAATTTCTTCCTTGATCTTAATAAGGT
CTTTTTAAAATCTCCTTGTCGTAAGCTACCTCAACATACTATGAGAAGCC
AAAACAATTCTTGAAGACTTGTAGTTTTTGCTTCATTCTTCAATCACTTG
TTATTCTCTGCGTTCATATGTAAAAACTGGTTCTTCCCTTCAAGTTAAAA
CCTCTAGGTCTAAGTAAAATAAGGGTGTGATATTTATTGAAGTTCAGTAT
TACACGATTTGCCTTGATTCAATTGTATTCAAGTAAAATCAAGTTACTCC
ACAGAAGCTTCTGTCAACCTGTTTTATGATAATATTTGATATGTATATAT
TTCAGGCAATCAGGAAACTCTGAAAGTTCACATAAGACCTCTACAAAATC
GGCCCGAGCTCTGGCTATGCTCAGTGGTAAAGCTGCTGATGAAGCAAATG
GAGTGGATGAACTGGTAACCATATCCGATGATGAAACTTGTACCCATAGT
GGATCAACTTTAAAGTTACATGGGGAAAATGATGATACTGAAAAATATAA
AATCCGTCGACTAGTTCTAGTTGAGGATGTGGACATCCTTTTTGCTGAAG
ATCGTGGATGTATGGCCGCCATACAACGGATTGCTGAGACATCAAAGGGG
CCAATTATATTGACCAGTAATAGTAAGACATTTGGTTAGAATGATGCACT
TTTTCTTAAGTCACTGATTTTCTCTGATTTTCATATTTATGGAGACATAT
TGATGTAAATTAGGTGATAATCCTGGTCTGCCACATAAGTTTGACATGCT
CCATGTTCCATTCGTGTTGCCATCACCAAAGGAATTGCTTTGCCATTTGT
ACAGTGTATGTTTTTCAGTTTATGTTCTCAGGTAGTAAAAGAAACTTGTC
CAAATTTATATTAATGTTATGTGAATTACCTGTAGGTTTGTCTCGCTGAA
GGAGTCAACATCCATCCTCTTTTACTAGAGAAGTTTATACATTCTTGTGA
TGGAGATATCCGAAAAAGCATTATGCATCTTCAATTCTGGTTTCAGAGTA
AAACGTTTCAAAAAGGTATACCTCACAGCATTTGGTTCATTTCTGTGTTT
GTAGACCATATTAGTTCGTTGGTGGTAGGTTGTAGCATGTACATGTCAAA
GCAAAGCAAATATTTGCCATATGTATTTATTGACTTTGGAAGCTACATTT
AAGGGTAACATGGACTAGGAAAAGCAGTAAAATTAATTGAACACTATTTA
TTACCAATACAGATTAATTTTGTTTCTATAATTATTGATTGATTTGTCTT
CTCAGGTGTAGTCATGATGAACTTCGTTTTTAAATCATGACCATCACGTG
ATCATTATTCACCCCGCACCCTTTGGTCTTTAAGTTTCTTTTGCTGTTGG
GGACGTTGCTTTTCAGTTAACATGATTTAAACGTGTTTAGGAAGGGATTA
TAAGAAGTGTGGAGTACTTAAGAATGTCTGTTGTTGTCATCTAGTATTTC
AGCACAATAATCTGTTTTTAATCTTGCGAGTGAATAATAGTTCTCTCCTT
TTCTTTTTTACTCCCCGTTTTCTTTAACTGTTTTGTCATGTTGGCAGATT
CCCCCCGATTAGGTCCTTTCAAAAGCTTACAACTCTAAAAGCTGTTTTTT
GTTATTATATTTGTGCTTAGGAATTAATGTTGGAATGTGATGTAATTTGT
AATTCCATTTATCTTCTTGCCATTGTATTGATTTACAAAACCTTTAGATT
TCTCCCGTTGTTGTACAGATGAAAAGGCACAAACAGGTTATGGCTCACGT
CCATTTGATCTTGAGCTTGGCCATCAGATTCTTCCGAAGATAATGCCCTG
GGATTTCCCCTCAGTGATATCCGATCTAATTGAAAACGAAATTGCCAAAC
AAACAAATATAATGGAAGAAAACTCCAAAGGGTTGATTACCGAAAAGCTT
AATGTAAGTGAACAGCAAAAAGATTTAAATGTGAATTATATAGGGACTGA
TGATATAGAGGCCATGAAGGTGGAGATGATTAATAGGAATGGATCGTTGA
CGGATTACTGTGAGCTTGAAATTCAACGTAGCACTATTTCCGAGTTTTCC
AATTCTTCTGGTTCCCCTCTTGCATCTTCTAGGCATAATGGTCGAAGGAA
ACATGTAGTCATGTCTGATGACGAAGATTCAAATTGTGGATATCCTGTAG
ACTCCCACGATGAAGCTAATATGAGGCAACTGATGAAAGAAACTAATGGT
TGTCCATCAGAATTTCAATTAAATGGAAACTACCCGGGCACATCAGTTGA
CAGACTAGTTTGTTCCGATTTGGAGCACTCAGAGGCTGATAGTGCATACT
TGAATGAAACATGTAAATCATTTGATGTATCATGTGTGCCAGAATCAACG
TATGTTCCTGAAACTGAAATTGAAAATGGAACAGAGACATTGTCTGGAGC
CGTGTCTTCTGGTCCTGCTCTCCCTTTTGTTAGTCTTCGAGAAGTATCTG
TGAATAATGAGTTGAAACCATTCAATTTCAATGTTCGTAGGCGCTTAACA
AAATTGTTACAGAATCCAGATTTGTTGGCGGATACTGAAATTCCAGATCA
TTCTTTTCAAGGGGTTCAGCCTAATGTTCTAGATGAACATACGGAAACAA
TTGTTAAAGTGATGGATGAATGCAGTCGAATGGATTTCAAACCAAAACCA
ACATTGTCGCAGTCCAATCCATTAGACGAGACAGAAAAGATACAAAACGT
GTGGAGAGATCTCCGTGATCACCGAGTGGATTTAAGACAGCATTCTATCT
CAGAAGAGCTTGGTGCTTTTCAAGTTGTTAAACTTGCTAGTGGACTGTGC
AATCTAATTTCAGATGTTGACTTGTTTCCTTACTTGGTAAGTGTCTTTTT
CAGCTGATAATAAAACTTTGAAGTTTTTCTTACTTTGTGTATTTGGCACT
AAATTATGATAGTATATGCATATGCAGGATAAAATGGAACCTTCAATGTT
CCTTTCTAATGAAGCCGCATCAAATGGGTATTGTGAACAAATGATGTCCA
CGGTGGCTGAGCATGGGTTTTGCTTTTACGCTAAGGTTATAGCAGATGAA
GGATCAAAGTTGGGTTGTGCAAATTGTGTTGATATTACTTCTGAGATGTT
GGCTTCCTCCACTGATATTATGGCTTTGGGGAAATTATCCCGACAGGATC
TCTCGAAAATGAAAGCTTTCCGTACTGGAAATGAAGTAGAGTGGAACACC
CCAATAAATAATATGCAGAAGAGGTATTTCACCTTGCCTTTAGTGACAAA
TTTTCTCATGATTTTTTAAAATTATTTTTTTCTGCGATATCAAACCTTAC
TCTGGGAACCTTTAATACAGTGAAAAGAAAAGATCTCTAATCGAGGTCAT
CCAATCCATTGCTCCTGCAAGAACATCCTTGGCAATGAAAGGTTATGCAT
TCAACGAATATCTATCTTCATTACGCCAAATTTCAAGGTCTGAAGCTTTC
CGTATTTCACAAGTGGTCGAAAAGAAGAGAGGAGGAAGGTAAATGTTGAA
CAATTCAGTTTAGCCTTTTGATTTAATCCAAATTAACAAGGTTTCCTTGA
ATATTTGCTCAACTACGTTTTCAATGCAGGGTACGGGGCGTTCACCATTA
CTTGAGCACAAATACCGAGTTGTCTCCAGAAGATATATCTTTGGTGACCG
ATGGTGATCCATACAGAAAAATTTCTTCCCAACATACAACATAGTAGGCA
ATTTATAACTTCAGTATAGGTTTAATAATGCACAAAAAGCCAGCTTAGAA
GAGCTTGTTGACGTTTGACATAGGATAGGTTCGTGCAATTTGTTCTTGCC
TACCATTATTGTGAGGGGCTAAGGTTGTAAATTGAACTGGGGTTAACCCA
ATTATGAAAAATGATTTTTCATCTTTGCAAAGCATAAATTAGTTTCTGTA
TGAGGGAAAAAAGTGCGTACTGTTAGGATGTAGTTTTGTGTTAGAGGTCC
GTATTTACATCCCTTGTTTATTAATTCGGTAGAAGTTTGTGTATACGAGA
ACTACGATTCTTAGAGAATCTTGCATTTTGGGTTTCATCATTCTTTTAGA
ATATTTGAAGTT

Coding sequence (CDS) from alignment at Vu09:33435026..33445137-

>drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2 ID=drVigUngu.IT97K.1.2.Vigun09g166500.2.v1.2; Name=Vigun09g166500.2; organism=Vigna unguiculata; type=CDS; length=3468bp; location=Sequence derived from: Vu09:33435026..33445137- (Vigna unguiculata
ATGGAGTCCACCGTCATGGACTGCAGTCCTTCCTCCAGTGCCGCCCCGCC
CCGCCGCAGTGGTCGCAAGAAGCTGGTTCAATCGACGCTCTTCCCTCTCA
AGCCACCGGAGCCCGTTGAGAAGAAGGACAAAGAGGACGAAGTCGACGAG
GATTACTCTGAGGCTGAGAATAACAAGAAGAAGAGGAAGAGGTCCAAGGC
AAAAGCCACTCCTCCGAAAAAAGTTTCATCTAAGCGTCCAACGCCAAGGA
AAAAAGCAACTGCTAATGGCACTAAGGGGTCAACTTCGCAGCAGGTGTTG
ACTAATTCCGATCAGGTTAAGGCACCTGTGTATGATTTGTTTCTAGAAGC
AAAATTGGCTGCTGAGGAAGATTCGAGGATATATGCGGGACGTCAGATAC
ATCCGTTTTTTTCATTATGGAAAGAAGGAAAAAAAGTTCAAGATGTGAGT
GAGTCAGGAAGTAATTTACCAACAGCTAAGAGTAACCATAAAAGGGCTAC
TTGCGGCCCTATTCATGTATTTGAAAATGTTAAGGATGATACGTTATCCG
TTGACTGGAGAAACTGGACGTTTGTGGAGAATATGATCTCTGTGAACTAT
GGTCAAGAGAGTGTAAATGCATCTGTTTTAGAGGGATCGGTTGAATCCTT
AAACTTTGATAAGCTTCACAGTTCTTTGAATCGATTAGGCATTTCAATTT
CTCAGAATGCCTTATCTTCAGACAGACTTTCTATAATTCGGAAAAAACCG
GAAGAAGTATCACCATCAAACCCATCTTCACTAGTAGAGCAATCAGCATG
TCTGACGTGTGAAAATGCTGAACTGGACATGAAGGTGGATGAATCTGTTA
CTACAACTGTGCAAGCTGGCATTTTTAGAAAGTCTAAAGATACCGAACCA
CTGAGTAGATTTCTTCAAGAAAGTATGAGATCATACTACCGTAGCTGTTT
AGATATGGAGGAGTGCAACTTATGGACAAACAAATACAAGCCAACGAAGG
CTGTTGAGGTATGTGGTAATGATGAATCTGTTAATTTCTTGAGTGACTGG
CTACATCGTTGGCATGAAAGGCAGTATAAAAGCAGGAAGGATAACACTGG
CACTAATAAAAGTGGCATGCAAGATGTTGAAGATGACGACGACGATTATA
AATATTCTTATAGTGACTGTGATTCAGAAGATATAAATGAGAAGGATTCC
CTGCCAAAAGTTCTTTTAATTACAGGTCCAATTGGGAGTGGCAAGTCTTC
AGCAGTCCATGCTTGTGCCAAAGAGCAAGGGTTTATTATTTTAGAGATCA
ATTCATCAAATTCTACAAATGGGACTGCTATCAGGAACTTGGAACATTCT
CTTGATTCACTTGGGTTCAAAAGGCAATCAGGAAACTCTGAAAGTTCACA
TAAGACCTCTACAAAATCGGCCCGAGCTCTGGCTATGCTCAGTGGTAAAG
CTGCTGATGAAGCAAATGGAGTGGATGAACTGGTAACCATATCCGATGAT
GAAACTTGTACCCATAGTGGATCAACTTTAAAGTTACATGGGGAAAATGA
TGATACTGAAAAATATAAAATCCGTCGACTAGTTCTAGTTGAGGATGTGG
ACATCCTTTTTGCTGAAGATCGTGGATGTATGGCCGCCATACAACGGATT
GCTGAGACATCAAAGGGGCCAATTATATTGACCAGTAATAGTGATAATCC
TGGTCTGCCACATAAGTTTGACATGCTCCATGTTCCATTCGTGTTGCCAT
CACCAAAGGAATTGCTTTGCCATTTGTACAGTGTTTGTCTCGCTGAAGGA
GTCAACATCCATCCTCTTTTACTAGAGAAGTTTATACATTCTTGTGATGG
AGATATCCGAAAAAGCATTATGCATCTTCAATTCTGGTTTCAGAGTAAAA
CGTTTCAAAAAGATGAAAAGGCACAAACAGGTTATGGCTCACGTCCATTT
GATCTTGAGCTTGGCCATCAGATTCTTCCGAAGATAATGCCCTGGGATTT
CCCCTCAGTGATATCCGATCTAATTGAAAACGAAATTGCCAAACAAACAA
ATATAATGGAAGAAAACTCCAAAGGGTTGATTACCGAAAAGCTTAATGTA
AGTGAACAGCAAAAAGATTTAAATGTGAATTATATAGGGACTGATGATAT
AGAGGCCATGAAGGTGGAGATGATTAATAGGAATGGATCGTTGACGGATT
ACTGTGAGCTTGAAATTCAACGTAGCACTATTTCCGAGTTTTCCAATTCT
TCTGGTTCCCCTCTTGCATCTTCTAGGCATAATGGTCGAAGGAAACATGT
AGTCATGTCTGATGACGAAGATTCAAATTGTGGATATCCTGTAGACTCCC
ACGATGAAGCTAATATGAGGCAACTGATGAAAGAAACTAATGGTTGTCCA
TCAGAATTTCAATTAAATGGAAACTACCCGGGCACATCAGTTGACAGACT
AGTTTGTTCCGATTTGGAGCACTCAGAGGCTGATAGTGCATACTTGAATG
AAACATGTAAATCATTTGATGTATCATGTGTGCCAGAATCAACGCGCTTA
ACAAAATTGTTACAGAATCCAGATTTGTTGGCGGATACTGAAATTCCAGA
TCATTCTTTTCAAGGGGTTCAGCCTAATGTTCTAGATGAACATACGGAAA
CAATTGTTAAAGTGATGGATGAATGCAGTCGAATGGATTTCAAACCAAAA
CCAACATTGTCGCAGTCCAATCCATTAGACGAGACAGAAAAGATACAAAA
CGTGTGGAGAGATCTCCGTGATCACCGAGTGGATTTAAGACAGCATTCTA
TCTCAGAAGAGCTTGGTGCTTTTCAAGTTGTTAAACTTGCTAGTGGACTG
TGCAATCTAATTTCAGATGTTGACTTGTTTCCTTACTTGGATAAAATGGA
ACCTTCAATGTTCCTTTCTAATGAAGCCGCATCAAATGGGTATTGTGAAC
AAATGATGTCCACGGTGGCTGAGCATGGGTTTTGCTTTTACGCTAAGGTT
ATAGCAGATGAAGGATCAAAGTTGGGTTGTGCAAATTGTGTTGATATTAC
TTCTGAGATGTTGGCTTCCTCCACTGATATTATGGCTTTGGGGAAATTAT
CCCGACAGGATCTCTCGAAAATGAAAGCTTTCCGTACTGGAAATGAAGTA
GAGTGGAACACCCCAATAAATAATATGCAGAAGAGTGAAAAGAAAAGATC
TCTAATCGAGGTCATCCAATCCATTGCTCCTGCAAGAACATCCTTGGCAA
TGAAAGGTTATGCATTCAACGAATATCTATCTTCATTACGCCAAATTTCA
AGGTCTGAAGCTTTCCGTATTTCACAAGTGGTCGAAAAGAAGAGAGGAGG
AAGGGTACGGGGCGTTCACCATTACTTGAGCACAAATACCGAGTTGTCTC
CAGAAGATATATCTTTGGTGACCGATGGTGATCCATACAGAAAAATTTCT
TCCCAACATACAACATAG

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **INTERPRO**
Term	Definition
IPR027417	P-loop_NTPase
IPR004582	Checkpoint_prot_Rad17_Rad24

Vocabulary: **Biological Process**
Term	Definition
GO:0006281	DNA repair

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Vigun09g166500.2