Vigun08g037500.1

Transcript Overview
NameVigun08g037500.1
Unique NameVigun08g037500.1_Vu_IT97K-499-35_v1.1
TypemRNA
OrganismVigna unguiculata (cowpea)
Sequence length3695
Alignments
The following features are aligned
Feature Name Type LocationAnalysisReference
Vu08supercontigVu08:3590779..3606820 -Vigna unguiculata L. Walp IT97K-499-35 genome v1.1n/a
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Vigna unguiculata L. Walp IT97K-499-35 genome v1.12019-10-15
InterProScan: Vigna unguiculata L. Walp IT97K-499-35 genome v1.12019-10-17
BLAST: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1 vs. Swissprot2019-10-17
Orthologs

Syntenic blocks
Syntentic blockAssemblySpecies
vuvuR376Vigna unguiculata L. Walp IT97K-499-35 genome v1.1Vigna unguiculata
psvuL621Pisum sativum Cameor genome v1aPisum sativum
psvuL635Pisum sativum Cameor genome v1aPisum sativum
pvvuL057Phaseolus vulgaris G19833 genome v2.1Phaseolus vulgaris
crvuL432Cicer reticulatum L. PI489777 genome v1Cicer reticulatum
pvvuL771Phaseolus vulgaris G19833 genome v2.1Phaseolus vulgaris
cavuL337Cicer arietinum CDC Frontier genome v1.0Cicer arietinum
caivuL0484Cicer arietinum ICC 4958 genome v2Cicer arietinum
ccvuL0781Cajanus cajan Asha genome v1.0Cajanus cajan
ccvuL0925Cajanus cajan Asha genome v1.0Cajanus cajan
anvuL0320Lupinus angustifolius L. Tanjil genome v1.0Lupinus angustifolius
anvuL0750Lupinus angustifolius L. Tanjil genome v1.0Lupinus angustifolius
asvuL533Vigna angularis Jingnong 6 genome v1.1Vigna angularis
asvuL704Vigna angularis Jingnong 6 genome v1.1Vigna angularis
vuzwsR608Pisum sativum cv. Zhongwan6 genome v1.0Pisum sativum
tifvuL450Vicia faba cv. Tiffany genome v1.0Vicia faba
vfhvuL421Vicia faba inbred line Hedin/2 genome v1.0Vicia faba
vrvvuL390Vigna radiata cv. VC1973A genome v6.0Vigna radiata
vrvvuL448Vigna radiata cv. VC1973A genome v6.0Vigna radiata
vssvuL560Vicia sativa cv. Studenica genome v1.0Vicia sativa
vuvuaR397Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0Vigna unguiculata subsp. sesquipedalis
vuvuaR399Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0Vigna unguiculata subsp. sesquipedalis
canvuL306Cicer arietinum CDC Frontier NCBI RefSeq v1Cicer arietinum
avjvuL473Vigna angularis cv. Jingnong6 genome v1.7.1Vigna angularis
avjvuL599Vigna angularis cv. Jingnong6 genome v1.7.1Vigna angularis
carvuL324Cicer arietinum
ccavuL332Cajanus cajan cv. Asha genome v2.0Cajanus cajan
ccavuL433Cajanus cajan cv. Asha genome v2.0Cajanus cajan
vuvumR657Vigna umbellata FF25 genome v1.0Vigna umbellata
vuvumR677Vigna umbellata FF25 genome v1.0Vigna umbellata
vuvvaR715Vicia villosa cv. AU Merit genome v1.0Vicia villosa
vstvuL227Vigna stipulacea acc. JP252948 genome v2.a1Vigna stipulacea
vstvuL288Vigna stipulacea acc. JP252948 genome v2.a1Vigna stipulacea
vasvuL242Vigna angularis cv. Shumari genome v1.a1Vigna angularis
vasvuL302Vigna angularis cv. Shumari genome v1.a1Vigna angularis
pvfvuL056Phaseolus vulgaris cv. Flavert genome v1.0Phaseolus vulgaris
pvfvuL677Phaseolus vulgaris cv. Flavert genome v1.0Phaseolus vulgaris
vuvunR456Vigna unguiculata L. Walp IT97K-499-35 genome v1.2Vigna unguiculata
vuvunR466Vigna unguiculata L. Walp IT97K-499-35 genome v1.2Vigna unguiculata

Orthologs
Gene/TranscriptAssemblySpecies
Cc_v2.0_11458.1Cajanus cajan cv. Asha genome v2.0Cajanus cajan
rna-XM_012715300.2Cicer arietinum CDC Frontier NCBI RefSeq v1Cicer arietinum
PvulFLAVERTChr01.1000257Phaseolus vulgaris cv. Flavert genome v1.0Phaseolus vulgaris
Vigst.03G159800.01Vigna stipulacea acc. JP252948 genome v2.a1Vigna stipulacea
Vum_03G01780.1Vigna umbellata FF25 genome v1.0Vigna umbellata
Phvul.001G035100.1Phaseolus vulgaris G19833 genome v2.1Phaseolus vulgaris
Ca_09172Cicer arietinum CDC Frontier genome v1.0Cicer arietinum
XM_058869048.1Vicia villosa cv. AU Merit genome v1.0Vicia villosa
Va07G066020.1Vigna angularis cv. Jingnong6 genome v1.7.1Vigna angularis
rna-KK1_004841Cajanus cajan Asha genome v1.0Cajanus cajan
Vigan.03G254800.01Vigna angularis cv. Shumari genome v1.a1Vigna angularis
rna-XM_014649376.2Vigna radiata cv. VC1973A genome v6.0Vigna radiata
Cr_10721.1Cicer reticulatum L. PI489777 genome v1Cicer reticulatum
Vfaba.Hedin2.R1.3g214520.1Vicia faba inbred line Hedin/2 genome v1.0Vicia faba
Vfaba.Tiffany.R1.3g175880.1Vicia faba cv. Tiffany genome v1.0Vicia faba
evm.model.Chr08.377.1.6211316bVigna unguiculata subsp. sesquipedalis line A147 genome v1.0Vigna unguiculata subsp. sesquipedalis
Psat6g020560.1Pisum sativum Cameor genome v1aPisum sativum
jg35514.t1Vicia sativa cv. Studenica genome v1.0Vicia sativa
Ca_09494.1Cicer arietinum ICC 4958 genome v2Cicer arietinum
Psat06G0057200-T1Pisum sativum cv. Zhongwan6 genome v1.0Pisum sativum

Gene/transcripts from the same species that appear to represent the same gene
Gene/TranscriptAssemblySpecies
Vigun08g037500.1Vigna unguiculata L. Walp IT97K-499-35 genome v1.2Vigna unguiculata
Relationships

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

Feature NameUnique NameSpeciesType
Vigun08g037500Vigun08g037500_Vu_IT97K-499-35_v1.1Vigna unguiculatagene


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

Feature NameUnique NameSpeciesType
Vigun08g037500.1Vigun08g037500.1_Vu_IT97K-499-35_v1.1-proteinVigna unguiculatapolypeptide
Vigun08g037500.1_Vu_IT97K-499-35_v1.1Vigun08g037500.1_Vu_IT97K-499-35_v1.1Vigna unguiculatapolypeptide


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

Feature NameUnique NameSpeciesType
Vigun08g037500.1.v1.1.CDS.13Vigun08g037500.1.v1.1.CDS.13_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.12Vigun08g037500.1.v1.1.CDS.12_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.11Vigun08g037500.1.v1.1.CDS.11_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.10Vigun08g037500.1.v1.1.CDS.10_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.9Vigun08g037500.1.v1.1.CDS.9_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.8Vigun08g037500.1.v1.1.CDS.8_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.7Vigun08g037500.1.v1.1.CDS.7_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.6Vigun08g037500.1.v1.1.CDS.6_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.5Vigun08g037500.1.v1.1.CDS.5_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.4Vigun08g037500.1.v1.1.CDS.4_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.3Vigun08g037500.1.v1.1.CDS.3_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.2Vigun08g037500.1.v1.1.CDS.2_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS
Vigun08g037500.1.v1.1.CDS.1Vigun08g037500.1.v1.1.CDS.1_Vu_IT97K-499-35_v1.1Vigna unguiculataCDS


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

Feature NameUnique NameSpeciesType
Vigun08g037500.1.v1.1.three_prime_UTR.1Vigun08g037500.1.v1.1.three_prime_UTR.1_Vu_IT97K-499-35_v1.1Vigna unguiculatathree_prime_UTR


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

Feature NameUnique NameSpeciesType
Vigun08g037500.1.v1.1.five_prime_UTR.1Vigun08g037500.1.v1.1.five_prime_UTR.1_Vu_IT97K-499-35_v1.1Vigna unguiculatafive_prime_UTR


Homology
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: EDR1_ARATH (Serine/threonine-protein kinase EDR1 OS=Arabidopsis thaliana OX=3702 GN=EDR1 PE=1 SV=1)

HSP 1 Score: 443.351 bits (1139), Expect = 1.195e-139
Identity = 202/270 (74.81%), Postives = 235/270 (87.04%), Query Frame = 1 
Query: 1969 EWEIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRLYRLQHMVAP 2778
            E EI W DL I ERIG+GSYGEVY AD +GTEVAVKKFLDQDFSG ALA+F+SEV IM RLRHPNVV F+GA+TRPP+ SI+TEFLPRGSLYR+LHRP   +DE++R++MALDVA GMN LHTS P IVHRDLK+PNLLVD +W VKV DFGLSR+KH+TFLSSKS AGTPEWMAPEVLRNEP+NEKCDVYSFGVILWEL T R+PW+G+NPMQVVGAVGFQN+RLEIP++++PVV +II +CWQT+P+LRPSF+QL   L  L  +V P
Sbjct:  661 ECEIPWNDLVIAERIGLGSYGEVYHADWHGTEVAVKKFLDQDFSGAALAEFRSEVRIMRRLRHPNVVFFLGAVTRPPNLSIVTEFLPRGSLYRILHRPKSHIDERRRIKMALDVAMGMNCLHTSTPTIVHRDLKTPNLLVDNNWNVKVGDFGLSRLKHNTFLSSKSTAGTPEWMAPEVLRNEPSNEKCDVYSFGVILWELATLRLPWRGMNPMQVVGAVGFQNRRLEIPKELDPVVGRIILECWQTDPNLRPSFAQLTEVLKPLNRLVLP 930

HSP 2 Score: 199.519 bits (506), Expect = 1.737e-51
Identity = 124/341 (36.36%), Postives = 195/341 (57.18%), Query Frame = 1 
Query:   10 MKHLLRKLHIGG----------GAATINHNHNXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVEAQNDVVEFNLLQEEEFQMQLALAISASDSDRRDTAESAQIDAAKQISLG----YSASFTDTHALVQFQSLRYWNYNVIGYDEKVMDGFYDVFGVTSNLVDRGKMPLLVDLQTAPVSGDVDCEVILVNHVVDLELNQLERKACSLVEECCVSEXXXXXXXXXXXXADVVVNRMGGPVINAEKLTKSWAMRSRELRDSMQTIVLPLGCLDVGLSRHRALLFKVLADRINIPCMLVKGSYYTGTDDGAVNLIKADDGSEYIIDMMGAPGTLIPAEVPSS 990
            MKH+ +KLH GG           A   + N   +S++   A  +S   +  V    + + SP   A ++  ++ +  EEE+Q+QLALAISAS+S   +  E  QI AA  +SLG      +    +  + Q  S +YW Y V+ Y+EKV+D FYDV+ ++++   +G+MP L DL++    G    E ++VN  +D  L++L   A  +   C  + + +++  L    A++V   MGG   ++  +   W  +S E + ++ T V P+G + +G+SRHRALLFKVLAD + +PC LVKGS+YTG +D AVN I+ +D  EY++D+M  PGTLIPA+  S+
Sbjct:    1 MKHIFKKLHRGGNQEQQNRTNDAAPPSDQNRIHVSANPPQATPSSVTETLPVAGATSSMASPAPTAASNRADY-MSSEEEYQVQLALAISASNSQSSEDPEKHQIRAATLLSLGSHQRMDSRRDSSEVVAQRLSRQYWEYGVLDYEEKVVDSFYDVYSLSTDSAKQGEMPSLEDLESN--HGTPGFEAVVVNRPIDSSLHELLEIAECIALGCSTTSVSVLVQRL----AELVTEHMGGSAEDSSIVLARWTEKSSEFKAALNTCVFPIGFVKIGISRHRALLFKVLADSVRLPCRLVKGSHYTGNEDDAVNTIRLEDEREYLVDLMTDPGTLIPADFASA 334
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: SIS8_ARATH (Probable serine/threonine-protein kinase SIS8 OS=Arabidopsis thaliana OX=3702 GN=SIS8 PE=1 SV=1)

HSP 1 Score: 437.187 bits (1123), Expect = 2.283e-136
Identity = 197/275 (71.64%), Postives = 239/275 (86.91%), Query Frame = 1 
Query: 1966 SEWEIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRLYRLQHMVAPKTGS 2790
            S+ EI WE++ +GERIG+GSYGEVYR D +GTEVAVKKFLDQD +G+AL +F+SEV IM +LRHPN+VLFMGA+TRPP+ SI+TEFLPRGSLYRL+HRPN +LDE++RLRMALD A+GMNYLH+ +P IVHRDLKSPNLLVD++W+VKVCDFGLSRMKH T+LSSKS AGT EWMAPEVLRNEPA+EKCDVYS+GVILWEL T + PW  +NPMQVVGAVGFQ++RL+IP+ V+P +A +I  CWQT+  LRPSF+++M+ L RLQ    P TGS
Sbjct:  739 SDCEILWEEITVGERIGLGSYGEVYRGDWHGTEVAVKKFLDQDLTGEALEEFRSEVRIMKKLRHPNIVLFMGAVTRPPNLSIVTEFLPRGSLYRLIHRPNNQLDERRRLRMALDAARGMNYLHSCNPMIVHRDLKSPNLLVDKNWVVKVCDFGLSRMKHSTYLSSKSTAGTAEWMAPEVLRNEPADEKCDVYSYGVILWELFTLQQPWGKMNPMQVVGAVGFQHRRLDIPDFVDPAIADLISKCWQTDSKLRPSFAEIMASLKRLQ---KPVTGS 1010

HSP 2 Score: 267.7 bits (683), Expect = 3.393e-74
Identity = 169/424 (39.86%), Postives = 244/424 (57.55%), Query Frame = 1 
Query:  211 EEEFQMQLALAISASDSDRRDTAESAQIDAAKQISLGYSASFTDTHALVQFQSLRYWNYNVIGYDEKVMDGFYDVFGVTSNLVDRGKMPLLVDLQTAPVSGDVDCEVILVNHVVDLELNQLERKACSLVEEC-CVSEXXXXXXXXXXXXADVVVNRMGGPVINAEKLTKSWAMRSRELRDSMQTIVLPLGCLDVGLSRHRALLFKVLADRINIPCMLVKGSYYTGTDDGAVNLIKADDGSEYIIDMMGAPGTLIPAEVPSSQLE----------SNSFSVRGCAEIVGLPDKTGSIVDGRTG--VPGVFSDCGRISTVGRVQTEELLVMGSQTKPDEINHVKANET----------RRFEHMEAYECSSHTEPSPAENMHVKNVSKYVLSAAKD-PEFAQKLHNVLLESGALPPPDLFSNINSQ 1410
            EEE Q+QLAL +SA     R+  E+ QI+A KQ SLG  A       L+ +   RYWNYN +GYD+K++DGFYD++GV  N     ++P L+DLQ  PVS  V  E +LVN   D  L +LE+ A  +  +   VS  G + S L+++LA +V + MGGPV++ E + ++W   S  L+ ++ ++VLPLG L +GL+RHRALLFKVL D + +PC +VKG  YTG++D A+N IKADDG EYI+D+MG PGTLIPA+    Q++           ++ S+   +   G+        + RTG       S   R  + G     +L+V  + ++ D  N  K  +             F HM +   +       A+ M VK+VS+Y++ AAK+ P  AQKLH+VLLESG + PP+LFS +  Q
Sbjct:  139 EEENQIQLALELSA-----REDPEATQIEAIKQFSLGSCAPENSPAELIAY---RYWNYNCLGYDDKILDGFYDLYGVL-NASSAERIPPLLDLQGTPVSDGVTWEAVLVNRSGDSNLLRLEQMALDIAAKSRSVSSSGFVNSELVRKLAILVGDYMGGPVVHPESMLRAWRSLSYSLKATLGSMVLPLGSLTIGLARHRALLFKVLCDSVGVPCRIVKGQQYTGSEDVAMNFIKADDGREYIVDLMGDPGTLIPADAAGLQIDYDESAYSASPGDNDSIHVASSSNGIESSYEENTEFRTGEHRSSTKSSGERNQSGG---GGDLIVHPNISREDVKNQKKVEKAPFQNLSSRPIHSFTHMRSPSWTEGVSSPAAQRMKVKDVSQYMIDAAKENPRLAQKLHDVLLESGVVAPPNLFSEVYPQ 550
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: CTR1_ARATH (Serine/threonine-protein kinase CTR1 OS=Arabidopsis thaliana OX=3702 GN=CTR1 PE=1 SV=1)

HSP 1 Score: 367.851 bits (943), Expect = 2.429e-112
Identity = 176/275 (64.00%), Postives = 213/275 (77.45%), Query Frame = 1 
Query: 1960 EGSEWEIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIR--LDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRLYRLQHMVAP 2778
            +G + +I W DL+I E+IG GS+G V+RA+ +G++VAVK  ++QDF  + + +F  EV IM RLRHPN+VLFMGA+T+PP+ SI+TE+L RGSLYRLLH+   R  LDE++RL MA DVAKGMNYLH  +PPIVHRDLKSPNLLVD+ + VKVCDFGLSR+K  TFLSSKS AGTPEWMAPEVLR+EP+NEK DVYSFGVILWEL T + PW  LNP QVV AVGF+ KRLEIP ++NP VA II  CW  EP  RPSF+ +M  L  L     P
Sbjct:  540 DGDDMDIPWCDLNIKEKIGAGSFGTVHRAEWHGSDVAVKILMEQDFHAERVNEFLREVAIMKRLRHPNIVLFMGAVTQPPNLSIVTEYLSRGSLYRLLHKSGAREQLDERRRLSMAYDVAKGMNYLHNRNPPIVHRDLKSPNLLVDKKYTVKVCDFGLSRLKASTFLSSKSAAGTPEWMAPEVLRDEPSNEKSDVYSFGVILWELATLQQPWGNLNPAQVVAAVGFKCKRLEIPRNLNPQVAAIIEGCWTNEPWKRPSFATIMDLLRPLIKSAVP 814

HSP 2 Score: 115.546 bits (288), Expect = 5.766e-25
Identity = 73/211 (34.60%), Postives = 109/211 (51.66%), Query Frame = 1 
Query:  367 SLRYWNYNVIGYDEKVMDGFYDVFGVTS-------NLVDRGKMPLLVDLQTAPVSGDVDCEVILVNHVVDLELNQLERKACSLVEECCVSEXXXXXXXXXXXXADVVVNRMGGPVINAE-KLTKSWAMRSRELRDSMQTI---VLPLGCLDVGLSRHRALLFKVLADRINIPCMLVKGSYYTGTDDGAVNLIKADDGSEYIIDMMGAPGTL 966
            S R+W    + Y +KV DGFY + G+         +L + G++P +  L+      D   E I+V+   D    +L  +   +   C  ++  +         A ++ NRMGGPVI  E +L   W    +E  D ++ I   V+P+G L VGL RHRALLFKVLAD I++PC + KG  Y   DD A  L++     EY++D++G PG L
Sbjct:  212 SHRFWVNGCLSYYDKVPDGFYMMNGLDPYIWTLCIDLHESGRIPSIESLRAVDSGVDSSLEAIIVDRRSDPAFKELHNRVHDISCSCITTKEVVDQL------AKLICNRMGGPVIMGEDELVPMW----KECIDGLKEIFKVVVPIGSLSVGLCRHRALLFKVLADIIDLPCRIAKGCKYCNRDDAASCLVRFGLDREYLVDLVGKPGHL 412
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: DRKD_DICDI (Probable serine/threonine-protein kinase drkD OS=Dictyostelium discoideum OX=44689 GN=drkD PE=2 SV=1)

HSP 1 Score: 250.751 bits (639), Expect = 1.011e-67
Identity = 121/258 (46.90%), Postives = 171/258 (66.28%), Query Frame = 1 
Query: 1969 EWEIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLM 2742
            EWE+   ++ IG RIG G YG+V+R    GTEVAVK   + + +   ++  + EV+++ +LRHPN+VLFMGA T P    I+TE+L RGSL  +L   +I +D   RL++  D A+GM YLH+ +P I+HRDLK+ NLLVD  W VKV DFGL+ +K HTF  +K+  GT  W+APEVL  E   EK DVYS+ ++LWEL+T  IP+ G N MQVV ++  + +RL +P    P  A ++  CW+T+P  RPSF +++
Sbjct:  843 EWEVPLSEIAIGARIGRGGYGQVFRGSWRGTEVAVKMLFNDNVNLKLISDLRKEVDLLCKLRHPNIVLFMGACTEPSSPCIVTEYLSRGSLANILLDESIEMDWGLRLQLGFDCARGMTYLHSRNPIIIHRDLKTDNLLVDDSWQVKVADFGLATVKSHTF--AKTMCGTTGWVAPEVLAEEGYTEKADVYSYAIVLWELLTRLIPYAGKNTMQVVRSID-RGERLPMPAWCPPKYAALMNRCWETDPTHRPSFPEIL 1097
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: STY17_ARATH (Serine/threonine-protein kinase STY17 OS=Arabidopsis thaliana OX=3702 GN=STY17 PE=1 SV=1)

HSP 1 Score: 234.958 bits (598), Expect = 7.744e-66
Identity = 109/264 (41.29%), Postives = 174/264 (65.91%), Query Frame = 1 
Query: 1969 EWEIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRLYRL 2760
            EWEI  + L I +++  GSYGE++R      EVA+K    +  + + L +F  EV IM ++RH NVV F+GA TR P+  I+TEF+ RGS+Y  LH+       +  L++ALDV+KGMNYLH ++  I+HRDLK+ NLL+D H +VKV DFG++R++  + + +    GT  WMAPEV+ ++P + + DV+S+ ++LWEL+T  +P+  L P+Q    V  +  R +IP++ +P + +++  CWQ +P LRP+F++++  L +L
Sbjct:  284 EWEIDMKQLKIEKKVACGSYGELFRGTYCSQEVAIKILKPERVNAEMLREFSQEVYIMRKVRHKNVVQFIGACTRSPNLCIVTEFMTRGSIYDFLHKHKGVFKIQSLLKVALDVSKGMNYLHQNN--IIHRDLKTANLLMDEHEVVKVADFGVARVQTESGVMTAE-TGTYRWMAPEVIEHKPYDHRADVFSYAIVLWELLTGELPYSYLTPLQAAVGVVQKGLRPKIPKETHPKLTELLEKCWQQDPALRPNFAEIIEMLNQL 544
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: DRKA_DICDI (Probable serine/threonine-protein kinase drkA OS=Dictyostelium discoideum OX=44689 GN=drkA PE=3 SV=1)

HSP 1 Score: 235.728 bits (600), Expect = 1.816e-65
Identity = 117/259 (45.17%), Postives = 163/259 (62.93%), Query Frame = 1 
Query: 1975 EIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRL 2751
            +I    + IG RIG G+YGEVY     G++VAVKK    + + + L +F  E+ +M  LRHPNV+ F+G+   PP   I TE++PRGSLY +LH   ++L     ++M +D AKG+ YLH S P I+HRDLKS NLLVD +W VKV DFGLS ++     ++ +  GTP W +PEVLR++   EK DVYSFG+ILWE  T + P+ G+ P QV+ AVG +  R  +P++  P   Q++ DC    P  RP+  Q + RL
Sbjct:  368 DIDIHQIKIGVRIGKGNYGEVYLGTWRGSQVAVKKLPAHNINENILKEFHREINLMKNLRHPNVIQFLGSCLIPPDICICTEYMPRGSLYSILHDQALQLQWSLLIKMMIDAAKGVIYLHNSTPVILHRDLKSHNLLVDENWKVKVADFGLSTIEQQG--ATMTACGTPCWTSPEVLRSQRYTEKADVYSFGIILWECATRQDPYFGIPPFQVIFAVGREGMRPPVPQNGPPKYIQLLIDCLNENPSHRPTMEQCLERL 624
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: DRKC_DICDI (Probable serine/threonine-protein kinase drkC OS=Dictyostelium discoideum OX=44689 GN=drkC PE=3 SV=1)

HSP 1 Score: 236.498 bits (602), Expect = 6.601e-65
Identity = 126/282 (44.68%), Postives = 172/282 (60.99%), Query Frame = 1 
Query: 1939 EVNPVLGEGSEWEIQWEDLDIGE-----RIGIGSYGEVYRADCNGTEVAVKK--FLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLS-RMKHHTFLSSKSC---AGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRL 2751
            E +P+L    +   + + +DI E     RIG GS  EV+     G  VA+KK   L++D   D L +   E  IM +LRHPN+  F+G    PP   I+ E++P GSLYR+LH P+I LD  +   MALD+AKGMNYLH   P ++HRDLKS NLLVD H+ VK+ DFGLS R K H  L  K+     GTP W APEVLRN+P  EK DV+SF ++LWE++T   P++G+   Q+V +VG    R  +P  V+    ++I +CW  +P  RPSF +++ RL
Sbjct:  468 ERSPLLKTDYKTLFEIKPIDISEIVVQNRIGRGSCAEVFTGTWRGIIVAIKKAKLLNED-DEDFLNELAQEATIMSQLRHPNICQFLGTCNNPPEILIVMEYMPLGSLYRILHDPSISLDWPRMKSMALDIAKGMNYLHCCDPIVIHRDLKSHNLLVDEHYRVKISDFGLSTRFKKH--LDKKTAMTPVGTPCWTAPEVLRNDPYTEKADVFSFAIVLWEIVTREDPYQGMPTFQIVISVGQHKLRPIVPPQVSAPFTRLITECWSEDPQQRPSFQEIVKRL 746
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: DRKB_DICDI (Probable serine/threonine-protein kinase drkB OS=Dictyostelium discoideum OX=44689 GN=drkB PE=3 SV=1)

HSP 1 Score: 229.565 bits (584), Expect = 6.594e-63
Identity = 115/263 (43.73%), Postives = 162/263 (61.60%), Query Frame = 1 
Query: 1975 EIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRLYRLQ 2763
            +I  + + IG RIG G++GEVY     G++VAVKK    + + + L +F  E+ +M  LRHPNV+ F+G+    P   I TE++PRGSLY +LH   I++      RM +D AKG+ YLH S P I+HRDLKS NLLVD +W VKV DFGLS ++     ++ +  GTP W +PEVLR++   EK DVYSFG+ILWE  T + P+ G+ P QV+ AVG +  R   P+   P   Q+++DC    P  RP+  Q +  L  ++
Sbjct:  385 DIDTQQIKIGVRIGKGNFGEVYLGTWRGSQVAVKKLPAHNINENILKEFHREINLMKNLRHPNVIQFLGSCLISPDICICTEYMPRGSLYSILHNEKIKISWSLVKRMMIDAAKGIIYLHGSTPVILHRDLKSHNLLVDENWKVKVADFGLSTIEQQG--ATMTACGTPCWTSPEVLRSQRYTEKADVYSFGIILWECATRQDPYFGIPPFQVIFAVGREGMRPPTPKYGPPKYIQLLKDCLNENPSQRPTMEQCLEILESIE 645
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: Y9955_DICDI (Probable serine/threonine-protein kinase DDB_G0267514 OS=Dictyostelium discoideum OX=44689 GN=DDB_G0267514 PE=3 SV=1)

HSP 1 Score: 232.646 bits (592), Expect = 1.129e-62
Identity = 112/263 (42.59%), Postives = 175/263 (66.54%), Query Frame = 1 
Query: 1966 SEWEIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKF-LDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRL 2751
            S+ EI + +L I  ++G G++G VY+    G+ VA+K+  +++D +   L +F+ E+ I+ RLRHPN+VL M A T PP+   +TE+LP GSLY  LH   I+++ +   ++A+ +A+GMNYLH S   ++HRD+KS NLL+D H  VK+CDFGLS++K  +   +KS  G+P WM+PE+L  E   EK DVY+FG+ILWEL T  +P+ GL+ +Q+  AV  ++ R  IP      ++ +I+ CW  +P  RPSF+++++ L
Sbjct:  653 SDIEISFSELKISSKLGEGTFGVVYKGLWRGSSVAIKQIKINEDVNNQVLEEFRKELTILSRLRHPNIVLLMAACTAPPNLCFITEYLPGGSLYDALHSKKIKMNMQLYKKLAIQIAQGMNYLHLSG--VIHRDIKSLNLLLDEHMNVKICDFGLSKLKSKSTEMTKSI-GSPIWMSPELLMGEDYTEKVDVYAFGIILWELGTGELPYSGLDSVQLALAVTTKSLRPPIPNAWPYQLSHLIQACWHQDPLKRPSFTEILNLL 912
[Close]
BLAST of Vigun08g037500.1 vs. DB:Swiss
Match: SHKC_DICDI (Dual specificity protein kinase shkC OS=Dictyostelium discoideum OX=44689 GN=shkC PE=3 SV=1)

HSP 1 Score: 223.402 bits (568), Expect = 2.440e-62
Identity = 118/262 (45.04%), Postives = 166/262 (63.36%), Query Frame = 1 
Query: 1975 EIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFSGDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRLLHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHWIVKVCDFGLSRMKH-HTFLSSKSCA-GTPEWMAPEVLRNEPANEKCDVYSFGVILWELITTRIPWKGLNPMQVV-GAVGFQNKRLEIPEDVNPVVAQIIRDCWQTEPHLRPSFSQLMSRL 2751
            EI+ E+++  E IG GS+G+VY+  C    VAVK    Q+F    L+ F+ EV +M ++ HPN+ LFMGA T P    I+TE +P+G+L  LLH   I+L    R+RMA D A G+N+LH S+P  VHRD+KS NLLVD +  VK+CDFGLS +K  H  L  +S A GTP +MAPEV+  +  NE  DVYSFG++LWE++T + P+     ++    AV  +++R  IP D    + ++I  CW  EP  RPSF +++S L
Sbjct:   18 EIRPEEINFEELIGTGSFGKVYKGRCRQKAVAVKLLHKQNFDAATLSAFRKEVHLMSKIYHPNICLFMGACTIPGRCVIVTELVPKGNLETLLHDQKIQLPLYLRMRMARDAALGINWLHESNPVFVHRDIKSSNLLVDENMRVKICDFGLSALKQKHKMLKDQSSAKGTPLYMAPEVMMFKEFNESSDVYSFGIVLWEILTRKEPFSHHRELEKFREAVCVKHERPPIPNDCLDSLRRLIEKCWDKEPISRPSFKEIISAL 279
The following BLAST results are available for this feature:
BLAST of Vigun08g037500.1 vs. DB:Swiss
Analysis Date: 2019-10-17 (BLAST: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1 vs. Swissprot)
Total hits: 10
Match NameE-valueIdentityDescription
EDR1_ARATH1.195e-13974.81Serine/threonine-protein kinase EDR1 OS=Arabidopsi... [more]
SIS8_ARATH2.283e-13671.64Probable serine/threonine-protein kinase SIS8 OS=A... [more]
CTR1_ARATH2.429e-11264.00Serine/threonine-protein kinase CTR1 OS=Arabidopsi... [more]
DRKD_DICDI1.011e-6746.90Probable serine/threonine-protein kinase drkD OS=D... [more]
STY17_ARATH7.744e-6641.29Serine/threonine-protein kinase STY17 OS=Arabidops... [more]
DRKA_DICDI1.816e-6545.17Probable serine/threonine-protein kinase drkA OS=D... [more]
DRKC_DICDI6.601e-6544.68Probable serine/threonine-protein kinase drkC OS=D... [more]
DRKB_DICDI6.594e-6343.73Probable serine/threonine-protein kinase drkB OS=D... [more]
Y9955_DICDI1.129e-6242.59Probable serine/threonine-protein kinase DDB_G0267... [more]
SHKC_DICDI2.440e-6245.04Dual specificity protein kinase shkC OS=Dictyostel... [more]
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InterPro
Analysis Name: InterProScan: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1
Date Performed: 2019-10-17
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001245Serine-threonine/tyrosine-protein kinase, catalytic domainPRINTSPR00109TYRKINASEcoord: 778..796
score: 39.05
coord: 825..835
score: 41.64
coord: 844..866
score: 36.89
coord: 888..910
score: 32.08
coord: 739..752
score: 35.76
IPR001245Serine-threonine/tyrosine-protein kinase, catalytic domainPFAMPF07714Pkinase_Tyrcoord: 666..917
e-value: 1.9E-64
score: 217.5
IPR000719Protein kinase domainSMARTSM00220serkin_6coord: 665..924
e-value: 1.0E-61
score: 221.0
IPR000719Protein kinase domainPROSITEPS50011PROTEIN_KINASE_DOMcoord: 665..925
score: 43.622
NoneNo IPR availableGENE3D1.10.510.10coord: 743..930
e-value: 6.7E-61
score: 207.4
NoneNo IPR availablePFAMPF14381EDR1coord: 120..323
e-value: 1.9E-68
score: 230.2
NoneNo IPR availableGENE3D3.30.200.20coord: 658..742
e-value: 2.0E-29
score: 103.7
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 27..54
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 27..47
NoneNo IPR availableCDDcd13999STKc_MAP3K-likecoord: 671..917
e-value: 6.27392E-129
score: 386.508
IPR008271Serine/threonine-protein kinase, active sitePROSITEPS00108PROTEIN_KINASE_STcoord: 784..796
IPR017441Protein kinase, ATP binding sitePROSITEPS00107PROTEIN_KINASE_ATPcoord: 671..693
IPR011009Protein kinase-like domain superfamilySUPERFAMILY56112Protein kinase-like (PK-like)coord: 654..918

Sequences
The following sequences are available for this feature:

mRNA sequence

>Vigun08g037500.1_Vu_IT97K-499-35_v1.1 ID=Vigun08g037500.1_Vu_IT97K-499-35_v1.1; Name=Vigun08g037500.1; organism=Vigna unguiculata; type=mRNA; length=3695bp
attattaattattaataataacttataattaATTTCGAAATTAAAAAAAA
GAGAGAAAAATAAAACAGAGAGAAGAGGAAGAGAAAGTAAAGAGAAAGTG
GAGGGAATGAAACCCTGAAGAAGGAACGGTTTAAGGGTAaaacgcaaaac
gcaaacgcaaacgcaaacgcGAAAGCGTGGATAGAAGCGATTAAAGGAAT
CTCAATCTGCATCGTCATCGTTTTCTTCATCGTCGTTATCTGTTGTTACG
GTCGATGATCCATGCCAAAGATGAAGCACCTTCTCAGAAAGCTTCACATC
GGTGGTGGCGCTGCCACCATCAATCACAATCACAACGCATTGTCCTCGCA
CGCGCATCACGCTCCCTCTACTTCCTCGCTCTCTTCGCCCACCGTAGTTT
CGGATCCGACGCCGATTCCGAGCCCAGTCGTGGAGGCGCAGAACGACGTT
GTCGAGTTCAACTTGTTGCAGGAGGAGGAGTTTCAGATGCAACTAGCGCT
TGCAATCAGTGCTTCCGATTCCGATCGCCGTGACACCGCGGAATCAGCGC
AGATCGACGCCGCAAAACAGATCAGCCTCGGTTACTCTGCTTCGTTCACT
GACACTCATGCCCTAGTTCAGTTCCAATCGCTTCGTTATTGGAACTACAA
TGTGATTGGTTATGATGAGAAAGTGATGGATGGGTTTTATGATGTGTTTG
GGGTTACCTCGAATTTGGTTGATCGAGGTAAGATGCCATTGTTGGTGGAT
CTGCAGACGGCTCCTGTCTCGGGAGATGTTGATTGTGAGGTGATTTTGGT
GAACCATGTGGTAGATCTTGAGCTTAATCAGCTTGAGAGGAAGGCGTGTA
GTTTGGTCGAGGAGTGTTGTGTTTCTGAACTGGGGCTGATTTTGAGTGGC
TTGCTTCAGAGGCTCGCAGATGTTGTTGTTAATAGAATGGGTGGACCTGT
TATTAATGCTGAGAAACTTACTAAGAGTTGGGCTATGAGGAGTCGTGAAT
TACGGGATTCTATGCAAACCATTGTTCTTCCCCTTGGCTGTCTTGATGTT
GGACTTTCACGTCACCGAGCCCTACTTTTTAAGGTACTTGCTGATAGGAT
TAACATTCCCTGCATGCTGGTAAAAGGGAGCTATTATACAGGAACTGATG
ATGGGGCTGTGAATTTGATTAAAGCTGATGATGGAAGTGAATATATCATT
GATATGATGGGTGCCCCTGGAACTCTTATTCCTGCCGAGGTACCCAGCAG
CCAGCTGGAAAGCAACAGTTTTTCTGTTAGGGGTTGTGCAGAGATTGTTG
GACTACCAGACAAGACAGGTTCAATAGTAGATGGTCGAACTGGTGTGCCA
GGAGTCTTTTCTGATTGTGGTAGAATTTCAACAGTGGGGAGGGTCCAGAC
AGAAGAATTGTTAGTTATGGGCAGTCAAACAAAGCCTGATGAAATTAATC
ACGTTAAAGCTAATGAGACAAGGAGATTTGAACATATGGAAGCATATGAA
TGCTCATCACATACAGAACCATCACCTGCAGAGAATATGCATGTAAAAAA
TGTCTCTAAGTATGTTCTCAGTGCAGCAAAGGACCCTGAATTTGCCCAAA
AACTACATAATGTTCTACTAGAGAGTGGTGCCTTACCTCCTCCTGATCTT
TTTTCAAATATAAATTCCCAAGATAGGGGTGTAGATAAAGTTAATGAAAA
AAATGTTGATTCTGTTCAAGATGACACAAATAATTTGTTATTAAGGTATG
AAAAGTCTCACATACCCTCAGATGGGTTGGGCTCAGCCAGTGATACTAGG
TTATGCCAATCAGCTGACTGCATAGCTGAACAACAAGAAGAATTGCACAC
AGATGTTGAATTTTGCAATTCTTCACAGAGAGATAATACAAGGAACGGGT
TTTTACATGCTTCTGATAGAAATATTGATGTAGAGAAATCTAACGCAATG
AATGTTGTTTTGGCTTCTATACACTCACGTAATAAGATATGTAAAGAAAA
GTGTACTGGATCTTCCTTGCCCAAGGCAGCTCTTTCCTGTAAAATGCATA
ATGGCATTGGCTGTTTCTGTGAAGATGATGAAAATGGCTATAGAAAGAAT
TTAGGAGCTTCTTTTAATAACAGAGGGTTGGGCAAAGATTCAGCTGTTCA
AAGAAATGAGATGGAGGTTAATGGAGAATGTTATGATGGTAGAAACAAGG
AAGTTAACCCGGTGCTTGGTGAAGGCTCAGAATGGGAAATTCAATGGGAG
GATCttgatattggtgagcgtattggtattgGTTCGTATGGTGAAGTTTA
TCGTGCCGACTGCAATGGCACTGAAGTTGCCGTAAAGAAGTTTCTAGACC
AAGATTTCTCTGGTGATGCACTAGCTCAGTTCAAATCTGAAGTTGAGATC
ATGCTACGGCTGCGACATCCTAATGTTGTGCTCTTCATGGGAGCAATTAC
TCGGCCCCCACATTTCTCTATCTTGACCGAATTTCTTCCAAGAGGCAGTT
TATATAGGCTACTGCATCGTCCCAATATTCGGCTTGATGAGAAGAAAAGG
TTGCGCATGGCTCTAGATGTGgctaagggaatgaattacttgcacacgag
ccatcctcccattgtacaCCGAGATTTGAAGTCTCCAAATCTTCTTGTTG
ACCGGCATTGGATTGTTAAGGTTTGTGATTTTGGTCTGTCAAGAATGAAG
CACCATACATTTTTGTCATCAAAGTCTTGTGCTGGAACGCCTGAGTGGAT
GGCACCAGAAGTCTTGAGAAATGAGCCAGCCAATGAGAAGTGTGATGTGT
ATAGTTTTGGCGTGATCTTGTGGGAGTTGATTACTACAAGAATTCCCTGG
AAAGGTTTGAACCCAATGCAGGTTGTTGGAGCTGTTGGATTCCAAAACAA
ACGGCTTGAAATTCCAGAAGATGTCAATCCGGTAGTAGCACAGATTATAC
GTGATTGCTGGCAAACGGAGCCACACTTGCGGCCATCTTTCTCACAGCTG
ATGTCTCGTCTTTACCGTCTTCAACATATGGTTGCCCCAAAAACGGGTTC
AACACATTAAACGAAGTTGTCTATAACATAGGTACTGTAATAATACCTAA
AGTTGTTCGTTGGTTCAAAGAACCAGAACAGCTAGTTTTTTTCTTTTCGT
CCATCTTGACATCAAAAGATTTCCTGAGAAATGTCAGGTACATTGAAAGT
TGTCACTGGACACAACCCCTTCAGAAAAAGAGCAGGGTCCTCCCCAATAT
CTGCATAAGTGCAGTGGAGGTTTAGTTGGAGTAGGTACAAATGAAGAATC
CCGAGAGGGAAGAAAAACAAGAAACTGAAATGAAAAAAAAAAAGTACAAA
ATTATTCTTTGTCTGTAGAGGTCTTATTTGGAATTGTAAACATGCGATCT
CTCAGGTACTCATGCAAATGTaaacagaagaaaaagaacagaaaaagaaa
aaaaaaaaaaCATTACTCAGTTTGAGTTTGTCTTCAGCAAGTATACCTCT
GTTATGATCATTATCTCTTAGTTTGATATTTGCCACGGACTACAACATCC
AAATTGCTAAACTTTTCTATGGGAATCTTCAGTAATGTTTTCACATTTTC
GTTTTCAAAATGGTGTTCCTGTGATGTTAACATATATAGTTCAAACGGGG
ATTTCCTATTCCAATTCCATGTTAGGAAAATACTTCTTAAGAATT
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protein sequence of Vigun08g037500.1_Vu_IT97K-499-35_v1.1

>Vigun08g037500.1_Vu_IT97K-499-35_v1.1 ID=Vigun08g037500.1_Vu_IT97K-499-35_v1.1; Name=Vigun08g037500.1_Vu_IT97K-499-35_v1.1; organism=Vigna unguiculata; type=polypeptide; length=933bp
MPKMKHLLRKLHIGGGAATINHNHNALSSHAHHAPSTSSLSSPTVVSDPT
PIPSPVVEAQNDVVEFNLLQEEEFQMQLALAISASDSDRRDTAESAQIDA
AKQISLGYSASFTDTHALVQFQSLRYWNYNVIGYDEKVMDGFYDVFGVTS
NLVDRGKMPLLVDLQTAPVSGDVDCEVILVNHVVDLELNQLERKACSLVE
ECCVSELGLILSGLLQRLADVVVNRMGGPVINAEKLTKSWAMRSRELRDS
MQTIVLPLGCLDVGLSRHRALLFKVLADRINIPCMLVKGSYYTGTDDGAV
NLIKADDGSEYIIDMMGAPGTLIPAEVPSSQLESNSFSVRGCAEIVGLPD
KTGSIVDGRTGVPGVFSDCGRISTVGRVQTEELLVMGSQTKPDEINHVKA
NETRRFEHMEAYECSSHTEPSPAENMHVKNVSKYVLSAAKDPEFAQKLHN
VLLESGALPPPDLFSNINSQDRGVDKVNEKNVDSVQDDTNNLLLRYEKSH
IPSDGLGSASDTRLCQSADCIAEQQEELHTDVEFCNSSQRDNTRNGFLHA
SDRNIDVEKSNAMNVVLASIHSRNKICKEKCTGSSLPKAALSCKMHNGIG
CFCEDDENGYRKNLGASFNNRGLGKDSAVQRNEMEVNGECYDGRNKEVNP
VLGEGSEWEIQWEDLDIGERIGIGSYGEVYRADCNGTEVAVKKFLDQDFS
GDALAQFKSEVEIMLRLRHPNVVLFMGAITRPPHFSILTEFLPRGSLYRL
LHRPNIRLDEKKRLRMALDVAKGMNYLHTSHPPIVHRDLKSPNLLVDRHW
IVKVCDFGLSRMKHHTFLSSKSCAGTPEWMAPEVLRNEPANEKCDVYSFG
VILWELITTRIPWKGLNPMQVVGAVGFQNKRLEIPEDVNPVVAQIIRDCW
QTEPHLRPSFSQLMSRLYRLQHMVAPKTGSTH*
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mRNA from alignment at Vu08:3590779..3606820-

Legend: five_prime_UTRpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>Vigun08g037500.1_Vu_IT97K-499-35_v1.1 ID=Vigun08g037500.1_Vu_IT97K-499-35_v1.1; Name=Vigun08g037500.1; organism=Vigna unguiculata; type=mRNA; length=16042bp; location=Sequence derived from: Vu08:3590779..3606820- (Vigna unguiculata
ATTATTAATTATTAATAATAACTTATAATTAATTTCGAAATTAAAAAAAA
GAGAGAAAAATAAAACAGAGAGAAGAGGAAGAGAAAGTAAAGAGAAAGTG
GAGGGAATGAAACCCTGAAGAAGGAACGGTTTAAGGGTAAAACGCAAAAC
GCAAACGCAAACGCAAACGCGAAAGCGTGGATAGAAGCGATTAAAGGAAT
CTCAATCTGCATCGTCATCGTTTTCTTCATCGTCGTTATCTGTTGTTACG
GTCGATGATCCATGCCAAAGATGAAGCACCTTCTCAGAAAGCTTCACATC
GGTGGTGGCGCTGCCACCATCAATCACAATCACAACGCATTGTCCTCGCA
CGCGCATCACGCTCCCTCTACTTCCTCGCTCTCTTCGCCCACCGTAGTTT
CGGATCCGACGCCGATTCCGAGCCCAGTCGTGGAGGCGCAGAACGACGTT
GTCGAGTTCAACTTGTTGCAGGAGGAGGAGTTTCAGATGCAACTAGCGCT
TGCAATCAGTGCTTCCGATTCCGATCGCCGTGACACCGCGGAATCAGCGC
AGATCGACGCCGCAAAACAGATCAGCCTCGGTTACTCTGCTTCGTTCACT
GACACTCATGCCCTAGTTCAGTTCCAATCGCTTCGTTATTGGGTATGGTG
ATTATAGTTATTGTAGTAACGCTTCTATTCAAGGCATTTTCTCATTTTCT
ATTTCTCGTAACTGGAATTAGCCAATTAGGTGCCTGTAAATGTTAGTTTG
TTTTTTATTTTTTAATTATTAGTTTATTTATATGTTTTGGATAATTGGAG
TAAGTTTGTTTTGTTGTTGCTATTTATAGATAGACATTTGAAGTTATTGA
TAAGTGTTAAAGGAAAATAAAATGAAACTGTTTGAATGAAATTGTTTTGG
AAGTGTGGTTTCTGAGAGTTTGTTGTGGTGTTGTTACTGTGGCAGAACTA
CAATGTGATTGGTTATGATGAGAAAGTGATGGATGGGTTTTATGATGTGT
TTGGGGTTACCTCGAATTTGGTTGATCGAGGTAAGATGCCATTGTTGGTG
GATCTGCAGACGGCTCCTGTCTCGGGAGATGTTGATTGTGAGGTGATTTT
GGTGAACCATGTGGTAGATCTTGAGCTTAATCAGCTTGAGAGGAAGGCGT
GTAGTTTGGTCGAGGAGTGTTGTGTTTCTGAACTGGGGCTGATTTTGAGT
GGCTTGCTTCAGAGGCTCGCAGATGTTGTTGTTAATAGAATGGGTGGACC
TGTTATTAATGCTGAGAAACTTACTAAGAGTTGGGCTATGAGGAGTCGTG
AATTACGGGATTCTATGCAAACCATTGTTCTTCCCCTTGGCTGTCTTGAT
GTTGGACTTTCACGTCACCGAGCCCTACTTTTTAAGGTGAGAATTTTCTC
CATTTATTGATTGAAGAGATCTGTGTGAGACATTCAAATTTGAACAATTT
AGATTTTATTTAACTAAATGCTTTCGAGCAACTTTTATTCATCATCCAAC
AGTATGCGGAAAGGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT
TTTTTTCTCTATTGTGTAGTTATATGGCTCTTGTTATTTGTTCTGTTTGA
CATGTATAATGTGTTGTCGTTAAAATCAATCATGCATATGGTATGCTCAC
TTTATTTTATTTTATAGTCTGTTTAACAGAAAAGTTACATATATTTAACA
AGTCATATCTGCAAAATTAAAGCGAGTTTCTTTTGACTCTCTTTAGTGGA
AATATTTAGGTATATTTCTTTCAATTTTAAAGTCAGGAAAGCTCATCAAT
TTATTTGATTTCAACTAAAGCTAACTTGACTGCTGGTGGTTAGGTACTTG
CTGATAGGATTAACATTCCCTGCATGCTGGTAAAAGGGAGCTATTATACA
GGAACTGATGATGGGGCTGTGAATTTGATTAAAGCTGATGATGGAAGGTA
TTTACCTTACGGTAGAAAGTTGTTTCCCTTTTTGTTATATTGCTTTTAAG
GTAGTTTAATTCCAAGACCATTTAGCTCTCATCTGATATAAATGATGACC
GTTGTATGTTCTATTGAGTTAGAAACTCTATATTGCATGTTTACACTTTC
TTAGGGCAGTCCAGACACGAGGCTGGTTTCCAAAAGCAATTTTATTTCAC
TCTTTCTGTTATGTACTTCTGATGCTTTGTAAAACTCTACCTCCCTTATG
TAATGAGGAAGCGGCACCACCTGTGTAATTAATTAGTATATAACATTGTT
AACTGAAGCATAGAATATTGCAGTGACCGCGTTTGAGTTTGTAAGAAAAT
GGTTTTTTAATTTGTTGCAGACTACTAGATCATTGAAGTACAGTAACTGC
AGTTTATTGTTACTTTTGTGATTTAGTTACTTCAACTTACTGTGTTTGAA
TTTACATTTTTCAAGGAATTGGACCACAAAGTATTATTCTCCTCATATAT
GGCAATGAACTTTTAACAACACAAACAGTACTGATCTTACTTTATGTCAA
AACAATTTCAAGTACTGTTATTAATTTTTGTACTGATGCAGTGAATATAT
CATTGATATGATGGGTGCCCCTGGAACTCTTATTCCTGCCGAGGTACCCA
GCAGCCAGCTGGAAAGCAACAGTTTTTCTGTTAGGGGTTGTGCAGAGATT
GTTGGACTACCAGACAAGACAGGTTCAATAGTAGATGGTCGAACTGGTGT
GCCAGGAGTCTTTTCTGATTGTGGTAGAATTTCAACAGTGGGGAGGGTCC
AGACAGAAGAATTGTTAGTTATGGGCAGTCAAACAAAGCCTGATGAAATT
AATCACGTTAAAGCTAATGAGACAAGGAGATTTGAACATATGGAAGCATA
TGAATGCTCATCACATACAGAACCATCACCTGCAGAGAATATGCATGTAA
AAAATGTCTCTAAGTATGTTCTCAGTGCAGCAAAGGACCCTGAATTTGCC
CAAAAACTACATAATGTTCTACTAGAGAGTGGTGCCTTACCTCCTCCTGA
TCTTTTTTCAAATATAAATTCCCAAGATAGGGGTGTAGATAAAGTTAATG
AAAAAAATGTTGATTCTGTTCAAGATGACACAAATAATTTGTTATTAAGG
TATGAAAAGTCTCACATACCCTCAGATGGGTTGGGCTCAGCCAGTGATAC
TAGGTTATGCCAATCAGCTGACTGCATAGCTGAACAACAAGAAGAATTGC
ACACAGATGTTGAATTTTGCAATTCTTCACAGAGAGATAATACAAGGAAC
GGGTTTTTACATGCTTCTGATAGAAATATTGATGTAGAGAAATCTAACGC
AATGAATGTTGTTTTGGCTTCTATACACTCACGTAATAAGATATGTAAAG
AAAAGTGTACTGGATCTTCCTTGCCCAAGGCAGCTCTTTCCTGTAAAATG
CATAATGGCATTGGCTGTTTCTGTGAAGATGATGAAAATGGCTATAGAAA
GAATTTAGGAGCTTCTTTTAATAACAGAGGGTTGGGCAAAGATTCAGCTG
TTCAAAGAAATGAGATGGAGGTTAATGGAGAATGTTATGATGGTAGAAAC
AAGGAAGTTAACCCGGTGCTTGGTGAAGGCTCAGAATGGGAAATTCAATG
GGAGGATCTTGATATTGGTGAGCGTATTGGTATTGGTAAGTGTATTTCCT
TGCTTCAAATGTTATATTTTAGATATAATTGTTATTTAAAGACATAACAG
TTTACATGTATAATTATATCTTTTATGGGCTCTTTTTTCACCTTTTTTTT
TTGAAATAAAAGATCACTTTTGGCATGTTTTGATTGATAAAGTGCTATCT
TTTAACTGCTCATAATAATTATTTAAATTTTTTTCATAAAAAAGATAATG
CCTCTTAAAAAGTTGTTTTACTTGCTAAAACTATTATTTTTGGGAAAATA
GGTCTGAAACAAATTGCATCGTAAAACACTTTTTTTTAAGCTTAAACAAA
AGATCCATTAGTAAGATAATTGACAATTTATAATAGCTTAATTGTTAATT
CACACAGAATTGGAATTTTAGATATCGCTATATATTATTTAATATGATAG
ATTTCATTAATGGAGACCTAGTACAAGCTGATTGGAAATATGCTCATCTT
AGATGTATTCTTGTGTACCTAAGCTTGTTCACGCATGCCCTTGTAGGTTC
GTATGGTGAAGTTTATCGTGCCGACTGCAATGGCACTGTAAGTCAGCTCA
CATTTTTGTTTCCTTCTGTACATGAACAGAGTTCTTTATAATGTTTTTGT
TTCTATTAGTTCTTAAAATTACATAATCTGAAAATGTTCATTTAACTCCT
TGATAGCTTCATTGTTCTGGTTTGTGCTAATTTTTAAAATGCTCATTAAT
ATTTGTGTGCCCATGTCTAGTTTCATGTCACATTTGGATTATGGTTATAA
TTTAACTTGCAAAGTTTTCACTTGGTGTTCCATGCTCTTGACCTAGGTCT
ACTACATCCTCATAAAAGCATTTAAAAAATATACAAATGCAATAGTATTT
TATAAAGTCAAATTGCTTGTCTCAGGCACTGCCAAGTTACCAATTCTTTT
CTGTTAACTATTTTTGAAATCAATATCTATCAATATTAAGATTCCAAGAG
GGATCAGGGTGAGATGGGGTGTAGCACTAATCTTATCTTTAGATAAGTTG
ACGTTGATGCAGGTCTTAGAACTTTCAGTTTGTTTCTACATGGTTGTCAA
GATGTTTACTAAATTGCTTTTATTAGCATATGAAATATGGATACGAATAT
GCACACTTTTTTTCCTTGTGCAAATGGACATATGTGGCCATTATATCACT
TCCCAGTTGGTTTATGTCATCTTGATTTTGTTTGAAACTTTTGTTACTTG
TATCCATTGAAAGACGAAGATCTCATTATACATAGTTGCTTTGACTACTT
GAAAGTACTTGATAGTAATTTTGTGCACTGATTTTGGTAATTTGCATGAA
TGGTTGGCATGACAGGAAGTTGCCGTAAAGAAGTTTCTAGACCAAGATTT
CTCTGGTGATGCACTAGCTCAGTTCAAATCTGAAGTAAGCCATTGCCTCT
ATATGGATATGTATAATGCAGTCATACGCACATAATATTCATGCCCTTTT
ATATCTTATTGCAGGTTGAGATCATGCTACGGCTGCGACATCCTAATGTT
GTGCTCTTCATGGGAGCAATTACTCGGCCCCCACATTTCTCTATCTTGAC
CGAATTTCTTCCAAGGTTAGCTTTGTCTTATGCATTAAGTTAAATATTAT
CAGTAGGGCTATTGAATCAGGAATGCAAATGATAGGACTTCATTTTGTGA
GTTTCTTGAATGGTCTCTTTGGTTATGTTTACATGAAATGTTTTCTTTTA
TTGATTTTGTACATTTATTTTTTTTCATTTATTAATGTTTTGTTCTGGCA
TTTAGTCAACTTGCAACTTTGCCTCCCATAAAAACAATTAGTTAATTTAT
TTTTCTATATTATTGTTTGCTTGTTAATGTATATTTGTCTTTCGGTATAC
AGAGGCAGTTTATATAGGCTACTGCATCGTCCCAATATTCGGCTTGATGA
GAAGAAAAGGTTGCGCATGGCTCTAGATGTGGTAAGAGTTGAAAATAATT
TCCCTTTCTTTTTTGTTGTAGAGCCAAGGAATTTATTAGAAACAACTAAG
ATATAGAAAATGAACTGGCCATGGGCTGAACACTGGAGTCCATGAATATA
ATTCTATCGCAAAGCAAGTGTAATGGCTCTGAGATTTTCTTATAAATGTA
ATTTGAGCATCTCTCTGTATCCAATATTTGTATAAACAGCGTACTTATTG
ACACATCTTAGCTTTATTCTTGTCAAAGCTTTTATATTGAACCATAGGAG
TGCTCCAATATCGGCAGTCATCTCATTCTCTGTTTCCTTTACTTAATGTG
AATTTATCGTGCACTTACCAGGCTAAGGGAATGAATTACTTGCACACGAG
CCATCCTCCCATTGTACACCGAGATTTGAAGTCTCCAAATCTTCTTGTTG
ACCGGCATTGGATTGTTAAGGTATTTTTACATGAATTCTGTCTTGGGAGT
TTACTTCACAATGCTGAAAAAAAAAAGAAATATCAATAGATTACTTCACT
TATATTCATATTCTTGGTGAAAAGTTACACTTATGCTTGCTTGGTAGAGA
GTAATGGATGTTTTTTGTTCTGCGTCATTAACAAGTTTATTCTGCTAAAA
TGTGCAAATTGAAGAAATTTGATAGGCCCTTGGGTATTATAAGTATCTGT
GTCCTGCATCAAATAATATAATTGCTCAATAAAATATTTCCATGTGTGCT
CCACCCCCCCTCCCCTCCTAACAACTAGCTGTTAAGGGTCCTTTCCCCTA
GTGATTAGGCACATATCAAAGTATCAATTTATTTTATGTCCAATTAATTG
GTCATAAAATGTCATTGATACAGTTGTATTATTTTATTGATTTATTTTTA
TGCTTAATACATACTTTAGATTACTACTACATTATTTGTACCATTATATA
AAGGATATGCAACTTTCGTTAACTATTTTTATTGTCGTTTTTTAATTAGA
AAATGTTATCTTTTAACAAATAAAAATAACTTTGTATTTATTAAAATATT
TAATTACACAACCTCTGAACTCAAAGTAACTACATAACTTTTCCACTTAA
AAGTAATCCCGACATACAAAAATGTGGAGTGCATGTGTTTTTGTTGGTAT
TATTAACATTAATCTATCATGTCTATATTAATTTTAAACAAATTAATTTA
TTATGTCATTATTTTTACCATTTATTTTGATATTATTTTTAATTAACTTT
ATATTTACATTGCATCTTAAACTTAGATATATACTATAATTTTATATATT
TATTTTTATGAATATTATGAAGTTATAAAAACACTAGAGATGGGTAAGAA
ACATTGAGTAAAGCGCAATCATAAGCTTTTGAAAAATTTTACAAAGATAT
CGGGACAAAGAATAAAGAACGTAAAATATGTAAGCTTTCTAAAAGTAGAG
AAAGGAAAACCACATATTTGGATCAAGTACATGTATTATGGATGAAGGGA
AAGTTTGATCACAGTGCAAGATATAGGGTGACTCACTTTTTCCAAGGAGA
ATAGCTACATTTAAACTTGAGCTTTGGACATAGATTATGTAAACAAAAAG
GGTTTTGACTTAAGTAGGAGTAAGAGCGTATACGCATTGCTATTTTTTAT
TTTAGCAAGAGACGAGGAATATGACTTAAAAATTAAATTTTGGAGATGAC
ATGCCACACATTTCTAGTTTAAATTTGTAAGATCAATATTACCAAATGAG
AATAAAATTAATGAGGATGTGTCATACGCAAGATAGAAGCAGGATGGCTA
AGAAAGCAGAAAAAAATTGGGGGTTATTTGTAATCACGGTATCTACCTAA
CTCAAAGGCTATCATATTAATCTTACGTCTGACTATACTTTATCGTAGTG
AATACTGGACTTTGAAAGGGCCATGCGAGTAAAAGGCGAGAATGGGAAAA
TTGAGAATGTTAAAATAAAGGTCTGGTTACACAAGGAATTTTAAGATGCA
AAATTGTTTTTATACTAGATGTTAGCATGTCACCTGTAGAGGAAAAGATG
TACAATAGTTGAAGTTGTTTTGGACTTGTACAAAGAAGGCCACTGGAGGC
ATATAAGAAGAGTAGATTGTTTGTTTTTAGTCCAATGAAAATAGGGAGGT
GGAGTCTAAGAAGGACATTGGAGGAAGTTGTTGTTAAGAGAGATTTCATG
GTGAATAAAAAATCTCTGAACTTTTGGTCTTTATTGTATGACAAAGTCGA
GTCCTGTTGTGTGATGAATGTGGTCGAGCTAACATAGTGGGATAATGCTC
CCACATGCAAAACTAATCTATGAAAAAACAGTATATTAAAGAATTCTAAA
CAGTTCTAGTAATTGTTAAATGATTTCATCACATATAATTGCGTTATTGA
TAATTAATCAGAATGATTTTTGAGTTAATCTTGTGAAATTCTTTAATTTA
TGTTCCCATAACATGATGTATATGTATATCATAGTTATATAGCTGACCCT
AGTGAAATTTTATATGTTCCCACAACAAGATGCATCATACTTATCAATAT
TGGATAATAGTTCAAAGCAGTCAACCCCAAAAATGCTATTGTATAATAGT
GCACGGTGAGAGGACCACTATTCTAAATTTTTGTATTCTAATTAAATAAT
TTATACTTGTAAATGCTAAATAATGGCCCATTCCATGACATCTATAATTA
ACAATAAAGCTCGTTGGTTTAAGCAAAATATGCCAGCATATAAGAATAAA
AGTCAAGGAATCAAACAAAATACAAAAGACATAATTGTATCACTGGAAAT
TGAAGGTTTAGAGTTTAGAACAGAGAAGAGTGAAGGGATGGTGTCACCGG
AGATGAGTTGGTGTTGGTTGTAAAAAAATTGAAAGGAAGGTGACTGGGTG
TTAGGTTAGTCAATCTTGATGTTACGTAGGAGTGGCAAGCAACAACCAAT
TAGCGAATTTTTAAATTCTACTACTTGAGACTGAGACTTTAAAATATATG
AGTAGTGGACAACAGTACCACTCTCCTTCTCTTCTATTTATAATGAAGCA
AGTACATATGAAAAGACTGCTCTAAGATACTAGGCATGATTAGATGCAGC
AGTAGATACGACAGTAGATAGTTTCCCACACTAAACACCCTATACATAGG
GTTAATGATACAATAGGTAATAATTCTAACACTCCCCCTCAAGCTGGAGC
ATACAAATTGTATGAACCAAGCTTGGAACAAATGAACTCAATCCGAGGTC
CCCTTAATGACTTGGTCAACACATCTGCAAGTTGGTCATTTGATCCAACG
AACTCAGTACAAATTTCCTTGGTCATCAATTTTTCTCGAACAAAGTGGCA
GTCATTTTCTATGTGTTTAGTTCTCTCATGAAACACTGGATTCGATGCAA
TGTGGAGAGCAGCCTGGTTGTCACAGTACATCTTCATGGTCTGAATTTCA
CAGAAGTTAAGCTCTTGAAGAAATTGCTTTACCCATACGAGTTCACACGT
GAGAGACGCCATTGCCCGATATTTAGCTTCAGCGGTGGATCGAGCCACTA
CATTTTGCTTCTTACTTTTCCGAGAGATAACATTTCTTCCAAGGAGGACA
CAATATCCCGTAGTAGAGCGTCTGTCAATAGGAGAGTCTGCCCAATCAGC
ATCACAGTACCCAGAGATTTGAACATTTCCTTTATCTTCGTATAGCAAAC
CTTGTCCTGGAGCCTTCTTGAGGTATCTTAAAATACGGATGATGGCATTC
CAATGTCCAAGACATGGAGTCTGCATAAACTGGCTAACAATTCCAACTGC
GAAAGATAGATCAGGCCTCGTAATAGTGAGATAAATTAACTTTCCAACGA
GCCTCCTATATCTCTCTGGATCGGAGAATAATTCGCCTTCTTCTGTTGTT
AACTTCTGATTTGGGTCCATAGGACTCTCTACTGGTCTGCAGTCAATCAT
ACCTGTTTCTTGTAATATATCAAGAGCATATTTCCTTTGAGAGATTACAA
CTCCATCTTTTGACTGAGCTACTTAAATGCCCAAGAAGTATTTGAGGCTT
CCGAGATCCTTGGTTTGAAAATGTTTACACAAGTGCTCCTTCAGTTGAGA
TATTCCAGTAGTATCATTTCCTGTAATAACAATATCATCAACATATACTA
TTAGGTAGGCACATTTCCCAGGAGAGGTATGTTTGTAAAAGACTGAGTGA
TCTGCCTCACTGTGTCTTAACCCAAATTTCTGAACAATGGAGCTGAATTT
TCCAAACCAAGCTCGTGGTGATTGTTTGAGGCCATATAAAGATCGATGCA
ATTTGCATACCATACTAGACTCCCCCTGAGCAACAAACCCAGGAGGTTGC
TCCATGTAAACTTCCTCCTCAAGATCACCATGAAGGAAGGCATTTTTGAT
ATCCAATTGATGAAGCGGCCAATGACGAATTGTTGCCATTGCAAAGGAGA
GGCGAATAATAGTCATCTTGGCCACAGGAGAGAAGGTGTCACAATAGTCA
AGGCCATAAACTTGAGTGTACCCTTTTGCAACCAATCGGGCTTTGAGTCG
ACCAACCTGACCATCAGGGCCAACTTTAATTGCATACACCCATCGACAAC
CAACAACCTTCTTGCCCGAAGGGAGGGGCACGAGCTCCCAAGTATGATTG
CTTTCAAGAGCCTGCATCTCTGCAATCATGGCTTGTCGCCATCCAGGATG
ATCAAGTGCTTCATTCATATTTTTGGGAATAACAACAGAAGACACTGAGG
ATAAAAGTGAACAATAGGAAGACGATAATCGGTGATAGCTAAGAAAATTA
TAAATGGGATGTGGATTTCGAGAGGAACGAGTACCTTTTCTGAGAGCAAT
GGGCCAACCTGAATCACCTTCACCAGGAGTCGTGGGATCAAGAGACGAGG
GAGAAGAATCTGAAGTAGGGGATTCATCATGTTCTTGAACAACTGGACTA
TTTGTTGGCGTCCTGTGTTGGAGAGAATCAATAGGTGGAGATGATGGCTC
AAGAGGATTTTGGTCGAGACTTGGAGTGACAGGGACATTGGAAATATTGT
ACTCAACCACGGGAATAGGAAGGACTTGCTGTATGACATGGACATCTTGA
ATAGATGGAGAGAAGTAAGGGGTCTGTTCAAAAAATGTAACATTGGCAGA
CATGTAATATTTCTTGGTTTCAGGAGAGTAACATCGATACCCTTTTTGAA
GTCGTGAATAGCCCAAGAAAACACATTTGAGAGAGCGAGCAGAAAGCTTG
TCTAACCCGGGAGACATGTCATGAACAAAACATACACAACCAAAAACTCT
AGGAGAAGTGTGAAAGAGAGGATTTTCTGGAAACAGAATGGAGAAAGGGA
CCTTATGATTGAGAGAGGAAGATGGCATCTGATTAATAAGAAAACCTGCA
GTTAAGATGGCATCTCCCCAGTGATGGACAGGAACGTTGACACTAAGCAA
AAGGGTACGAGCAGTTTCAACTAAATGTCTATTTTTTCTTTCTGCTATAC
CATTTTGTTGTGGCGTATGAGGATAAGTAGACTGGTGCAGGATACCATGG
GAACTCAAAACATTAGAAAGAGCAGACGAAAAGTACTCTTTGGCATTGTC
ACTTCTTAAGATTTTAATTACTTGACCAAATTGATTCTTGATTTTATTCA
AAAAGGATGTGAAGAGGGATAATAATTCAGAACGATCTTTCATAAGATAA
ACCCAAGTACATCTCGAATATTCATCAATGAAAGTAACAAAATACCTAAA
GCCAAAAGATGAGACACGACTAGGTCCCCAGATATCGGAATGGATGACAG
AAAAACTAGAAGTACACTTTGATTGAGACCTTTTAGGAAAGGTAGATCTA
ACATGTTTTCCTAGTTGACATGACTCACATTCTAAAGTCTGGAGACTACT
AAGTTCAGGAAACATTTTCTTTAACTTGGACAGGTGAGGGTGACCAAGCT
GATCATGTAACATTTTAGGATTGGGAGCTGCAACACATGACACCCGTGGA
CGAGATCCAAAATGGTATAATCCGCCCGCTTCATATCCTTCTCCAATCTG
TCTCCCTGAGCCACACTCCTGTATAACAAAAGATTTGTTATCGAAGGTTA
CAGAGCAATTCAATGTTTTGGTTAATTGAGTTAAGGAAATTGAATTGAAA
GGAGAATTAGGAACAAAAAGGACAAATTTTAGATTTAAGGACGGAGATAA
GATTGCTTGACCGACTCCCTTTGAGGATGTTTTAGAACCATTCGCAAGGG
TTATAAAATGAGATTTTTCTTGGAATGAAATGGTTGAGAACAAGGAGGTA
TTACCAGAAATGTGATCAGAAGCACCAGAGTCAATTACCCATGAATTGTG
ACCTTCCATGGATTGAGAGATGCAAACAGTTGATGTACTTGGAGCTTGAG
ATGACTGTGCCAAACTGTTGGATTTGAGGCGTAGTTACTCTTGATACTCG
TCCTCAGTGAACTTGGAGTCAGTAGTCTTTGCCTGGGAGACATTGGCTGT
TTTGGCAGGAAATCCATGTAAAGTGTAGCAGTTTTCTTGGGTATGACCCA
TCCTTTTACAATATGTACACTGAGGACGCCCACGACCTCCACGTCCACCT
CCTCTAGTTCCACGACCTCCTCTTCCTCGGGTGGCGACCATGACAGATGG
TTCCATTACAGCAAGAGTTTTTGGAGTTTGAAGAGTTGGAACACGTATCA
TGCGGGAGATCAAAGTTTCCATGGAAGGAACCTCATGAGAGGTCAAAAGC
TGATCTCGGATATGATTAAAGTCTAGGTGTATAGCGCGGAGGATCATTAC
CATATAGTACTTGTCAAGCTTTTTCTTCATTTCATCTAGAGAGTCGACTT
CCAAGAACATTCGAAGTTCTTCCACAGCAGCTTGAGCGTCATTCATGAAT
GAAATCATATCATGGTTAGTCATTTTCATAGATGCCAACTTGTTCGCCGA
ATCATAGAGGCGCTGAATATCATTTGCATAGATATTCTAAGTTCACTTCC
AAAACGAGTGGCAAGTTTTGAAGGCCCGTAGGGACATCAAAAGTCGTGGT
TCCACCGACTGCCACAGTAGAGCACATAGTTGGAAATCTGCTTGTTTCCA
CTGTTTAGCTTTTTCAGAAGGTACGTGGCTGCCATCTTTCTCAAGGTGGT
CGTGATGTCCTTGACCGAGAAACCACATCTCGACGGCAGCGGACCAAGAT
AAGTAATTTTGGCCATTTAGTTTCTCGGAAGTAATGCAAGGGCTTCCGGA
GAATGAAATAGCACTCCCAGTACCTCCAGTGGCCATGATATGATCAAGAG
AATAAACAAAAACAGAGAGGATCTCGGAAAACAGTGAAACAGTGACGATT
CTCGAATTCGAAAGTGACGATTTCCACAAGGGGTGCTACTGGACTTCACC
AGAACAGAGGTTTGAGGGTCAAAACGGGTAGAGGAGGCTTTGGCGACGGA
GGTGGCGCGACGACGAACCGGCGACTAGACGGCGGCGTGTGGGCGGCACG
CGCCTGACTGCAGCGAACAGAGATGACGCGCGTGGAGGCGCGTGGCGACG
GCGCTGCCTGCGACACCGGTGGGGTTGGCTGTCGCGCGGAGAGGCGGTCC
AGATCCAGTGGTTTCCGGACGGAACTGCGTCGGTGGACGGCGACGAAGGA
CTGCAGACAGTGGCGAACAGTGTTGAAATGTTGTTTGACAGTGTTGGGTA
GTTCAGAAACGAGGTTAAACGAACTTGGACAGCCGCGGTGACTAACGGCG
ATAAACTGCGGACAACGGTGATGGACTTGATGAGACAGAAACCAGAGCGG
GATCGACCCGCTCTGATACCAACTTGAGACTGAGACTTTAAAATATATAA
GTATTGGACAACAATACCACTCTCCTTCTCTTCTATTTATAATGAAGCAA
GTACATATGAAAAGACTGCTCTAAGATACTAGGCATGATTAGATGCATCA
GTAGATACAGTAGATAGTTTCCCACACTGAATACCCTATACATAGGGTTA
ATGATACAATAGGTAATAATTCTAACACTACACTATGAAAATCTCAACTC
CCCACCTCAGCCCTCTTTTCAGGGAAAGAGTGGATTTTAAAAAAATGTCC
TCTAGGGCACTGCTGTTTGGGCTGCGATTGAAGCCATTGCAGCTACTATT
CCAAAGTGAAGCAATATCCAAACCTTGTTGCTGCCAATTGCTGCCCCCGC
ACTCACAGTATTTGCATTCGATATAAGCATATATAAGTACTAACTAATCT
TTATGCACTTTGAATTAACTATTATCCAGGGAATTATGGGTATGTGATCA
TGAGACAATTTTCTGAGCTATGTCTGGCATATTTTAAAACGTTTTCAAAA
TGTGCTTAATTGATATGGCTTTAGACCGGCATCCAACATTGTGTCTGACA
GAAAGTATCTCACTAGATTTGATACTAAACTATTCTTGGGCTTGGTGTAT
AAAAGTCGTTAAAGAACATTAAGTAAATAATTTATTTTCACTTTTTAACT
CCAGAAGTGGATAGACATAGAACTGTTGTACGAAAATTAACTACGCTCAT
ACTAATTCTAATTAAAGCTTGATGAAAGACAATATTTTCTCGTCTTTGAA
TTGTCATGCTTTCACATTTGTGACAATTTAAACCCTTTTTCCTGACCTTT
TTTTAACATCTATTAAAATTATATATTATTATTTTGTTTCTTTGTCTTTT
CTCAGGTTTGTGATTTTGGTCTGTCAAGAATGAAGCACCATACATTTTTG
TCATCAAAGTCTTGTGCTGGAACGGTAATTTGTTATTTCTCGCTATTCGT
AATTGATATAAATTATCAGTTTATCACCGTAGTTGGTTTCATTATGGGAT
ATATAATATTTATCAAAAAAACTAAATATATCTTTTACCTGCAGCCTGAG
TGGATGGCACCAGAAGTCTTGAGAAATGAGCCAGCCAATGAGAAGTCAGT
TTAATCCACATTTCTGTATGCTCCACTCAAATATGATGTCTAAGTTCCCA
ATGTGATAGTTAAAGTTTGCATGCAGGTGTGATGTGTATAGTTTTGGCGT
GATCTTGTGGGAGTTGATTACTACAAGAATTCCCTGGAAAGGTTTGAACC
CAATGCAGGTTGTTGGAGCTGTTGGATTCCAAAACAAACGGCTTGAAATT
CCAGAAGATGTCAATCCGGTAGTAGCACAGATTATACGTGATTGCTGGCA
AACGTAAGTTCCATTTCTCTACTTACCTTTTGTGATTGTTACGATGTGGA
TTATGAGAGTCTCTGTTCTCGGAAAGCTGTGTATTTGTGGGCTTATTGCC
AGTGTTGTTATTGTCAAAGTTTTGCCAAGTTCATGTTCTTTTACAATTAT
GATTTTTACTATAATATAATGATATGTTAATATGCTTAGGTAAACTTTAG
ATTTTAGTTATATGTTAATGGTCTAAATAAAACTTGGGTTCCCCTATTTT
CGTCTTATATTGATGCTCGGGAGAACAAAAACGAGAATAAGTTGATTTGT
ACTAAGATGGACCACATCTCTTCATTGAAAAACAATCATTATTCATCAAA
ACCCAAATAAGTAGAAAATAATAATGTACAAAGAAAACCTGAACGAGAAA
ACCTAAGTATTGATGCTCTTAAAATTAGAAAAATATAAGAACAAGGATCA
TCCCCTCCCTCACCATAGAAAAACAAAAGTAAAAAAAAAATTGATTTCAA
GTTACACTGAGTCTACTGGTTTGTTCTATCTGTTTGATTTTATTTGGGTT
GGTTTTGATGCAGGGAGCCACACTTGCGGCCATCTTTCTCACAGCTGATG
TCTCGTCTTTACCGTCTTCAACATATGGTTGCCCCAAAAACGGGTTCAAC
ACATTAAACGAAGTTGTCTATAACATAGGTACTGTAATAATACCTAAAGT
TGTTCGTTGGTTCAAAGAACCAGAACAGCTAGTTTTTTTCTTTTCGTCCA
TCTTGACATCAAAAGATTTCCTGAGAAATGTCAGGTACATTGAAAGTTGT
CACTGGACACAACCCCTTCAGAAAAAGAGCAGGGTCCTCCCCAATATCTG
CATAAGTGCAGTGGAGGTTTAGTTGGAGTAGGTACAAATGAAGAATCCCG
AGAGGGAAGAAAAACAAGAAACTGAAATGAAAAAAAAAAAGTACAAAATT
ATTCTTTGTCTGTAGAGGTCTTATTTGGAATTGTAAACATGCGATCTCTC
AGGTACTCATGCAAATGTAAACAGAAGAAAAAGAACAGAAAAAGAAAAAA
AAAAAAACATTACTCAGTTTGAGTTTGTCTTCAGCAAGTATACCTCTGTT
ATGATCATTATCTCTTAGTTTGATATTTGCCACGGACTACAACATCCAAA
TTGCTAAACTTTTCTATGGGAATCTTCAGTAATGTTTTCACATTTTCGTT
TTCAAAATGGTGTTCCTGTGATGTTAACATATATAGTTCAAACGGGGATT
TCCTATTCCAATTCCATGTTAGGAAAATACTTCTTAAGAATT
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Coding sequence (CDS) from alignment at Vu08:3590779..3606820-

>Vigun08g037500.1_Vu_IT97K-499-35_v1.1 ID=Vigun08g037500.1_Vu_IT97K-499-35_v1.1; Name=Vigun08g037500.1; organism=Vigna unguiculata; type=CDS; length=2799bp; location=Sequence derived from: Vu08:3590779..3606820- (Vigna unguiculata
ATGCCAAAGATGAAGCACCTTCTCAGAAAGCTTCACATCGGTGGTGGCGC
TGCCACCATCAATCACAATCACAACGCATTGTCCTCGCACGCGCATCACG
CTCCCTCTACTTCCTCGCTCTCTTCGCCCACCGTAGTTTCGGATCCGACG
CCGATTCCGAGCCCAGTCGTGGAGGCGCAGAACGACGTTGTCGAGTTCAA
CTTGTTGCAGGAGGAGGAGTTTCAGATGCAACTAGCGCTTGCAATCAGTG
CTTCCGATTCCGATCGCCGTGACACCGCGGAATCAGCGCAGATCGACGCC
GCAAAACAGATCAGCCTCGGTTACTCTGCTTCGTTCACTGACACTCATGC
CCTAGTTCAGTTCCAATCGCTTCGTTATTGGAACTACAATGTGATTGGTT
ATGATGAGAAAGTGATGGATGGGTTTTATGATGTGTTTGGGGTTACCTCG
AATTTGGTTGATCGAGGTAAGATGCCATTGTTGGTGGATCTGCAGACGGC
TCCTGTCTCGGGAGATGTTGATTGTGAGGTGATTTTGGTGAACCATGTGG
TAGATCTTGAGCTTAATCAGCTTGAGAGGAAGGCGTGTAGTTTGGTCGAG
GAGTGTTGTGTTTCTGAACTGGGGCTGATTTTGAGTGGCTTGCTTCAGAG
GCTCGCAGATGTTGTTGTTAATAGAATGGGTGGACCTGTTATTAATGCTG
AGAAACTTACTAAGAGTTGGGCTATGAGGAGTCGTGAATTACGGGATTCT
ATGCAAACCATTGTTCTTCCCCTTGGCTGTCTTGATGTTGGACTTTCACG
TCACCGAGCCCTACTTTTTAAGGTACTTGCTGATAGGATTAACATTCCCT
GCATGCTGGTAAAAGGGAGCTATTATACAGGAACTGATGATGGGGCTGTG
AATTTGATTAAAGCTGATGATGGAAGTGAATATATCATTGATATGATGGG
TGCCCCTGGAACTCTTATTCCTGCCGAGGTACCCAGCAGCCAGCTGGAAA
GCAACAGTTTTTCTGTTAGGGGTTGTGCAGAGATTGTTGGACTACCAGAC
AAGACAGGTTCAATAGTAGATGGTCGAACTGGTGTGCCAGGAGTCTTTTC
TGATTGTGGTAGAATTTCAACAGTGGGGAGGGTCCAGACAGAAGAATTGT
TAGTTATGGGCAGTCAAACAAAGCCTGATGAAATTAATCACGTTAAAGCT
AATGAGACAAGGAGATTTGAACATATGGAAGCATATGAATGCTCATCACA
TACAGAACCATCACCTGCAGAGAATATGCATGTAAAAAATGTCTCTAAGT
ATGTTCTCAGTGCAGCAAAGGACCCTGAATTTGCCCAAAAACTACATAAT
GTTCTACTAGAGAGTGGTGCCTTACCTCCTCCTGATCTTTTTTCAAATAT
AAATTCCCAAGATAGGGGTGTAGATAAAGTTAATGAAAAAAATGTTGATT
CTGTTCAAGATGACACAAATAATTTGTTATTAAGGTATGAAAAGTCTCAC
ATACCCTCAGATGGGTTGGGCTCAGCCAGTGATACTAGGTTATGCCAATC
AGCTGACTGCATAGCTGAACAACAAGAAGAATTGCACACAGATGTTGAAT
TTTGCAATTCTTCACAGAGAGATAATACAAGGAACGGGTTTTTACATGCT
TCTGATAGAAATATTGATGTAGAGAAATCTAACGCAATGAATGTTGTTTT
GGCTTCTATACACTCACGTAATAAGATATGTAAAGAAAAGTGTACTGGAT
CTTCCTTGCCCAAGGCAGCTCTTTCCTGTAAAATGCATAATGGCATTGGC
TGTTTCTGTGAAGATGATGAAAATGGCTATAGAAAGAATTTAGGAGCTTC
TTTTAATAACAGAGGGTTGGGCAAAGATTCAGCTGTTCAAAGAAATGAGA
TGGAGGTTAATGGAGAATGTTATGATGGTAGAAACAAGGAAGTTAACCCG
GTGCTTGGTGAAGGCTCAGAATGGGAAATTCAATGGGAGGATCTTGATAT
TGGTGAGCGTATTGGTATTGGTTCGTATGGTGAAGTTTATCGTGCCGACT
GCAATGGCACTGAAGTTGCCGTAAAGAAGTTTCTAGACCAAGATTTCTCT
GGTGATGCACTAGCTCAGTTCAAATCTGAAGTTGAGATCATGCTACGGCT
GCGACATCCTAATGTTGTGCTCTTCATGGGAGCAATTACTCGGCCCCCAC
ATTTCTCTATCTTGACCGAATTTCTTCCAAGAGGCAGTTTATATAGGCTA
CTGCATCGTCCCAATATTCGGCTTGATGAGAAGAAAAGGTTGCGCATGGC
TCTAGATGTGGCTAAGGGAATGAATTACTTGCACACGAGCCATCCTCCCA
TTGTACACCGAGATTTGAAGTCTCCAAATCTTCTTGTTGACCGGCATTGG
ATTGTTAAGGTTTGTGATTTTGGTCTGTCAAGAATGAAGCACCATACATT
TTTGTCATCAAAGTCTTGTGCTGGAACGCCTGAGTGGATGGCACCAGAAG
TCTTGAGAAATGAGCCAGCCAATGAGAAGTGTGATGTGTATAGTTTTGGC
GTGATCTTGTGGGAGTTGATTACTACAAGAATTCCCTGGAAAGGTTTGAA
CCCAATGCAGGTTGTTGGAGCTGTTGGATTCCAAAACAAACGGCTTGAAA
TTCCAGAAGATGTCAATCCGGTAGTAGCACAGATTATACGTGATTGCTGG
CAAACGGAGCCACACTTGCGGCCATCTTTCTCACAGCTGATGTCTCGTCT
TTACCGTCTTCAACATATGGTTGCCCCAAAAACGGGTTCAACACATTAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: INTERPRO
TermDefinition
IPR001245Ser-Thr/Tyr_kinase_cat_dom
IPR000719Prot_kinase_dom
IPR008271Ser/Thr_kinase_AS
IPR017441Protein_kinase_ATP_BS
IPR011009Kinase-like_dom_sf
Vocabulary: Biological Process
TermDefinition
GO:0006468protein phosphorylation
Vocabulary: Molecular Function
TermDefinition
GO:0004672protein kinase activity
GO:0005524ATP binding