evm.model.Chr03.1043

Transcript Overview
Nameevm.model.Chr03.1043
Unique Nameevm.model.Chr03.1043_hau_v1
TypemRNA
OrganismVigna unguiculata subsp. sesquipedalis ()
Sequence length729
Alignments
The following features are aligned
Feature Name Type LocationAnalysisReference
Chr03chromosomeChr03:11043527..11058261 -Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0n/a
Orthologs

Syntenic blocks
Syntentic blockAssemblySpecies
anvuaL0032Lupinus angustifolius L. Tanjil genome v1.0Lupinus angustifolius
anvuaL0202Lupinus angustifolius L. Tanjil genome v1.0Lupinus angustifolius
anvuaL0377Lupinus angustifolius L. Tanjil genome v1.0Lupinus angustifolius
anvuaL0529Lupinus angustifolius L. Tanjil genome v1.0Lupinus angustifolius
anvuaL0759Lupinus angustifolius L. Tanjil genome v1.0Lupinus angustifolius
asvuaL037Vigna angularis Jingnong 6 genome v1.1Vigna angularis
asvuaL147Vigna angularis Jingnong 6 genome v1.1Vigna angularis
caivuaL860Cicer arietinum ICC 4958 genome v2Cicer arietinum
caivuaL867Cicer arietinum ICC 4958 genome v2Cicer arietinum
cavuaL022Cicer arietinum CDC Frontier genome v1.0Cicer arietinum
ccvuaL0457Cajanus cajan Asha genome v1.0Cajanus cajan
cavuaL585Cicer arietinum CDC Frontier genome v1.0Cicer arietinum
crvuaL030Cicer reticulatum L. PI489777 genome v1Cicer reticulatum
psvuaL024Pisum sativum Cameor genome v1aPisum sativum
psvuaL289Pisum sativum Cameor genome v1aPisum sativum
crvuaL777Cicer reticulatum L. PI489777 genome v1Cicer reticulatum
tifvuaL037Vicia faba cv. Tiffany genome v1.0Vicia faba
pvvuaL286Phaseolus vulgaris G19833 genome v2.1Phaseolus vulgaris
pvvuaL459Phaseolus vulgaris G19833 genome v2.1Phaseolus vulgaris
tifvuaL434Vicia faba cv. Tiffany genome v1.0Vicia faba
vfhvuaL041Vicia faba inbred line Hedin/2 genome v1.0Vicia faba
vfhvuaL435Vicia faba inbred line Hedin/2 genome v1.0Vicia faba
vrvvuaL050Vigna radiata cv. VC1973A genome v6.0Vigna radiata
vrvvuaL480Vigna radiata cv. VC1973A genome v6.0Vigna radiata
vuavuaR153Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0Vigna unguiculata subsp. sesquipedalis
vssvuaL033Vicia sativa cv. Studenica genome v1.0Vicia sativa
vuazwsR195Pisum sativum cv. Zhongwan6 genome v1.0Pisum sativum
vuazwsR232Pisum sativum cv. Zhongwan6 genome v1.0Pisum sativum
vuvuaL161Vigna unguiculata L. Walp IT97K-499-35 genome v1.1Vigna unguiculata
vuvuaL302Vigna unguiculata L. Walp IT97K-499-35 genome v1.1Vigna unguiculata
vssvuaL606Vicia sativa cv. Studenica genome v1.0Vicia sativa
canvuaL023Cicer arietinum CDC Frontier NCBI RefSeq v1Cicer arietinum
canvuaL533Cicer arietinum CDC Frontier NCBI RefSeq v1Cicer arietinum

Orthologs
Gene/TranscriptAssemblySpecies
Vfaba.Hedin2.R1.4g230880.1Vicia faba inbred line Hedin/2 genome v1.0Vicia faba
Relationships

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

Feature NameUnique NameSpeciesType
evm.TU.Chr03.1043evm.TU.Chr03.1043_hau_v1Vigna unguiculata subsp. sesquipedalisgene


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

Feature NameUnique NameSpeciesType
evm.model.Chr03.1043.exon4evm.model.Chr03.1043.exon4_hau_v1Vigna unguiculata subsp. sesquipedalisexon
evm.model.Chr03.1043.exon3evm.model.Chr03.1043.exon3_hau_v1Vigna unguiculata subsp. sesquipedalisexon
evm.model.Chr03.1043.exon2evm.model.Chr03.1043.exon2_hau_v1Vigna unguiculata subsp. sesquipedalisexon
evm.model.Chr03.1043.exon1evm.model.Chr03.1043.exon1_hau_v1Vigna unguiculata subsp. sesquipedalisexon


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

Feature NameUnique NameSpeciesType
cds.evm.model.Chr03.1043cds.evm.model.Chr03.1043_hau_v1_4Vigna unguiculata subsp. sesquipedalisCDS
cds.evm.model.Chr03.1043cds.evm.model.Chr03.1043_hau_v1_3Vigna unguiculata subsp. sesquipedalisCDS
cds.evm.model.Chr03.1043cds.evm.model.Chr03.1043_hau_v1_2Vigna unguiculata subsp. sesquipedalisCDS
cds.evm.model.Chr03.1043cds.evm.model.Chr03.1043_hau_v1Vigna unguiculata subsp. sesquipedalisCDS


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

Feature NameUnique NameSpeciesType
evm.model.Chr03.1043_hau_v1evm.model.Chr03.1043_hau_v1Vigna unguiculata subsp. sesquipedalispolypeptide
evm.model.Chr03.1043_hau_v1evm.model.Chr03.1043_hau_v1-proteinVigna unguiculata subsp. sesquipedalispolypeptide


Homology
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A371IB97|A0A371IB97_MUCPR (Uncharacterized protein (Fragment) OS=Mucuna pruriens OX=157652 GN=CR513_02955 PE=4 SV=1)

HSP 1 Score: 265.774 bits (678), Expect = 1.973e-86
Identity = 157/249 (63.05%), Postives = 174/249 (69.88%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDLKSKK-----VCDESGANGGRGLCLGKVQKEKLM--GAVRGSCPDANGKVKMVISKKELAQLLGKKS---------TSAEAVLLRLIKARYQDSRHELWRPVLETIPEPVSSTMEWDGEDWSDLTTKKMSSGKVIDESGGHV----LSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPE 235
            MGNCC  ASSMEWDGEDWS L SKK     V DE+          GKVQKEKLM  GA R S   ANGKVK+ ISKKELA+LL  +           SAE VLLRLI AR  D+RH LWRPVLETIPE  +S+MEWDGEDWS LT+KK SS KV DE+ GH     LSL KV +  +MG+LRAS DANGKVKI ISKKEL +LLE QQ VNKK+V R SAEQVLLRL+N RDH++   LW P LETIPE
Sbjct:    1 MGNCCKPASSMEWDGEDWSFLTSKKTSSSKVFDEAH---------GKVQKEKLMAMGAQRASS-GANGKVKIRISKKELAELLENQQQVNKKQVGRASAEQVLLRLINARDNDARHRLWRPVLETIPE--ASSMEWDGEDWSFLTSKKTSSSKVFDEAHGHGHVHGLSLGKVHKEMLMGALRASPDANGKVKIKISKKELAELLENQQQVNKKQVGRASAEQVLLRLINARDHDARHRLWRPVLETIPE 237

HSP 2 Score: 140.198 bits (352), Expect = 3.258e-37
Identity = 74/119 (62.18%), Postives = 91/119 (76.47%), Query Frame = 0 
Query:  121 SSTMEWDGEDWSDLTTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPESRAM 239
            +S+MEWDGEDWS LT+KK SS KV DE+ G V    + ++L  MG+ RAS+ ANGKVKI ISKKEL +LLE QQ VNKK+V R SAEQVLLRL+N RD+++   LW P LETIPE+ +M
Sbjct:    8 ASSMEWDGEDWSFLTSKKTSSSKVFDEAHGKV----QKEKLMAMGAQRASSGANGKVKIRISKKELAELLENQQQVNKKQVGRASAEQVLLRLINARDNDARHRLWRPVLETIPEASSM 122
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A445K1U6|A0A445K1U6_GLYSO (Uncharacterized protein OS=Glycine soja OX=3848 GN=D0Y65_019025 PE=4 SV=1)

HSP 1 Score: 250.366 bits (638), Expect = 5.610e-80
Identity = 153/265 (57.74%), Postives = 176/265 (66.42%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDL------KSKKVCDESGANGGRGLCLGKVQK-EKLMGAVRGSCPDANGKVKMV-ISKKELAQLLGKKST-----------SAEAVLLRLIKAR-YQDSRHELWRPVLETIPEPVS------------STMEWDGEDWSDLTTKKMSSGKVIDESG----GHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPE 235
            MGNCC   SS  WDGEDWSDL      +S KV DE+       L  GKVQK EKLMG +R S PDANGK   V ISKKELA+LL K+             S+E VLLRLIKAR + DSRH  WRP LE+IPE  S            S+MEWDGEDWSDLT+KK  S KV +E+     GH L+L KVQ+ K+M +LR S +ANGKVKI ISKKEL +LLEKQQHVNKK+V R SAEQVLLRL+N RDH++   LW P LE+IPE
Sbjct:    1 MGNCCEPTSSTGWDGEDWSDLTTSKKTRSNKVFDET-------LAHGKVQKKEKLMGPLRAS-PDANGKATDVRISKKELAELLEKQQVHVNNKKQVGRASSEQVLLRLIKARRHHDSRHGFWRPDLESIPEIASICESMGNCCKPASSMEWDGEDWSDLTSKKTRSSKVFEEAHTHGHGHWLNLGKVQKEKLMEALRVSPNANGKVKIKISKKELAELLEKQQHVNKKQVGRASAEQVLLRLINARDHDARHRLWRPELESIPE 257

HSP 2 Score: 138.272 bits (347), Expect = 3.363e-36
Identity = 81/128 (63.28%), Postives = 91/128 (71.09%), Query Frame = 0 
Query:    6 SMGNCCVAASSMEWDGEDWSDLKSK-----KVCDESGANG-GRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKS---------TSAEAVLLRLIKARYQDSRHELWRPVLETIPE 118
            SMGNCC  ASSMEWDGEDWSDL SK     KV +E+  +G G  L LGKVQKEKLM A+R S P+ANGKVK+ ISKKELA+LL K+           SAE VLLRLI AR  D+RH LWRP LE+IPE
Sbjct:  131 SMGNCCKPASSMEWDGEDWSDLTSKKTRSSKVFEEAHTHGHGHWLNLGKVQKEKLMEALRVS-PNANGKVKIKISKKELAELLEKQQHVNKKQVGRASAEQVLLRLINARDHDARHRLWRPELESIPE 257
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A445G0B2|A0A445G0B2_GLYSO (Uncharacterized protein OS=Glycine soja OX=3848 GN=D0Y65_044571 PE=4 SV=1)

HSP 1 Score: 239.965 bits (611), Expect = 5.766e-76
Identity = 148/253 (58.50%), Postives = 170/253 (67.19%), Query Frame = 0 
Query:   17 MEWDGEDWSDL-----KSKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKS-----------TSAEAVLLRLIKARYQDSRHELWRPVLETIPE-----------PVSSTMEWDGEDWSDL-TTKKMSSGKVIDESGGHV-----LSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGR-GLWMPALETIPE 235
            MEWDGEDWSDL     +S+KV DE+  +G  GL LGKVQKEKLMG++R S PDANGKVK+ ISKKE  +LL K+             SAE VLLRLI AR  D+RH  W PVLE+IPE             +S+MEWDGEDWSDL T+KK S  KV DE+  HV     LSL  VQ+ K+M SLRA  DANGK  I ISKKEL +LLEKQQ  NKK+V R SAEQVLLRL   RDH++ R GLW P LE+IPE
Sbjct:    1 MEWDGEDWSDLTSKKTRSRKVFDEAHGHG-HGLRLGKVQKEKLMGSLRAS-PDANGKVKIKISKKEFEELLLKQEQHVNNKKQLGRASAEQVLLRLINARDNDARHRFWTPVLESIPELGLESLAKDSNYSASSMEWDGEDWSDLATSKKTSLRKVFDEAHAHVHHGHGLSLGNVQKEKLMRSLRAFPDANGKANIKISKKELVELLEKQQQTNKKQVGRVSAEQVLLRLTRARDHDAARHGLWKPVLESIPE 251

HSP 2 Score: 109.383 bits (272), Expect = 4.223e-25
Identity = 69/131 (52.67%), Postives = 86/131 (65.65%), Query Frame = 0 
Query:    9 NCCVAASSMEWDGEDWSDLKS------KKVCDE--SGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKS---------TSAEAVLLRLIKARYQD-SRHELWRPVLETIPEPVS 121
            +   +ASSMEWDGEDWSDL +      +KV DE  +  + G GL LG VQKEKLM ++R + PDANGK  + ISKKEL +LL K+           SAE VLLRL +AR  D +RH LW+PVLE+IPE +S
Sbjct:  125 DSNYSASSMEWDGEDWSDLATSKKTSLRKVFDEAHAHVHHGHGLSLGNVQKEKLMRSLR-AFPDANGKANIKISKKELVELLEKQQQTNKKQVGRVSAEQVLLRLTRARDHDAARHGLWKPVLESIPELIS 254
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A4D6KQA0|A0A4D6KQA0_VIGUN (Uncharacterized protein OS=Vigna unguiculata OX=3917 GN=DEO72_LG2g46 PE=4 SV=1)

HSP 1 Score: 230.335 bits (586), Expect = 3.985e-74
Identity = 112/112 (100.00%), Postives = 112/112 (100.00%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDLKSKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKSTSAEAVLLRLIKARYQDSRHELWRPVLETIPE 118
            MGNCCVAASSMEWDGEDWSDLKSKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKSTSAEAVLLRLIKARYQDSRHELWRPVLETIPE
Sbjct:    1 MGNCCVAASSMEWDGEDWSDLKSKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKSTSAEAVLLRLIKARYQDSRHELWRPVLETIPE 112

HSP 2 Score: 104.76 bits (260), Expect = 6.341e-25
Identity = 65/119 (54.62%), Postives = 78/119 (65.55%), Query Frame = 0 
Query:  121 SSTMEWDGEDWSDLTTKKMSSGKVIDESG---GHVLSLAKVQRLKVMGSLRASA-DANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPE 235
            +S+MEWDGEDWSDL +KK     V DESG   G  L L KVQ+ K+MG++R S  DANGKVK++ISKKEL +LL K+           SAE VLLRL+  R  +S   LW P LETIPE
Sbjct:    8 ASSMEWDGEDWSDLKSKK-----VCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKST---------SAEAVLLRLIKARYQDSRHELWRPVLETIPE 112
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A4D6KS56|A0A4D6KS56_VIGUN (Uncharacterized protein OS=Vigna unguiculata OX=3917 GN=DEO72_LG2g683 PE=4 SV=1)

HSP 1 Score: 226.483 bits (576), Expect = 1.072e-72
Identity = 113/113 (100.00%), Postives = 113/113 (100.00%), Query Frame = 0 
Query:  124 MEWDGEDWSDLTTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPES 236
            MEWDGEDWSDLTTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPES
Sbjct:    1 MEWDGEDWSDLTTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPES 113

HSP 2 Score: 91.2781 bits (225), Expect = 9.527e-20
Identity = 64/116 (55.17%), Postives = 74/116 (63.79%), Query Frame = 0 
Query:   17 MEWDGEDWSDLKSKK-----VCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELA------QLLGKKST---SAEAVLLRLIKARYQDSRHELWRPVLETIPE 118
            MEWDGEDWSDL +KK     V DESG   G  L L KVQ+ K+MG++R S  DANGKVK++ISKKEL       Q + KK     SAE VLLRL+  R  +S   LW P LETIPE
Sbjct:    1 MEWDGEDWSDLTTKKMSSGKVIDESG---GHVLSLAKVQRLKVMGSLRASA-DANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPE 112
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A0L9TT92|A0A0L9TT92_PHAAN (Uncharacterized protein OS=Phaseolus angularis OX=3914 GN=LR48_Vigan01g336900 PE=4 SV=1)

HSP 1 Score: 179.489 bits (454), Expect = 4.334e-54
Identity = 96/118 (81.36%), Postives = 99/118 (83.90%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDLKSKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLL------GKKSTSAEAVLLRLIKARYQDSRHELWRPVLETIPE 118
            MGNCCVAASSMEWDGEDWSDLK+KKV DES  N   GL LGKVQKEKLMGAVR S PD NGKVKMVISKKELAQLL      GKK+ SAEAVLL LIKARYQ SRH+LWRPVLETIPE
Sbjct:    1 MGNCCVAASSMEWDGEDWSDLKTKKVFDESHVN--HGLGLGKVQKEKLMGAVRAS-PDGNGKVKMVISKKELAQLLGKPHQIGKKTNSAEAVLLSLIKARYQHSRHDLWRPVLETIPE 115

HSP 2 Score: 113.235 bits (282), Expect = 4.225e-28
Identity = 66/116 (56.90%), Postives = 77/116 (66.38%), Query Frame = 0 
Query:  121 SSTMEWDGEDWSDLTTKKMSSGKVIDESG-GHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPE 235
            +S+MEWDGEDWSDL TKK     V DES   H L L KVQ+ K+MG++RAS D NGKVK++ISKKEL +LL K   + KK     SAE VLL L+  R   S   LW P LETIPE
Sbjct:    8 ASSMEWDGEDWSDLKTKK-----VFDESHVNHGLGLGKVQKEKLMGAVRASPDGNGKVKMVISKKELAQLLGKPHQIGKK---TNSAEAVLLSLIKARYQHSRHDLWRPVLETIPE 115
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A1S3UL46|A0A1S3UL46_VIGRR (uncharacterized protein LOC106766571 OS=Vigna radiata var. radiata OX=3916 GN=LOC106766571 PE=4 SV=1)

HSP 1 Score: 165.622 bits (418), Expect = 6.713e-49
Identity = 90/113 (79.65%), Postives = 92/113 (81.42%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDLKSKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLL-GKKSTSAEAVLLRLIKARYQDSRHELWRPVLETIPE 118
            MGNCCVAASSMEWDGEDWSDLK+KKV D            GKVQKEKLMGAVR S PD NGKVKMVISKKELAQLL GKK+ SAEAVLL LIKARYQDS H LWRPVLETIPE
Sbjct:    1 MGNCCVAASSMEWDGEDWSDLKTKKVFD------------GKVQKEKLMGAVRAS-PDGNGKVKMVISKKELAQLLIGKKTNSAEAVLLSLIKARYQDSPHHLWRPVLETIPE 100

HSP 2 Score: 98.2117 bits (243), Expect = 1.611e-22
Identity = 59/115 (51.30%), Postives = 72/115 (62.61%), Query Frame = 0 
Query:  121 SSTMEWDGEDWSDLTTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPE 235
            +S+MEWDGEDWSDL TKK+  GKV              Q+ K+MG++RAS D NGKVK++ISKKEL +LL     + KK     SAE VLL L+  R  +S   LW P LETIPE
Sbjct:    8 ASSMEWDGEDWSDLKTKKVFDGKV--------------QKEKLMGAVRASPDGNGKVKMVISKKELAQLL-----IGKK---TNSAEAVLLSLIKARYQDSPHHLWRPVLETIPE 100
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A0L9TUG1|A0A0L9TUG1_PHAAN (Uncharacterized protein OS=Phaseolus angularis OX=3914 GN=LR48_Vigan01g337000 PE=4 SV=1)

HSP 1 Score: 163.31 bits (412), Expect = 1.298e-47
Identity = 94/118 (79.66%), Postives = 99/118 (83.90%), Query Frame = 0 
Query:  120 VSSTMEWDGEDWSDLTTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLE-KQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPES 236
             +S MEWDGEDWSDL  KK SS KVIDESGG VLSLAKVQ+LK+M SLRAS D NGKVKIMISKKEL KLL  KQQ V KK+ VRGSAE VLLRLM  RDHESG+GLWMPALETIPES
Sbjct:    7 AASPMEWDGEDWSDLKPKKTSSRKVIDESGGDVLSLAKVQKLKLMESLRASPDENGKVKIMISKKELAKLLSGKQQQVKKKQAVRGSAEDVLLRLMKARDHESGQGLWMPALETIPES 124

HSP 2 Score: 122.865 bits (307), Expect = 8.758e-32
Identity = 77/127 (60.63%), Postives = 85/127 (66.93%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDLK-----SKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKST----------SAEAVLLRLIKARYQDSRHELWRPVLETIPE 118
            MGNCC AAS MEWDGEDWSDLK     S+KV DES   GG  L L KVQK KLM ++R S PD NGKVK++ISKKELA+LL  K            SAE VLLRL+KAR  +S   LW P LETIPE
Sbjct:    1 MGNCCKAASPMEWDGEDWSDLKPKKTSSRKVIDES---GGDVLSLAKVQKLKLMESLRAS-PDENGKVKIMISKKELAKLLSGKQQQVKKKQAVRGSAEDVLLRLMKARDHESGQGLWMPALETIPE 123
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|A0A1S3ULE0|A0A1S3ULE0_VIGRR (uncharacterized protein LOC106766572 OS=Vigna radiata var. radiata OX=3916 GN=LOC106766572 PE=4 SV=1)

HSP 1 Score: 156.377 bits (394), Expect = 7.268e-45
Identity = 92/119 (77.31%), Postives = 102/119 (85.71%), Query Frame = 0 
Query:  120 VSSTMEWDGEDWSDL-TTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMIS-KKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPES 236
             +S+MEWDGEDWSDL + KKMSS KV DESGG VLSLAKVQ+LK MGSLRAS DANGKVKIMIS K+  + LLEKQQ VNKK+ VRGSAE+VLLRL+  RDHESG+ LWMPALETIPES
Sbjct:    7 AASSMEWDGEDWSDLKSNKKMSSRKVFDESGGDVLSLAKVQKLKHMGSLRASPDANGKVKIMISKKELEKLLLEKQQQVNKKQAVRGSAEEVLLRLVKARDHESGQRLWMPALETIPES 125

HSP 2 Score: 117.087 bits (292), Expect = 1.493e-29
Identity = 75/128 (58.59%), Postives = 84/128 (65.62%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDLK------SKKVCDESGANGGRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVIS-------KKELAQLLGKKST---SAEAVLLRLIKARYQDSRHELWRPVLETIPE 118
            MGNCC+AASSMEWDGEDWSDLK      S+KV DES   GG  L L KVQK K MG++R S PDANGKVK++IS         E  Q + KK     SAE VLLRL+KAR  +S   LW P LETIPE
Sbjct:    1 MGNCCMAASSMEWDGEDWSDLKSNKKMSSRKVFDES---GGDVLSLAKVQKLKHMGSLRAS-PDANGKVKIMISKKELEKLLLEKQQQVNKKQAVRGSAEEVLLRLVKARDHESGQRLWMPALETIPE 124
[Close]
BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Match: tr|V7C712|V7C712_PHAVU (Uncharacterized protein OS=Phaseolus vulgaris OX=3885 GN=PHAVU_003G078100g PE=4 SV=1)

HSP 1 Score: 152.91 bits (385), Expect = 1.664e-43
Identity = 85/124 (68.55%), Postives = 94/124 (75.81%), Query Frame = 0 
Query:    7 MGNCCVAASSMEWDGEDWSDLKSKKVCDESGANG--GRGLCLGKVQKEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKS---------TSAEAVLLRLIKARY-QDSRHELWRPVLETIPE 118
            MGNCC  ASSMEWDGEDWSDL SK      G +   GRGL LGKVQKEKLMGA++ S P+ANGKVK++ISKKELA+LL K           +SAE VLLRLIKARY QDSRHELWRPVLE+IPE
Sbjct:    1 MGNCCQPASSMEWDGEDWSDLTSKTTGSSKGFDQTRGRGLSLGKVQKEKLMGALKAS-PNANGKVKIMISKKELAELLEKPQQVCKKQVGRSSAELVLLRLIKARYHQDSRHELWRPVLESIPE 123

HSP 2 Score: 137.117 bits (344), Expect = 1.925e-37
Identity = 73/116 (62.93%), Postives = 88/116 (75.86%), Query Frame = 0 
Query:  121 SSTMEWDGEDWSDLTTKKMSSGKVIDESGGHVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKRVVRGSAEQVLLRLMNTRDHESGRG-LWMPALETIPE 235
            +S+MEWDGEDWSDLT+K   S K  D++ G  LSL KVQ+ K+MG+L+AS +ANGKVKIMISKKEL +LLEK Q V KK+V R SAE VLLRL+  R H+  R  LW P LE+IPE
Sbjct:    8 ASSMEWDGEDWSDLTSKTTGSSKGFDQTRGRGLSLGKVQKEKLMGALKASPNANGKVKIMISKKELAELLEKPQQVCKKQVGRSSAELVLLRLIKARYHQDSRHELWRPVLESIPE 123
The following BLAST results are available for this feature:
BLAST of evm.model.Chr03.1043 vs.
Analysis Date: 2023-06-13 (Blastp of Vigna unguiculata subsp. sesquipedalis line A147 proteins vs UniProt Swissprot)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of evm.model.Chr03.1043 vs.
Analysis Date: 2023-06-13 (Blastp of Vigna unguiculata subsp. sesquipedalis line A147 proteins vs arabidopsis Araport11)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of evm.model.Chr03.1043 vs. UniProtKB/TrEMBL
Analysis Date: 2023-06-13 (Blastp of Vigna unguiculata subsp. sesquipedalis line A147 proteins vs UniProt TrEMBL)
Total hits: 10
Match NameE-valueIdentityDescription
tr|A0A371IB97|A0A371IB97_MUCPR1.973e-8663.05Uncharacterized protein (Fragment) OS=Mucuna pruri... [more]
tr|A0A445K1U6|A0A445K1U6_GLYSO5.610e-8057.74Uncharacterized protein OS=Glycine soja OX=3848 GN... [more]
tr|A0A445G0B2|A0A445G0B2_GLYSO5.766e-7658.50Uncharacterized protein OS=Glycine soja OX=3848 GN... [more]
tr|A0A4D6KQA0|A0A4D6KQA0_VIGUN3.985e-74100.00Uncharacterized protein OS=Vigna unguiculata OX=39... [more]
tr|A0A4D6KS56|A0A4D6KS56_VIGUN1.072e-72100.00Uncharacterized protein OS=Vigna unguiculata OX=39... [more]
tr|A0A0L9TT92|A0A0L9TT92_PHAAN4.334e-5481.36Uncharacterized protein OS=Phaseolus angularis OX=... [more]
tr|A0A1S3UL46|A0A1S3UL46_VIGRR6.713e-4979.65uncharacterized protein LOC106766571 OS=Vigna radi... [more]
tr|A0A0L9TUG1|A0A0L9TUG1_PHAAN1.298e-4779.66Uncharacterized protein OS=Phaseolus angularis OX=... [more]
tr|A0A1S3ULE0|A0A1S3ULE0_VIGRR7.268e-4577.31uncharacterized protein LOC106766572 OS=Vigna radi... [more]
tr|V7C712|V7C712_PHAVU1.664e-4368.55Uncharacterized protein OS=Phaseolus vulgaris OX=3... [more]
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InterPro
Analysis Name: InterProScan Analysis for Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0
Date Performed: 2023-06-13
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availablePANTHERPTHR33647OS01G0793900 PROTEINcoord: 7..118

Sequences
The following sequences are available for this feature:

mRNA sequence

>evm.model.Chr03.1043_hau_v1 ID=evm.model.Chr03.1043_hau_v1; Name=evm.model.Chr03.1043; organism=Vigna unguiculata subsp. sesquipedalis; type=mRNA; length=729bp
ATGAATGTGTCACTCTCTATGGGAAACTGTTGCGTGGCGGCGTCATCGAT
GGAGTGGGACGGCGAGGACTGGAGTGATTTGAAGTCGAAGAAGGTGTGTG
ATGAATCTGGTGCTAACGGTGGCCGTGGATTGTGTTTGGGGAAAGTGCAG
AAGGAGAAGCTTATGGGAGCGGTAAGAGGTTCGTGTCCTGATGCGAATGG
GAAGGTGAAGATGGTGATTTCAAAGAAAGAGCTGGCTCAACTGTTGGGTA
AGAAAAGTACTTCTGCAGAAGCTGTTCTGCTTCGCTTGATAAAAGCAAGA
TATCAGGATTCTCGTCACGAGTTGTGGAGACCCGTGTTAGAGACTATTCC
TGAGCCGGTATCATCAACAATGGAGTGGGACGGAGAGGACTGGAGTGATT
TGACGACGAAGAAGATGAGTTCAGGAAAAGTGATTGACGAAAGTGGTGGG
CATGTGCTGAGTTTAGCGAAAGTGCAGAGATTGAAGGTTATGGGGTCGCT
AAGAGCTTCTGCTGATGCGAATGGGAAGGTGAAGATAATGATTTCGAAGA
AGGAGTTGGAAAAACTGTTGGAGAAGCAACAACATGTAAATAAGAAGAGA
GTAGTGAGAGGTTCTGCGGAGCAAGTTCTTCTTCGTTTAATGAACACCAG
AGATCATGAATCTGGTCGGGGATTGTGGATGCCTGCGCTAGAGACGATAC
CTGAGTCTAGAGCCATGCACAATAATTAG
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protein sequence of evm.model.Chr03.1043_hau_v1

>evm.model.Chr03.1043_hau_v1 ID=evm.model.Chr03.1043_hau_v1; Name=evm.model.Chr03.1043_hau_v1; organism=Vigna unguiculata subsp. sesquipedalis; type=polypeptide; length=242bp
MNVSLSMGNCCVAASSMEWDGEDWSDLKSKKVCDESGANGGRGLCLGKVQ
KEKLMGAVRGSCPDANGKVKMVISKKELAQLLGKKSTSAEAVLLRLIKAR
YQDSRHELWRPVLETIPEPVSSTMEWDGEDWSDLTTKKMSSGKVIDESGG
HVLSLAKVQRLKVMGSLRASADANGKVKIMISKKELEKLLEKQQHVNKKR
VVRGSAEQVLLRLMNTRDHESGRGLWMPALETIPESRAMHNN
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mRNA from alignment at Chr03:11043527..11058261-

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>evm.model.Chr03.1043_hau_v1 ID=evm.model.Chr03.1043_hau_v1; Name=evm.model.Chr03.1043; organism=Vigna unguiculata subsp. sesquipedalis; type=mRNA; length=14735bp; location=Sequence derived from: Chr03:11043527..11058261- (Vigna unguiculata subsp. sesquipedalis
ATGAATGTGTCACTCTCTGTTAGTGTCCATTCATAAATTTCATCACACCC
CTCACTCTTTTGCATGCGCTATTTTTAGTATTTAATTCTATTTAAAAAAG
ATAGCCTGAAATCAGAAATATTAATAAAAAAGGTCCGTAGTCTTCCATAA
TTTTATTTTTTAATTTTTAATTACATATACTTTATTTAATTCTTAGTTTT
AAAATTATATGGAATCATTATTAAATATTTACTTTATTTCATTTTAAATT
TTTGTCCTTCAATATTGTATGGACATGAAGGTGGAATGTGTCTCCAATAG
TTTCCCTTTTTCTTTTTAACTAAATATATTCATGATAATAAAGTTATAAT
CACGACAATCTAAAATAATCTTATTTATAGTAAGGTTGATTGAACTTTTC
TAAGTATGGATTTGAAAATGGTCCCTTCTTATGGTTTGCATCTAACATTT
GCTTTTAACAACTCTAAACTATTTAAAAAAATGTTGACAAAACATATATA
TTTCTGATGTTTATATTTGTTTTTATCCCTTTGATTTTTGTGGTCCAAAA
AGCAAACTTTAGTTGCTTAGTTAAGTGCTAAGAAATAAATAAATAAATAA
AAGGTTTAACATCTTGGCATATGAAATTGTTTAGATATAGTCTCTACAGA
TTAACTGGAGAAGATTAATTGTGAAGGCATGACTTCTATAATTCCATTTC
AGAAGCACTGTAATGAGAAATGCTTTACCCAAAAGTTCAAGATACATCAC
AATGAAGCTAAAAATTCAATATAAATCATCTATAACTTATAAGTGATAAT
TTTTGAATATTTTATTTTTAAAAACATCTAATTATATCGTTAAATATTTA
ACGTTATAACATGTTAACTATTTATTGTATTTGTATATTTTTTGTTTTTA
TTAGTGTTAAAATAATTATTTAAATGCTCTATAGGATGATAAATAGATTC
GTTACTATGAGTATTCTTTGATTCCGTTTCGTTTTTTTTACAAAGAATCT
TTTATTACACATTGTTCCTTTATCTTTTAATTATTTACTTTGTTATATAT
TCATTAAATTCATTCATATTTTTAATTTTATCATAATATTAAGTACAAGT
TTTGATGTTTAATTATGTTTAGATGGTATATTATAAATTTCAGTTAATCA
AATAACTTTTGGTTTTACATTTGATTATTTATATTTTTTTTTCATGTTTT
TATTATTTATTTATTTTACAATAGGCCTTCATTTATTGGATGATATAAAA
ACTTATCATTTTTATTTTTTTTCTTTAAATTTTGTTTCGTTTAAATAATA
TTCATTATATTTCAATAATTTCACTTATTTTATATTTTTAAAATTTTATC
ATATTTTTTTAATTTCTTTTATCTTATCATACATTTAATTATATATATAT
ATAAATATATATATATATATATATATATATATATTTATATATTGTGAAAT
TTTGATGTATTAAATCGTTTATAAGAGATCTTTTCTAATTATTAATATTT
TTTTATTTTTTTTATTTTCTTTAATGGTGTATTAAATATTTTTATGACAC
ACATTTAATATTTTTTAGTTATTAATATTTTTATTATTTTTTTTATCATG
TAAAATATTATTTTAATAACTTTTTGTATACTTATTTTTATTTTGTAATT
CATTTTCATAATAGTAATTATTCATCTCATATAAAAAAATTCATATAATA
ATTTAATATCATTTTCGTAAAATTTAAAAATTTAAAAATTTAATATTTAA
ATTCGAGTTATTATTAGTTTAATTTTCTTTCTTGTACAATTTATTTAAGT
AGTATATTATAATTGATTAATGATAAAAATAACTTTATTATAATTTAGAA
AGTGAAAATTAAAAAACGTTTGAATTATTTTAAATTAAAATATTTATTTT
TTTTATATTTTTTTATTTTGTCAATTTTGTTTCATTAATATTTTATAATA
AATTTAATTTTTGTAAAATTTTATTAGTTCTTGTAAAATTTTATTTATTT
GTAATTACGTAATATTTTATATAATATTTTAGTTTTATTTAATTATAATT
TTTTATAAATATTTTCAATATTAAATGTTTAAGATTATATTATTTTTTAA
TTTTATAAAAAAATAATAATTAATATTAAAATAATAAAGAAAATGAATAT
AATTATAACCAAAATAAAATATTAATGAAATAAAATTTTATAACCGAAAA
GCGGATAAACTTCCGCCCCTTACCATTCCTATCCACAAATATTTTTAATC
ATTTGTTTTGTTTCTACTTTTTTGTCACTTCTTATTTTGTTACCGTCTTA
TTTTTGTAAATTATTTTCTTTACCAACAAAAGGTCAATATAAACTCAAGT
TGCTCGACAAATTTGATTTAATAAACTAGGTAGTAATTAAACAATTTTTC
AGCTTTAAAGTCACGCTTGTAAATTCTTAGGACTAACCTAATAATTATTA
GGATCAACCTAATAATCACGATATAGTTTCAATAAAATTAGTCTTTAATT
GATAAAATTACTTGGTGTTTGTTGTTTAAAGAAGAGATAAATATATTTTT
AGTTTCTTAACTTTTTAGTGAAAATAAGAATGGGTATTTTTTCAAAATTT
TGAATAAATTTAATTTTTTTATTTTTAAAAATGTTAGAAATGCGTAAATT
TAGTTATTTCGATTAAATTTTTGTTAAATTTATTTTATGTTTTAAACATA
TTTCACAGCTAACATTAAAACGAAAATATGTCAAATAATATAGATAACTC
AAATGTTATCATGAAACGGGTTAGAAATGTTAAATCAATTCAATAAAATT
TGATTAAAATGATTAAGTTCAGATATTTTTAAAAATAAAAAAATTAAATT
GATCAAAATTTTTAAGAACAGACTAATTTTAATTTTCTTTAAATATTAAA
AGACTAAAATCATATTTAATTTTATAAAAAAATTATATATCGAAAATTAA
GTGTTTGAATGTAAAGGCAGATGTGATAGAGATATGTTAACTCCCACTTT
GATGGCAGGTGTAAATGGTAAGGTAACCACTGCTTTTTTCATTATTGCAC
CACTTTCTTAATTTCTTCACTTTTTCTACGATTGGAACTTTAGGCATGGA
ATGAGTTGGTGAGTGGAATAAAACATCTCTACTTTTTATTTTCTTTTTCT
CTTCTCTCTTTCTTAGATACAAATGAATGAAAGTAAACAGGCCTAATCAA
ATTTGTCATTTAATTCTCTGATATTATTATGCATTTTCTGTGTATGTTGG
GTATCACTGTTCACCTACTTTCTCTTAATTCTGCCTATTTCAATTAATTC
TGACCATAGCTACAACTAATAGAGTACTGCAGTTGGTAGAAACTTAAATT
CAAGGGCTTTTCTCACCCAGATTCACCAAAATCTTACTCTGTCAAATCAT
TTTTTAATACCTGAATTTTGTCCATATATATTTGACAATGGTATACTAAA
ATTTTAAACTTAGTTTTTCAGTCTCATATTCACCACAAAGGATAAGATTC
AGGTAATGTGAAAACAATCTAAAATTCTCTTATTTATCCTTACATAACAT
AGCTCAAAATTAAATTCTATGAAAAAAGTGATGATGTATAACAAAGTGTG
CATAACTTAATCTCACTAATAATGCAGTAATTGCTATTGCGATATATTTT
GCTAAGAAAAATTATGCTTACTCACGGTTTGATATATATGTACCTTTATA
CTTTTGCAGTGTATTTGGTACGAGAAAACAAGATAAACGAAAAGGAAAAA
AAAATGTATTTTTCTTTTATTTTCACTTTACTTCGTTAAAAAAAGGAGGA
AAAAAATATAAGTCGTTTCCACCAAATTTCTGATAAGATGGTTCGATGAA
TTAAATACCTAAAACAAATTTATTTTGTTAATACTTTATTTTTTTTATGA
GGAGTATTTATGGTATTTTATATACATATTTAACTTTTTTCTTATTTTTT
ACTACAAAAGGTAGCAATTTTTTTATCTTTTATTTTCTTTCCTTTTTCTT
CTTATTATATGTTACGAATGTCAATCAGATATGTAGGATACGGGTAATAG
CTCCTATATACCTGATCTGTTAGATAAATATTCACTCTGTACTTGTATCC
ATGCAGGTATCCCTTATACGGTTACTCGTATATTTTATAATATTCACATG
TACCCGTGGGTATTTATAAAAGAAAAAATTAATATTTAATAATATATTTT
AACCATAAACTCAAATAAAAATACAATGTATGTCATCCATAAATTTTAAA
CAAAGTGAAAATATTCTATTTAAATAGTGTTGACTATTTACAAAAAAATG
AAGATTTTTTTTAAAACCAATTAATAAAAAATAACCAATTCAAAATTGAT
GTGTTAATATTTTAATAATATTTTTTTAATTTAAATTAAAGTATAGCGGA
AACGAGTATCTACATGTACATGTACGAATGATACCTGATACCCGTACTTG
CTCCGTTAACATATGGATATAAAAATTACCCATACCCATTATCCACGAAC
ATAAATTTTTTACTCATTGCGGATTTTATACGTGAGTACGAATTTTTTTG
ACATCCTATTGTATTCAATTAACTTAGGGTATCAAAACAAATTAATATCT
TAACCCTCTAAATTATGCTTTAGATTAAAACGAGCCCATTTATCACCAAG
TGAAAATTTTCAACCCAAACAAATAAAGAAATAAAAAAAAAAATCACTAT
TGTATATGTCAATCATAAAGCAAAATCAATTATAGTATAATAAAGCATCA
GAATTTTTAAAATTTGAAATTAAAAAAAAAAAAACTCAATCAGTTCATCG
ACCTAACTTAACTTACTATTATCACGTTCATGTACCCATATGAAAAAAAT
TAAATGAAAAAAAAAATCTATTACTTTTCTAACTAAAACATACTTGGAAG
GAACTCCAAAATAAATTCCATACCCCTGTTCATCCAGTAATTCAACCACA
AATGGATTTACGTTCATGTCTTAATGAGTAGGTTATTTAGCTTTTGTTTA
CTTGGGCCATTGGGAAAGAAAAATCCTAGATCAAAAACACGTGAAACTCC
GTGTTTTTAATATGTGGTCCTTGTAAGAGACATTTTCATTTATTATGTTC
ATCTTCATAAACCATTATTCATACATTATTATTTTAGACCAGGCCCACAT
GACCTCTACGAACAAGGAAAACAGTATCTGTAAAATATTAAACTTCACTG
CATCACGACAAAAACATAGACATATATTATGCTTTAAAAAACAAAATACT
TTTGACTGTTTTATTTACATTTGCGTTGAAAATGTAATACCTCTTCCCTT
TGGATGGCCGAATAATGGAGAATTGAATGATGTTTGGATTGAGATAAGAA
TAAGAATAATAGTGAATGATTCAATGACCCATGTTGCCTCATTAATTATA
TATATACATACTCTTCTTTTTTTCCTACTTGGCGTCTCAATCTAATGGCC
ACTCTAATGTTCTCTTCGTACTCTTCGATGTCGTTTTGTGGACTAAGTGT
TTGAGGTTCAAACATATTCAACCTAGGAGGTAACTCTCTTTGAAATGTAT
GCTAATATTATTACAAGAAAGTTATAATTACTAGGAACTTGTACGTACAT
ATGTTTTTGAAAAGGAAAATAAATACCATTAAAAAAGGAATGGACCTTGT
ACATGTCAATAAAATTAAATTAATAAAAGCTGTAGAAATTTAACGGAAAA
AGTAACAAGAGACCACTTCGCATTATGAGAAATTAATTGAGGGCAGCCAT
AACAATATTTTAATGCAATTAATTTATATATCCGTAATAATACATTAATA
AAAATTTTATATCGGATAAATTGAAGAGGAAAACTTGATTGACCAGGTAT
TTGGACCATAAACATATCCAAGATTTGTGACATGCATTTATTTAGTGACT
CCTTAATTTCACACACTAAGACATGGACATAACATACACGTGTTTTAATA
ATATGATAGTGTTTGGTCAAGGAAGCCACCTGCAGCGGACACGACCAAGA
ACCAGACCACATTCTAGGTGCCGTCACAACAATTATAAATTATCATCCAC
ATCCATTTCCCTCACACCACCCTCTATATATACCCATCACATTCAAACAC
ACACACACCTCACAAAACTTCATCATAATATATAGCAAGGACTTAATAAC
GCTGATATAATCATCTTCGTTTTATTAATTATACACATCCTACTCAGAGG
ATTCATTATAAGAAACATCTAAGAAAAGATGGGAAACTGTTGCGTGGCGG
CGTCATCGATGGAGTGGGACGGCGAGGACTGGAGTGATTTGAAGTCGAAG
AAGGTGTGTGATGAATCTGGTGCTAACGGTGGCCGTGGATTGTGTTTGGG
GAAAGTGCAGAAGGAGAAGCTTATGGGAGCGGTAAGAGGTTCGTGTCCTG
ATGCGAATGGGAAGGTGAAGATGGTGATTTCAAAGAAAGAGCTGGCTCAA
CTGTTGGGTAAGAAAAGTACTTCTGCAGAAGCTGTTCTGCTTCGCTTGAT
AAAAGCAAGATATCAGGATTCTCGTCACGAGTTGTGGAGACCCGTGTTAG
AGACTATTCCTGAGGTTAGTTGATTCCTTCAACACTACAACTGTGCATAC
AGTAATTGTATAGAACAGTTAAGAATCCATTCATTTTCATGTAAAGTTGT
AGGATAGACATATCAATAAATTATTTCAATCCATTTCGATTTATATTACT
CCACTCACAACTTGGGAATTTAAACCCTAATTCGCCTTACGCTTACTATC
CGTTTGTATTGAGACCAAGATTTCTTGAATCTGGCTACTAATACACTTCA
TAGAGTTTCAAAGTTTGTAAAATTACCCTTATTCAGTTTATTTTAAATTT
GTACTAATAATTTTACGCTTTATATATATATATATATATATAGAACAATG
ATATTTTGACTACTAAATTTTGACAACTTTCTCTTACAAAATAATGTGTC
ATCTTTTAAATAATTTTTTAATATTAAGAATGAGAAAAAAAATAAAGGAA
AGAATATATATATATATATATATATATATATATATAAACTAAGGCAGGCT
TTTTCAAAATATCATACTTAAACAATTTCTTTGTGAAAGAATATGTATAT
TTGTTGAGGACATCGAAAAACGAGACAAGGGAGAATATCTAGAAGGATGA
AGACATTAAGGCTGTGTTGTATGATAAGATGAATGAGAGAGAGTGTGAAG
ATGAATTTATGTGAATTTAAAGAGATAAATATGTGTGTTTTTTTAGTAGA
TTTAGAGGGCAAAATGAATGAATTTGAAGATAATTTTATGAAAGTTAGTG
AATGATTTGATTGATATGATAAATTAAAAAAAGTTATAGTAGATAAAATT
TGAAATCTACTAAAATACCCTTCATAATAAAAATTTAATAAAATTACAAT
TGAATGAATGAAAAAAATTAAAATTTAAGAATATTTTAATTATATTTTTA
TATATTAATTATTATATATATATAAATTAATAATAATAAATACATATATT
ATTAGTTTTTAAGAATATTATAATAATTATTAATTATTATATGCTTTTAT
TAATTAATAATAATAATAATCATTTTATATATATATATATATTATTAGTT
ATTATATATTAATATATTAAATATTATATTTTGAATAATATTTTAATTAT
TATTATAATTTATTATATATATATATAATAAATTATAATAATTAATAATA
TATATATATAATAATTAATATAATAATAATTATTAATAATTATAATATGA
TGATAAAATATGAGGACAAAAGAGTAAAAGTTAATGTATTTGTACAAATC
TCGTATTTGTAGTGAGATTCATTTGTGAGGTATTTCTTTGAATCTGTTTG
TGCTTTTTCATGTTTATTCACTAAAATGAATATGATTTTTTAATTTATCC
GTCTCTTCAAATCAGGTTGAATAGTGTAATCCGCACAAAGAAACACTACG
TAAAGATGATATAATGTAAATAAAAATATACTTAAAAAGAAATTAAGATG
TATGAGATCGAGAAAGACAATCAAAATGAAAGCTAAACAAAGAATGATTA
CAAATTCGAGTAATACAACAAGAGAGCATCGAGAAAGATATCAAACAAAA
TCAAAGAAAAGTGGATCAAAAAGGGAGTTAGTATAGAATAACTGCCGTAA
AACATGGGCTGAGTAAGCAAAACACATACAACGTGGGTAGTTTTGAGACA
ATTATTATAATTTATCTAAATTTCTTTATGTTGTGGTTTATGTATCAGAA
AAATAGAGAAAATATAAATAGACAATTCAAATATAAAAGAAAGGGTGATA
GATTGTGGTTACAATTCAAACACTCTAAAAATATTGTAAAGAAAAAAAAA
TGACAAATCTAATGATAATTGTTTCAATTTAGATCACTGCTTTCATAGAT
TTCTTCTACCAATTTGTGTTTTCATCTTGGTAATTTAGTTTCTTAGAATT
TACATTTCTAATTGATCACTGCAATCCATCTACATCTTCTTTACTTGTCA
TACATCATCTCATCTTTAAATACAAAAAATACAAAAATAGGATTATTGAA
AAGAAATACACAATTGAAATTCAAATCAAAGGAGAATACAGTGGATTAAA
TATGTTTTTGTGAAATTGATTCACAACATAAGAGACTTGCATATTAATTT
CATCTTACTTGTGAAATTCTAAAAACAAGACACAGTTAGATTGAAAAAGA
GAAGTTTACTATAGTCTAATTGACAAAGGATCCGCATAAAGCTAATTTGA
TTCATCACATACATGTTGGACAATTGTCAAACGAAAATCCACAAGAAACA
ATACCATGAGAAAAAAAATCTATTTAAAAGATTCAATATTTTCCCTCTTC
ATGTTGATATTTGCCATTATTAATAAACACAATTAAATATTACGTTATAG
TGCCTCTAGAAGTCAAATGAATAAGAAAAGCATCTTTGTTAATAACACAC
TATATTAAGATATGAATTTTAAGTCAATGTTTTGAAAGTCTATAATCTTA
ACCTGTTGATTTAAATAAATTTTAAAAACATTACATTACGTACATGTATT
TTTACTAAAAAAATTGTGAGAAAAATGATAATATAAATTTAGAATATATA
TTAGGAAAATTTCCTCTTCATATATACTTTACGCAAAAAAAACACTCAAT
AAAGTAATTATTTGAATCTACTAAGAGTTTAACTTTCGAATTTAAATTTC
AAAAATTTTAAATAATTTCCCAATCTTAAGTTTTGAGCTCAATAATATCT
TCATAATTTTATGTTAAAAATATTTTTCGATAGTTATAGAACAAGTGAAC
ATATAAACTACTGGACTCATAATGTATAAAAATTCTTATATTATCTAATT
TCATATTCAAAGATATTATCTTCATTTTAAGTGTTTGTTTCCTCTTTCAA
AATTAGATCGTATGATGTATATAAAACTAAGTTCAGATTACTAGACTTGT
CCAAGAATCTTTGTATCAAAAAGTCATTTAATTTGGCTACGTGAAAATTA
ATTAAGTGGCTCATCACGGCAGCGAAAAATTTCAATCATTCAAGTATAAA
AAGAGAAGTATGAAAGTATTAGCGTAACTAACTAATTACCTAGGTCATGT
TTCTTTTAATTATTTCCTTTGTACATTATTTGCATCTACGTATGTTAAAA
TTTGCCGACAAAAAAGGTGGCCTATAGTTTCCTTTTCTTGGAATCCGTGA
TGGATAAATAAGATTACGTGAAGAATTATTGTTGTTTTTGCAATTCTTGA
TAGCTTGTTAAGGATGTCTTTCTAGGTGAAAGAAGAAAAAAAAAACGTAG
AAAAATTTTATTATTCTAAGCAGCTTCAAATGTTGACTTTAAATAGGAAT
TTAATAAAGATTTGTGTTTATTCAAAGATGACACCCCATGATTAATCCAA
AAGTGACAGTTATTAATGAAAGACGAAAGATTCCCGAATTCCAAGATTTG
ATGAGCATATAGTAAGTTCCCATTCACTGGGTTAGTGAAAATGAAAACCC
TAAAGCTTAGTCGTAGGACACGTACACGACATACACGTGATGTTTGGTCA
AGAAGCCACCTTTAGTTGTATGAGCCGTCATGAGAATGAAATAGTGAAAA
ATATCCCTATATATACGTAACTACCAAATTGAATCAGCTTCAACCTCACC
AATCTCTCTATCATCATCATCATCACAAACAATTACAATCTGCAATATTT
TATTGATCTGAGAAAAAAATAGGAAACTGTTGCAAGCCGGTATCATCAAC
AATGGAGTGGGACGGAGAGGACTGGAGTGATTTGACGACGAAGAAGATGA
GTTCAGGAAAAGTGATTGACGAAAGTGGTGGGCATGTGCTGAGTTTAGCG
AAAGTGCAGAGATTGAAGGTTATGGGGTCGCTAAGAGCTTCTGCTGATGC
GAATGGGAAGGTGAAGATAATGATTTCGAAGAAGGAGTTGGAAAAACTGT
TGGAGAAGCAACAACATGTAAATAAGAAGAGAGTAGTGAGAGGTTCTGCG
GAGCAAGTTCTTCTTCGTTTAATGAACACCAGAGATCATGAATCTGGTCG
GGGATTGTGGATGCCTGCGCTAGAGACGATACCTGAGTCTAGTTGATCAT
ATAAAATGTTAAAAATTTTACGTAAAGTTTGAATTTCACTTTATAAAATG
ATCGAGTTAGATTTAAAGTTTAACTTTTAGGTAATTGTATAAAACAGCTA
AGAAATTATGTCATCTTTTTTCCCAAACATTTTCATGTAAAATTATAGGG
AAGAGAATGTAGGATTTGTATTTCATATACGAATAATAATTACACTCCAT
TCAGACGAAGTTATCTTCAGACGTAAAATTCACTTGTGGTTATAGAATTT
TATTTAGTAAATTTGTACTTTGTAAATTGTTTTTGATAGACAGTGAATGG
ATTGAGAGATAGTTCTTTCTAATTAGAGAATGATATTTGTTTCTGATGGT
TCTATTTCTCGGTCTTAACAAAAAAAACAAAAATTTATTTTATTGACAAC
GAGTCTAGGTAATTTCTTTTCGTTCTTCTCTATGCGACTTTTTCTTATTA
TTGATCACTAATTTTGCATCCTTGTTATTATTGATTTTGGGAGTTCAAAT
GATAAGATTCAAAGTCAAAAAATTAATAGCACATAATAATATCTTGTAAT
GACTTAAAGTTAGCTTCTTTTTTTTTTTTATAAATTGGAGTTTTTTTTTT
TTAAATATTAATGGTACTTAGGTATGACATTTACACTTGTGGAATGTTTG
TTGCCTAATGATAAATTATTATTGTAAGTTAACATTGTTGGCAATGGCAT
GGAATTAAAAACTTGTTTTATTATTAAAATCATAGATAGATGAATTAATA
TGTATTATATTTTAAAATGAACAATTGTTATAACGTCAGGTTAGCTTTAC
ATTCAAACTCAACTTGATCAATCCAACTAAATTTGAATTCAATGTCTCCG
ATTACAAGTTAATAGAATATAGATTATTTGTGTTGCAAATTAATAGGGTG
AGCATTTGAATTCAATTCATATTGGACTACACTTTTTCTTAATCATCTTC
ATTTTAGGTTTATTTTAATTTTAAATAAATATTGTAGAAAAAAAACTTAT
ATATAGTTTTACTAACTATTTTCATAATAAATTGTAGTTTTGTGCAATTT
ATTACTAAATTTTAACTAAACTTGATGATATAATAAAATTTAAACAGACT
TTTTATTGAATTTCAATTATATTTCTTAAATGACAGTATTTTTTTTAGGT
CCAATGTCTATCTGGTGTAGCTGTTTGATATCTTAATTTTATGTATAAAG
TTCATTTGAATATTATAGTAATATCCAGACAAAGCAGAGGGAAAGTAATG
ATTGGAAACTGTTAAATGCGTAACCATTCTCTCCTCTCTTTTATCTGACT
TGTTCATTTTCATGGTCGTACTTCTGTGTTCACTGTTTGATTGAATGTTT
CTGACATGTCATCCATTTTGGAGGCTCTATTATAAACTTTAAAACAATAC
TAATTAATTAATCATGTTACGGTGACGGTTAACGCTGGGTGAAGTCTCTT
AATATATTCAATTTGAAATGAAACTCTAGAAGGAGAGATAATAATATATT
GCACATTAAAGTTTACTTATTACATTAAGAATTCAATATTGGAGAAAGTC
TTCATTGACCAGTTCTCTTTGGATCATTACATGGTTCCAAATGACATGGC
CAAGACCATGTTTAAACTGTTATAGTATTAGAGACAACTTTTTGACTGTA
ACAATTTAGTTTCAGATGTGGTTCTTCAATTTTTTAGTCTCTCTCACAAA
TCACACACTGTTATGGGTTGGACCCTTTAAACATTTGGATTGAGCATGAA
CAAAGAAATGAATGAAACACATGAAACACTGTGTTTCACGCTCTGACCCA
AAATGGCTGTAAAAACAAGTGTGAACCAACGTATGCCAGATTACATTCTT
CTTTCTTAAGCCATTATCTTTTCCAAATATCCTTTCTACATTATTTGCAC
AACACATAAACGGAGAAACTTGAAACTTACCGACTAAAAAAGGTGACTTT
GTATATTCCTTTCTTACTTGATATCGGCGATTGAAAAGATATATCTCTCA
TCCGAAGCGATTGTGCCTGGACTATAGTAAATTTAAACTATTATTTTTAT
CATAATGAAGATGGTTTACAGTTGTAAATATATCCTCTTATATCGTACTT
TTATATCTATTCCAACACAATACAATTATAAAATAACAATTCAGATTATC
ATTTAATTTTCTCTTTAGTATCACACTACACTATAGGCATATAGTTGTTT
TAGTCCAAAAATCTTGTAATAATATTAATGGGGAGAGTCTCAAAGCTGGC
TTTTTTGTAAAAAGGGGTCACTTTGGCCAAAAATTTGTAAAAATGGGTCT
GTTGAATTTTTTTTTTTGCAAAATAGGGTCAAGTCGTCGTGGTGGAGGAC
GACATTAAAGGTGAAGTCCTCCACTATGCCGGTTTCTTCTTTTTTTTTTA
TCAAAAAGCGAAACCGTGCTCTGAGAAGCCGGTTTCTATATATTTTGAAA
GTGAAGTCGTCTTCGGGCCTGACGACTTCACTTTTTGGTTTTTTTTTTTT
ACACATTCAGCTTTATATATATATATATATATTTAATTATATATTATTTA
GTTTTTTTTTTTAAATATTTGTTTACAGTAGAGAAATAAAGTGACATCCT
CAATGACGATTTTTTCGCCAGTTTCTTCTGATTTGGTCAAAACGTTCTCT
ACTTCTTCGTTTGATTTTACAAATTTAGTATTTTATTAAATGATACTTGA
TAGTTAGTAGACTAACTAAACCACAAATAAAATAAACATTAACAAATTAA
ATATTCAAATATAATTATCGAAGGATTTTTTAATATTTTTTTAATTTGTA
TCATTTTATCTTCTTAATTTTGTATTAAGGTTTAACGATTAAGTATTTTA
AAATTTTTTTAAAACTATTTTTCATATTTTTACTTAAACAAATATTTAAA
AAAAACTAAATAATATATAATTAAATATATATATATATATATATATATAT
ATATATATAAAGCTGAATGAAAAAAAAAATACCAAAAAGTGAAGTCGTCA
GGCCCAACTTCACTTTTAAAATATATAGAAACCGGCTTCCGAGAGCACGG
TTTCGCTTTTTGGAAAAAAAAAAAAGAAACTGGCACGGTGGAGGACGACT
TCACCTTTAATGTCGTCCTCTACTACGACGACTTGACCCTATTTTGCAAA
AAAAAAATCAAACGACCCTTTTTTACAAATTCTTGATCAAAGTGACCCCT
TTTTACAAAAAAGCCCTCAAAGCTATATACAAAGAAATTATGTCGCATGA
GAAAAAAGACAAGTGGTACAAAATAATGTAAGAGGAGATGAAATTCTTGC
ACATATCTTTGAATAATTGGTGAAGTTACTCCAAGGCAAGAAAACACTAA
AATTGGTTGTGGAGGACTTTAGATAGAAAAATGAAATTGATTTTGAAGAG
AAATTTTCATCAATAGTTAAAATGTGTCTATTGTCGGACGTTACAAGAAA
ATCATTAAATAACAATTAATTTTAGAGACAAAAAATAATTAGTTAACTAG
TCATGTAACTAATTTAGATGCCAATTTATAAACTATTGGTATCTAAAATA
GTAATTATCATGAGCAAAAAATTAAAATTGATTTATGAACTAGTGTTTAA
ATTGGTCTCTAATTGGTTATATTAAAGTTTTAGTGACCAAGGTGTTAGAA
ATGGATTTTAAAGTCTAATTTAATCCTACAAAACTGACTTGTAAGGTAAG
GATTGCACTCACTTATATATTGTAAATTGGTCTTATCTCTAGTCAATGTA
GGACTTCTAACACACTCCCTGACACCAAAGTATTAGTATATCGTGGTCAC
GCCAAGATATTAGTATGTATGGTGGTGAATCGTGGAAATGACAAAATCTC
AACTAATAATCATTGAGGTGTTTTGTGGAAAATTCTCTAATGTAAAATTA
TTATTCTATTTCTGTGTATTGATGACATGATTGTGGCGGAGAGAGAAGAA
AAGAAGAATAGCACCCACAACTTCAATATGTAGCATATAGTATAGGATGT
TGATTTTATTTTGCAGTGGAAAAGATATGATACATCCATATGTGGAAGCA
AAAGATGATAAAATGGTGGGAACATACACATGTTACTGCTTAAGACCATA
CTATTTTTGGTCAAGGAGCCATGCACAATAATTAG
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Coding sequence (CDS) from alignment at Chr03:11043527..11058261-

>evm.model.Chr03.1043_hau_v1 ID=evm.model.Chr03.1043_hau_v1; Name=evm.model.Chr03.1043; organism=Vigna unguiculata subsp. sesquipedalis; type=CDS; length=729bp; location=Sequence derived from: Chr03:11043527..11058261- (Vigna unguiculata subsp. sesquipedalis
ATGAATGTGTCACTCTCTATGGGAAACTGTTGCGTGGCGGCGTCATCGAT
GGAGTGGGACGGCGAGGACTGGAGTGATTTGAAGTCGAAGAAGGTGTGTG
ATGAATCTGGTGCTAACGGTGGCCGTGGATTGTGTTTGGGGAAAGTGCAG
AAGGAGAAGCTTATGGGAGCGGTAAGAGGTTCGTGTCCTGATGCGAATGG
GAAGGTGAAGATGGTGATTTCAAAGAAAGAGCTGGCTCAACTGTTGGGTA
AGAAAAGTACTTCTGCAGAAGCTGTTCTGCTTCGCTTGATAAAAGCAAGA
TATCAGGATTCTCGTCACGAGTTGTGGAGACCCGTGTTAGAGACTATTCC
TGAGCCGGTATCATCAACAATGGAGTGGGACGGAGAGGACTGGAGTGATT
TGACGACGAAGAAGATGAGTTCAGGAAAAGTGATTGACGAAAGTGGTGGG
CATGTGCTGAGTTTAGCGAAAGTGCAGAGATTGAAGGTTATGGGGTCGCT
AAGAGCTTCTGCTGATGCGAATGGGAAGGTGAAGATAATGATTTCGAAGA
AGGAGTTGGAAAAACTGTTGGAGAAGCAACAACATGTAAATAAGAAGAGA
GTAGTGAGAGGTTCTGCGGAGCAAGTTCTTCTTCGTTTAATGAACACCAG
AGATCATGAATCTGGTCGGGGATTGTGGATGCCTGCGCTAGAGACGATAC
CTGAGTCTAGAGCCATGCACAATAATTAG
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