Vigun09g145900.2

Transcript Overview


Name	Vigun09g145900.2
Unique Name	Vigun09g145900.2_Vu_IT97K-499-35_v1.1
Type	mRNA
Organism	Vigna unguiculata (cowpea)
Sequence length	7588

Alignments

The following features are aligned


Feature Name	Type	Location	Analysis	Reference
Vu09	supercontig	Vu09:30880862..30893514 -	Vigna unguiculata L. Walp IT97K-499-35 genome v1.1	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 v1.1	2019-10-15
InterProScan: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1	2019-10-17
BLAST: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1 vs. Swissprot	2019-10-17

Orthologs

Syntenic blocks


Syntentic block	Assembly	Species
vuvuL081	Vigna unguiculata L. Walp IT97K-499-35 genome v1.1	Vigna unguiculata
psvuL493	Pisum sativum Cameor genome v1a	Pisum sativum
crvuL312	Cicer reticulatum L. PI489777 genome v1	Cicer reticulatum
pvvuL128	Phaseolus vulgaris G19833 genome v2.1	Phaseolus vulgaris
crvuL569	Cicer reticulatum L. PI489777 genome v1	Cicer reticulatum
pvvuL807	Phaseolus vulgaris G19833 genome v2.1	Phaseolus vulgaris
caivuL0634	Cicer arietinum ICC 4958 genome v2	Cicer arietinum
cavuL443	Cicer arietinum CDC Frontier genome v1.0	Cicer arietinum
cavuL652	Cicer arietinum CDC Frontier genome v1.0	Cicer arietinum
anvuL0200	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL0323	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL0369	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL0763	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
asvuL205	Vigna angularis Jingnong 6 genome v1.1	Vigna angularis
vuzwsR652	Pisum sativum cv. Zhongwan6 genome v1.0	Pisum sativum
vuzwsR670	Pisum sativum cv. Zhongwan6 genome v1.0	Pisum sativum
vuzwsR673	Pisum sativum cv. Zhongwan6 genome v1.0	Pisum sativum
tifvuL333	Vicia faba cv. Tiffany genome v1.0	Vicia faba
vfhvuL309	Vicia faba inbred line Hedin/2 genome v1.0	Vicia faba
tifvuL577	Vicia faba cv. Tiffany genome v1.0	Vicia faba
vfhvuL535	Vicia faba inbred line Hedin/2 genome v1.0	Vicia faba
vfhvuL616	Vicia faba inbred line Hedin/2 genome v1.0	Vicia faba
vrvvuL086	Vigna radiata cv. VC1973A genome v6.0	Vigna radiata
vssvuL282	Vicia sativa cv. Studenica genome v1.0	Vicia sativa
vssvuL407	Vicia sativa cv. Studenica genome v1.0	Vicia sativa
vssvuL749	Vicia sativa cv. Studenica genome v1.0	Vicia sativa
vuvuaR418	Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0	Vigna unguiculata subsp. sesquipedalis
vuvuaR463	Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0	Vigna unguiculata subsp. sesquipedalis
canvuL210	Cicer arietinum CDC Frontier NCBI RefSeq v1	Cicer arietinum
canvuL411	Cicer arietinum CDC Frontier NCBI RefSeq v1	Cicer arietinum
canvuL606	Cicer arietinum CDC Frontier NCBI RefSeq v1	Cicer arietinum
avjvuL167	Vigna angularis cv. Jingnong6 genome v1.7.1	Vigna angularis
avjvuL478	Vigna angularis cv. Jingnong6 genome v1.7.1	Vigna angularis
carvuL234		Cicer arietinum
carvuL419		Cicer arietinum
carvuL623		Cicer arietinum
ccavuL172	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan
ccavuL336	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan
ccavuL351	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan
vuvumR731	Vigna umbellata FF25 genome v1.0	Vigna umbellata
vuvumR750	Vigna umbellata FF25 genome v1.0	Vigna umbellata
vuvvaR771	Vicia villosa cv. AU Merit genome v1.0	Vicia villosa
vuvvaR854	Vicia villosa cv. AU Merit genome v1.0	Vicia villosa
vstvuL247	Vigna stipulacea acc. JP252948 genome v2.a1	Vigna stipulacea
vstvuL649	Vigna stipulacea acc. JP252948 genome v2.a1	Vigna stipulacea
vasvuL265	Vigna angularis cv. Shumari genome v1.a1	Vigna angularis
vasvuL648	Vigna angularis cv. Shumari genome v1.a1	Vigna angularis
pvfvuL116	Phaseolus vulgaris cv. Flavert genome v1.0	Phaseolus vulgaris
pvfvuL712	Phaseolus vulgaris cv. Flavert genome v1.0	Phaseolus vulgaris
vuvunR479	Vigna unguiculata L. Walp IT97K-499-35 genome v1.2	Vigna unguiculata
vuvunR527	Vigna unguiculata L. Walp IT97K-499-35 genome v1.2	Vigna unguiculata

Orthologs


Gene/Transcript	Assembly	Species
Vfaba.Hedin2.R1.2g133000.1	Vicia faba inbred line Hedin/2 genome v1.0	Vicia faba
Vfaba.Tiffany.R1.2g107640.1	Vicia faba cv. Tiffany genome v1.0	Vicia faba

Gene/transcripts from the same species that appear to represent the same gene


Gene/Transcript	Assembly	Species
Vigun09g145900.2	Vigna unguiculata L. Walp IT97K-499-35 genome v1.2	Vigna unguiculata

Relationships

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


Feature Name	Unique Name	Species	Type
Vigun09g145900	Vigun09g145900_Vu_IT97K-499-35_v1.1	Vigna unguiculata	gene

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


Feature Name	Unique Name	Species	Type
Vigun09g145900.2	Vigun09g145900.2_Vu_IT97K-499-35_v1.1-protein	Vigna unguiculata	polypeptide
Vigun09g145900.2_Vu_IT97K-499-35_v1.1	Vigun09g145900.2_Vu_IT97K-499-35_v1.1	Vigna unguiculata	polypeptide

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


Feature Name	Unique Name	Species	Type
Vigun09g145900.2.v1.1.CDS.13	Vigun09g145900.2.v1.1.CDS.13_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.12	Vigun09g145900.2.v1.1.CDS.12_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.11	Vigun09g145900.2.v1.1.CDS.11_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.10	Vigun09g145900.2.v1.1.CDS.10_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.9	Vigun09g145900.2.v1.1.CDS.9_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.8	Vigun09g145900.2.v1.1.CDS.8_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.7	Vigun09g145900.2.v1.1.CDS.7_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.6	Vigun09g145900.2.v1.1.CDS.6_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.5	Vigun09g145900.2.v1.1.CDS.5_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.4	Vigun09g145900.2.v1.1.CDS.4_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.3	Vigun09g145900.2.v1.1.CDS.3_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.2	Vigun09g145900.2.v1.1.CDS.2_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g145900.2.v1.1.CDS.1	Vigun09g145900.2.v1.1.CDS.1_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS

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


Feature Name	Unique Name	Species	Type
Vigun09g145900.2.v1.1.three_prime_UTR.1	Vigun09g145900.2.v1.1.three_prime_UTR.1_Vu_IT97K-499-35_v1.1	Vigna unguiculata	three_prime_UTR

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


Feature Name	Unique Name	Species	Type
Vigun09g145900.2.v1.1.five_prime_UTR.1	Vigun09g145900.2.v1.1.five_prime_UTR.1_Vu_IT97K-499-35_v1.1	Vigna unguiculata	five_prime_UTR

Homology

[Close]

BLAST of Vigun09g145900.2 vs. DB:Swiss
Match: MIP2_ARATH (MAG2-interacting protein 2 OS=Arabidopsis thaliana OX=3702 GN=MIP2 PE=1 SV=1)

HSP 1 Score: 2365.11 bits (6128), Expect = 0.000e+0
Identity = 1273/2412 (52.78%), Postives = 1712/2412 (70.98%), Query Frame = 1

Query:   10 VLYETRHHAS-----NYPXXXXXXXXXXXXANESTKATFFSLLSSRGVSQLKDKWTEYKQPKRLRRLVSLFVSATAKHVAVAAGNRITILSKEDDYQNPCAIFTSPSLGTFSLGTWSEDEEVLGVADDSDTLYFIKFSGVVVAEISKKNLKVSSPIISLFSDVDLDTSESYL--FSVVTSDGLVQQIEISRGQIGSTFPNYISNH-TIHICNNIFCFDHHSELNLFVAVHKXXXXXXXXXXXXXXXT--------ELEQLFSLQFEGLYLKPKDYRGLLTYAKVLISPQASFVATLDLTGCLHIFKLDKEGLTLSRFVLGERDGSAMSGDLS-NGVNKSCVDFMDFTWWCDHILAIVNRSGVVMLIDILNGSTVPAEDHAYFLPVLERALKYKGCVFLLASQSLK-EGGDASHDGSTEELHQTDWIITDRLNQFHLSRLFWHLVSFTEKSVPEMYSILINKKKYQAALDFADSHGLDKEKVLKSQWLNSSHGVNEIKNILSNIKDKNFVLSECVDRIGVTEDAVKALLDYGLRITDHHKFSVVDDDNSSKVWNLRLARLKILQFRDRLETYLGINMGRFSVQEYSKFRIMPINEAAISLAESGKIGALNLLFKRHPYSLSLFMLEILAAIPETVPVQMYGQLLPGRSPPSGFAVRQDDWVECEKMVHFINASVKN--HDILIQVKTEPFVKHFHGFPWPSIDELSNWYTNRARAMDDFSGQLDNCLSLLEFALRKGLSELQSFHQDVLYLNQIVYSNDDDSEMGFSMNLAKWVELSDYEKFKFLLKGVKEENVTERLHSRAIPFLREKFHKVSLLGDVIVSDCTNRNMEESFLVRWLKDTSEENKLDICLVVIEEGCRNFQSNDYFKTEAEAVDCALQCIYLSTVTDKWSIMAAILSKVSQLHDGAFQVEDLERRLKTAEGHIEAGRLLAFYQVPKPLNFFLGAQLDEKGVKQIIRLILSKFIRRQPSRSDSEWASMWRDMQYLREKAFPFLDPEYILTEFCRGLLKAGKFSLARNYLKGTSSVALASEKAENLVIQAAREYFFSASSLSCSEIWKARECLNLYPSSGNVKAEADIIDALTAKLPNLGVNILPMQFRQIKDPMEIIKMAITNQSGAYFHVDELIEVARLLGLRSADDISTVEEAIAREAAVSGDLQLAFDLCLGLARKGHGTIWDLCAAIARGPALDNMDVDSRKQLLGFALSHCDEESIGELLHAWKDLDMQGQCEILMTSTETNPSKFSEFDGIG------------ADNQDVHLQKARDVLSIVAKTLAIGDRVDWASILTENGKVLSFAASQLPWLIELSKKGEHQRKLS----TGKQYLNIRTQAVVTILCWLARNGFAPRDNLIASLAESIMEPPVTEEEDIMGCSYLLNLVDAFNGVEIIEEQLKIRKDYQEICSIMSVGMAYSLLHNSGLK-TDPSQXXXXXXXXXXXXHASPSSDDMDKLGKVQSSFWREWKLKLEEQKRLTEHSRALEKIIPGVETERFLSRDSIYIENVVISLIESVKLERKHILKDILKLVDTYDLNCTEVLLRYLSAVLVSDTWSNDDITAEVAGYKGEIIGNSEKTIETISTIVYPAIDGCNKLRLAYVYGLLSECYLQQENTKDLSPVVQVDHVNANISLARYYKVLEQECKNISFVTNLNFKNIAGLHGLYFECFSDEVYACIEESSLSALSKMVQALVNMYGDSLPDGFMSWQDVYRYYVVSLLKDLETKVTTDSSNRTPEYLQGFINKLEQSYDLCQVYIRLLSRPDALGIMKQYFTIILPFFSSYGLLPDNSTWQECLIVLLNFWMRLTDDMKEIALEKSS-GETGCFDPQCLMNCLKVFMKLVMEDIISPSQGWGSICGYVICGLKGDSSAEIYSFCRAMIFSGCGFGAVAEVFTVASSDSGLASDCGQGSQDLPHFYLHILETVLSELISGSHESQNLYHILSSLSKLEGDLKVMQCVRHVIWERMVQFSDNLQLPSSVRVFVLELMQFISGKNIRGFSTEILANVQPWEEWNELIFASRKSETDVDKSLPDHKDSSSRVTNTLIALKSSQLA-ASISPSIEITPDDLLNADKAVSCFMGLCGEAREDLHFDALVAILEEWDGLFTAGKNGETIA--EATKXXXXXXXXXXXXXXXSLEGVDNPEKEKIEDSVFVHPLHVCWAEIFRKFISLSRFTDVLRLIDQSYLKPNALLLDEDDACSLIQMAFPIDCFLALKMSLLLPYKTLQLQSLGAVEDSTKQ-GIPQ-SRSKDYEXXXXXXXXXXXXXXXTDSTYGTLFSYICYLVGNLSNQSQQVLVS-GRGTHNNEDHENQLL-LFTRILFPNFISELVKADQHILAGFLVTKFMHGNESLSLINIAGASLKRYLEMQLQMLQISE--FPVEKTCKTLKNTVGRLRGKLSSFIQSILPLVS 7104
            VLYE RHHAS      YP   Q           ++K    SL+S +GVSQLK+KW+EY  PK+  + VSLF+S   + VAV +GN +TIL K+DDY+ PC  FTS   G+F+ G WSE  +VLG+ DDS+TL+FI+ +G  +++++K+NLKVS+P++ L  D D D   S L  FS++TSDG +  +EISR    S F  + SN  +    N++FCFD+H +L+  + V   +G S       +  +         LE L + +F+G+Y + KD +  L Y K LISPQ S VA+LD  GC+HIF+LDK  LTLS     E    ++  D S     +S  + +DFTWW DH LAI+ RSG + + DI     V  +   Y +PV+ER  KY+G +FLL S + + +   A+ D    E H T               + W L+SFTEK++PEMY IL+ K +YQ ALDF+DSHGLD+++V KS+WL S  GV+++  ILS IKDK FVLSEC+DRIG TED++KALL +GL +T+H+ F+  +D  S ++W  RLARL++LQF +RL+TYLGI+MGR+SVQ+Y KFR  PIN+AAISLAESG+IGALNLLFKRHPYSL  FML+ILAAIPETVPV+ Y  LLPG+SPP+  AVR++DWVECEKMV FIN   +N  +D LIQ  TEP V+   G+ WPS +EL+ WY +RAR +D  +G LDNC+ L++ A RKG+SEL+ FH+D+ YL+QI+YS++   E+ FS++LA W  LSDYEKFK +L+GVK + V  RLH +AIPF++++F     LG       TN    ESFLV+WLK+ + ++ +D+C  VI+EGC +  +  +FK + EAVDCALQC+YL  VTDKW++MA +LSK+ +++D A   ED++RRLK AEGHIEAGRLL FYQVPKP+N+FL   LDEKGVKQI+RL+LSKF+RRQP RSD++WA MWRD++ L+EKAF FLD E++LTEFCRGLLKAGKFSLARNYLKGT SVAL SEKAE+LVI AA+EYFFSA SL+  EIWKARECLN++ SS  VKAE DIIDA+T +LP LGV++LP+QF+Q+KDPMEIIKMAIT    AY H +ELIEVA+LLGL S++DIS+V+EAIAREAA++GD+QLAFDLCL L ++GHG IWDL AAIAR PAL++MD+ SRKQLLGFAL HCD+ESI ELLHAWKD D+QGQCE L   +E+N  +F + DG+             + +Q + L +A+D +S VAK + + D VD  S+L ENGK+ SFAAS LPWL++L +  +  + L      GKQ+++I+  A++TIL WLA+NGFAP+D LIA + +SI+E PVT+EED++GCS+LLNLVDA N VE+IE+QL+IR +YQEI SIMS+GM YSLLH+SG++ T P QRRELL++ F  K     +DDM K+ K+QS+FW+EWK KLEE+    + SR LE+IIPGVETERFLS D  YI+  V SLIESVK E+K ILKD+LKL DTY L  +EV+LRYLS++L S+ W+N+DITAE+   K EI+  +  TIETISTIVYPA  G NK RLAY+Y LLSECY     +K+ S +VQ +   A +S   +Y VL+QEC  +SF+ +L+FKNI+ L GL F+ F++EV+A I E +L AL+KMV+ L  +  ++   G +S QDVY+ Y+++LL  LE++   D    + E  QGF+ +LE++YD C+VY+R+L    A+ I+K++FT++LP   SY  +PD+STWQECLI+L+NFW+RL D+M+E+     S  E     P+C+ +C  + +KLVM D +SPSQ W +I  Y+  GL GD + EI++FCRAM+FSGCGFG +++VF      S ++S      QDLPH YL +LE +L +L+SG+ E+QNLY +LSSLS LEG+L+ ++ VR V+W+++V FS+NL+LPS VRV+ LELMQFISGKNI+G S+E+ +NV PW+   EL+ + +K+E  ++++LPD  D SSR+TNTL+ALKSSQ+A A+ISP +EI+P+DL   + +VSCF  L          +AL+AILE W+ LF A KN E +   EAT  GNDW +DDW++GWE+L+  +  EK K E  V  HPLH CW +IFRK+I+LS   +VL+LID S  KP  ++++E +A SL  +    D FLALK+SLLLPYK ++ Q L  VE+  KQ GIP+ S    +E+L L++ SG LS+II+++ YG++FS++CYL+G LS + Q+  ++      +N   E++ +  F +++FP F+S LVKADQ ILAGFLVTKFMH N SLSLIN+A ASL+RYL+ QL+ L+  E  F      +TLKNTV  LRG     I+S L  +S
Sbjct:    8 VLYEIRHHASLPYVPRYPPLPQAD-------GTNSKGGLRSLVSIKGVSQLKEKWSEYWNPKKTNKPVSLFISPRGELVAVTSGNHVTILRKDDDYRKPCGNFTSSISGSFTSGVWSEKHDVLGLVDDSETLFFIRANGEEISQVTKRNLKVSAPVLGLMED-DSDLQPSCLCSFSILTSDGRIHHVEISREPSASAFSKHASNSVSKQFPNHVFCFDYHPDLSFLLIVGSVAGISSSGSSGSSCISLWRKCQNLGLELLSTTKFDGVYCENKDDQ--LAYPKTLISPQGSHVASLDSNGCVHIFQLDKARLTLS-CCPSEDSSDSLKPDKSLQSWKESLRNVVDFTWWSDHALAILKRSGNISIFDISRCVIVQEDATIYSMPVVERVQKYEGHIFLLESSTQEAKSALANVDRDASEFHHTSE-----------HSMLWRLISFTEKTIPEMYKILVEKCQYQEALDFSDSHGLDRDEVFKSRWLKSEKGVSDVSTILSKIKDKAFVLSECLDRIGPTEDSMKALLAHGLYLTNHYVFAKSEDQESQQLWEFRLARLRLLQFSERLDTYLGISMGRYSVQDYRKFRSNPINQAAISLAESGRIGALNLLFKRHPYSLVSFMLQILAAIPETVPVETYAHLLPGKSPPTSMAVREEDWVECEKMVKFINNLPENGKNDSLIQ--TEPIVRRCLGYNWPSSEELAAWYKSRARDIDSTTGLLDNCICLIDIACRKGISELEQFHEDLSYLHQIIYSDEIGGEICFSLSLAGWEHLSDYEKFKIMLEGVKADTVVRRLHEKAIPFMQKRF-----LG-------TNNQNVESFLVKWLKEMAAKSDMDLCSKVIDEGCIDLYTVCFFKDDVEAVDCALQCLYLCKVTDKWNVMATMLSKLPKINDKAG--EDIQRRLKRAEGHIEAGRLLEFYQVPKPINYFLEVHLDEKGVKQILRLMLSKFVRRQPGRSDNDWACMWRDLRQLQEKAFYFLDLEFVLTEFCRGLLKAGKFSLARNYLKGTGSVALPSEKAESLVINAAKEYFFSAPSLASEEIWKARECLNIFSSSRTVKAEDDIIDAVTVRLPKLGVSLLPVQFKQVKDPMEIIKMAITGDPEAYLHGEELIEVAKLLGLNSSEDISSVKEAIAREAAIAGDMQLAFDLCLVLTKEGHGPIWDLGAAIARSPALEHMDISSRKQLLGFALGHCDDESISELLHAWKDFDLQGQCETLGMLSESNSPEFQKMDGVSCLTDFPQMLDGLSSDQQLDLDRAKDSISCVAKDMPVDDSVDLESLLKENGKLFSFAASHLPWLLKLGRNRKLDKSLVLDSIPGKQFVSIKATALITILSWLAKNGFAPKDELIAMITDSIIEHPVTKEEDVIGCSFLLNLVDASNAVEVIEKQLRIRGNYQEIRSIMSLGMIYSLLHDSGVECTAPIQRRELLQKNFERKQTESLADDMSKIDKLQSTFWKEWKHKLEEKMHDADRSRMLERIIPGVETERFLSHDIEYIKVAVFSLIESVKSEKKLILKDVLKLADTYGLKQSEVILRYLSSILCSEIWTNEDITAEILQVKEEILTFASDTIETISTIVYPAASGLNKQRLAYIYSLLSECYCHLAESKEASLLVQPNSSFAGLS--NWYNVLKQECSRVSFIKDLDFKNISELGGLNFDSFNNEVHAHINEMNLEALAKMVETLSGLSMENSSKGLISCQDVYKQYIMNLLDTLESRRDLDFG--SAESFQGFLGQLEKTYDHCRVYVRILEPLQAVEILKRHFTLVLPPNGSYMHIPDSSTWQECLILLINFWIRLADEMQEVKSSNPSLVENLTLSPECISSCFTLLIKLVMYDSLSPSQAWAAILVYLRSGLVGDCATEIFNFCRAMVFSGCGFGPISDVF------SDMSSRYPTALQDLPHLYLSVLEPILQDLVSGAPETQNLYRLLSSLSNLEGNLEELKRVRLVVWKQLVIFSENLELPSQVRVYSLELMQFISGKNIKGSSSELQSNVMPWDGSAELLSSMQKTEAALNQALPDQADGSSRLTNTLVALKSSQVAVAAISPGLEISPEDLSTVETSVSCFSKLSAAVTTASQAEALLAILEGWEELFEA-KNAELLPSNEATDQGNDWGDDDWNDGWETLQESEPVEKVKKECVVSAHPLHSCWLDIFRKYIALSMPENVLQLIDGSLQKPEEVIIEETEAESLTGILARTDPFLALKISLLLPYKQIRSQCLSVVEEQLKQEGIPELSSQSHHEVLLLVIYSGTLSTIISNACYGSVFSFLCYLIGKLSREFQEERITQADNRESNASSESRFISCFGQLMFPCFVSGLVKADQQILAGFLVTKFMHSNPSLSLINVAEASLRRYLDKQLESLEHLEDSFAESSDFETLKNTVSSLRGTSKEVIRSALASLS 2370

[Close]

BLAST of Vigun09g145900.2 vs. DB:Swiss
Match: NBAS_HUMAN (Neuroblastoma-amplified sequence OS=Homo sapiens OX=9606 GN=NBAS PE=1 SV=2)

HSP 1 Score: 219.935 bits (559), Expect = 1.131e-55
Identity = 222/888 (25.00%), Postives = 380/888 (42.79%), Query Frame = 1

Query: 1276 WHLVSFTEKSVPEMYSILINKKKYQAALDFADSHGLDKEKVLKSQWLNSSHGVNEIKNILSNIKDKNFVLSECVDRIGVTEDAVKALLDYGLRITD----------------------------HHKFSVVDDD--------------------NSSKVW----NLRLARLKILQFRDRLETY---LGINMG---RFSVQEYSKFRIMPINEAAISLAESGKIGALNLLFKRHPYSLSLFMLEILAAIPETVPVQMYGQLLP-----GRS----PPSGFAVRQDDWVECEKMVHFINASVKNHDILIQVKTEPFVKHFHGFPWPSIDELSNWYTNRARAMDDFSGQLDNCLSLLEFALRKGLSELQSFHQDVLYLNQIVYSNDDDSEMGFSMNLAKWVELSDYEKFKFLLKGVKEENVTERLHSRAIPFLREKFHKVSLLGDVIVSDCTNRNMEESFLVRWLKDTSEENKLDICLVVIEEGCRNFQSNDYFKTEAEAVDCALQCIYLSTVTDKWSIMAAIL------------SKVSQLHDGAFQVEDLERRLKTAEGHIEAGRLLAFYQVPKPLNFFLGAQLDEKGVKQIIRLILSKFIRRQPSRSDSEWASMWRDMQYLREKAFPFLDPEYILTEFCRGLLKAGKFS---LARNYL---------------KGTSSVALASEKAENLVIQAAREYFFSASSLSCSEIWKARECLNLYPS-SGNVKAEADIIDALTAKLPNLGVNILPMQFRQIKDPMEIIKMAITNQSGAYFHVDELIEVARLL---GLRSADDISTVEEAIAREAAVSGDLQLAFDLCLGLARKGHGTIWDLCAAIARGPALDNMDVDSRKQLLGFALSHCDEESIGELLHAWKDLDMQGQCEIL 3636
            + LVS    +  E+Y   I  ++Y+ AL  A ++GLD + V + QW  S+  V  I+N LS IK +++VL EC++R+    DA K LL YGL+ TD                            + + S  D++                    N SK+      L   R K+L + DRL TY   LG+      R+  + + KFR   I  +A + A+   + AL +LF  H   L    L IL+  PET     Y  LLP     G S    P      R  DW E       +  ++++    +    +P +  F      +++++ +WY  RA  ++ ++ Q+D  LSL+   + + +  L     +++ L  +VY    ++    ++ L +  ++ D EK + L+    E+      +   +PFL    H+       + ++     + + +LV     T  +  L   L + +    + Q       + + +  AL+CIY     D+  +   +L               ++LHD    V+ LE+ L  +E       LL  + + KP++F    Q   +  ++++  +     R+QP  S+S W ++ +DM  +++  +  LD +     F   LL + +     LA   +               KG     ++ EK+ +LV+ A+REYF S+++L+ S +  AR CL L       ++ E D+I A+   L   GV ILP+Q R   D + +IK  I+     Y    +L+ +A LL   G    +    V   +  +A    D + A   C  L   G+   WD+C+ +  G +    D+ +R++L+ FAL+HC   SI  LL A   L    Q EIL
Sbjct:  516 YRLVSLRSTTPEELYQRKIESEEYEEALSLAHTYGLDTDLVYQRQWRKSAVNVASIQNYLSKIKKRSWVLHECLERVPENVDAAKELLQYGLKGTDLEALLAIGKGADDGRFTLPGEIDIDSISYEELSPPDEEPAKNKKEKELKKRQELLKLVNFSKLTLEQKELCRCRRKLLTYLDRLATYEEILGVPHASEQRYDAEFFKKFRNQNIVLSARTYAQESNVQALEILFTYHGSDLLPHRLAILSNFPETTSPHEYSVLLPEACFNGDSLMIIPWHEHKHRAKDWCEELACRMVVEPNLQDESEFLYA-AQPELLRFR-MTQLTVEKVMDWYQTRAEEIEHYARQVDCALSLIRLGMERNIPGLLVLCDNLVTLETLVY----EARCDVTLTLKELQQMKDIEKLRLLMNSCSEDKYVTSAYQWMVPFL----HRCEKQSPGVANE-----LLKEYLV-----TLAKGDLKFPLKIFQHSKPDLQQK-IIPDQDQLMAIALECIYTCERNDQLCLCYDLLECLPERGYGDKTEATTKLHD---MVDQLEQILSVSE-------LLEKHGLEKPISFVKNTQSSSEEARKLMVRLTRHTGRKQPPVSESHWRTLLQDMLTMQQNVYTCLDSDACYEIFTESLLCSSRLENIHLAGQMMHCSACSENPPAGIAHKGKPHYRVSYEKSIDLVLAASREYFNSSTNLTDSCMDLARCCLQLITDRPPAIQEELDLIQAVGC-LEEFGVKILPLQVRLCPDRISLIKECISQSPTCYKQSTKLLGLAELLRVAGENPEERRGQVLILLVEQALRFHDYKAASMHCQELMATGYPKSWDVCSQL--GQSEGYQDLATRQELMAFALTHCPPSSIELLLAASSSL----QTEIL 1365

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BLAST of Vigun09g145900.2 vs. DB:Swiss
Match: NBAS_DANRE (Neuroblastoma-amplified sequence OS=Danio rerio OX=7955 GN=nbas PE=2 SV=1)

HSP 1 Score: 213.001 bits (541), Expect = 1.324e-53
Identity = 220/873 (25.20%), Postives = 366/873 (41.92%), Query Frame = 1

Query: 1276 WHLVSFTEKSVPEMYSILINKKKYQAALDFADSHGLDKEKVLKSQWLNSSHGVNEIKNILSNIKDKNFVLSECVDRIGVTEDAVK-------------ALLDYGLRITDHHKFSVVDD----------------------DNSSKVWN-----------------LRLARLKILQFRDRLETYLGINMG------RFSVQEYSKFRIMPINEAAISLAESGKIGALNLLFKRHPYSLSLFMLEILAAIPETVPVQMYGQLLPGRS----------PPSGFAVRQDDWVECEKMVHFINASVKNHDILIQVKTEPFVKHFHGFPWPSIDELSNWYTNRARAMDDFSGQLDNCLSLLEFALRKGLSELQSFHQDVLYLNQIVYSNDDDSEMGFSMNLAKWVELSDYEKFKFLLKGVKEENVTERLHSRAIPFLREKFHKVSLLGDVIVSDCTNRNMEESFLVRWLKDTSEENKLDICLVVIEEGCRNFQSNDYFKTEAEAVDCALQCIYLSTVTDKWSIMAAILSKVSQLHDG--AFQVEDLERRLKTAEGHIEAGRLLAFYQVPKPLNFFLGAQLDEKGVKQIIRLILSKFIRRQPSRSDSEWASMWRDMQYLREKAFPFLDPEYILTEFCRGLLKAGKFSLAR------------------NYLKGTSSVALASEKAENLVIQAAREYFFSASSLSCSEIWKARECLNLYPSSGN-VKAEADIIDALTAKLPNLGVNILPMQFRQIKDPMEIIKMAITNQSGAYFHVDELIEVARLLGLRSADDI---STVEEAIAREAAVSGDLQLAFDLCLGLARKGHGTIWDLCAAIARGPALDNMDVDSRKQLLGFALSHCDEESIGELLHAWKDLDMQ 3618
            + LVS    +  E+Y   I+ ++Y  AL  A ++GLD + V + QW  S+  +  I++ LS IK +++VL ECV+R+    DA K             AL+  G R  D  +F +  D                      +  SK                    L  +RLK+L + DRL TY  I  G      RF  + + KFR   I  +A + A    + AL++LF  H   L    L IL   PET     Y  LLP             P      R  DW E  +    +     + D     + +P ++ F     P I  L+ WY  RA+ ++  S Q+D  LSL+     + +  L+    D++ +  +VY    D     S+ L +  +L D +K + L+K   E+          +PFL    H+              R    S L+R    T  ++ L + L + +    +        ++ + +  AL+CIY     D+ ++   +L  + Q   G      + L  ++ T E H+    +L  + + KP++F   +Q  ++   Q++  +     R+ P  S++ W S+ +D+  +++  +  L+PE     F   LL + +    R                    L+G +   ++  ++  LV+ AAREYF S+++LS   +  AR CL L       V+ E D+I AL+ +L   GV ILP+Q R   D + +IK  I+    AY     L+ +ARLL +   D+      V   +A +A +  D + ++  C  L   G+   WD+CA + +      +    R++L+ F+L+HC    I  LL A   L  Q
Sbjct:  505 YRLVSLRSTTPEELYQRKIDNEEYGEALSLAQAYGLDSDLVYQRQWRKSTVSIASIQDYLSKIKKRSWVLHECVERVPENVDAAKELLQYGLKGTDLEALIAIGAR-EDQGRFILSGDLDMDDAPYEDFLSMEEELEQRKERESKKRQELLKKVDFSKLTLEQKELCRSRLKLLCYLDRLATYEEILGGPHAAEQRFDGEFFKKFRNQNIVLSARTYARESNVQALDILFTYHGAELLQHRLAILCNFPETTSPHEYSDLLPKAGVDKEGNLVLIPWEESRHRDLDWCEVLECREVVEPKPMD-DCQFLYEEQPELERFRSAD-PFITLLTEWYLTRAQDIESHSRQVDCSLSLVRLGKEQNIPGLERLCDDLVTMETLVYETSCD----LSVTLKELQQLRDIDKLRLLMKNSSEDRYVRNCFQWMVPFL----HRCE----------GQRVGSASSLLREYLVTLAKDDLTLPLKLFQHSKPDCHPKIIGDSD-QLMTVALKCIYSCERDDQLALCYDVLECLPQRGYGPETDTTKALHDQVDTLEKHLSVAEVLEKHGLQKPISFVRNSQNSKEEAHQLMVRLTRHTGRKNPPVSETVWRSLLQDLLDMQQNVYTCLEPETCHQVFVESLLCSSREENVRLAGQLMHCSGVSEDTPVSVSLRGKAHARVSYSRSVELVLAAAREYFNSSATLSDPCMSLARSCLQLITDCPPLVQEELDLITALS-RLEQFGVKILPLQVRLRTDRLSLIKECISQCPTAYRQSLLLLSLARLLRVAGDDEAKRKGQVLTLLAEQALLCQDFKASYIHCQELMAAGYSEGWDVCAQLGQCETFTQL--SGRQELMAFSLTHCPPSRIQTLLAASSSLQTQ 1352

The following BLAST results are available for this feature:

BLAST of Vigun09g145900.2 vs. DB:Swiss

BLAST of Vigun09g145900.2 vs. DB:Swiss
Analysis Date: 2019-10-17 (BLAST: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1 vs. Swissprot)
Total hits: 3

Position :

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x 1


Match Name	E-value	Identity	Description
MIP2_ARATH	0.000e+0	52.78	MAG2-interacting protein 2 OS=Arabidopsis thaliana...	[more]
NBAS_HUMAN	1.131e-55	25.00	Neuroblastoma-amplified sequence OS=Homo sapiens O...	[more]
NBAS_DANRE	1.324e-53	25.20	Neuroblastoma-amplified sequence OS=Danio rerio OX...	[more]

InterPro

Analysis Name: InterProScan: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1
Date Performed: 2019-10-17

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013244	Sec39 domain	PFAM	PF08314	Sec39	coord: 581..887 e-value: 1.5E-13 score: 50.1 coord: 931..1203 e-value: 1.6E-15 score: 56.7
IPR036322	WD40-repeat-containing domain superfamily	SUPERFAMILY	50978	WD40 repeat-like	coord: 63..357

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at Vu09:30880862..30893514-
coding sequence from alignment at Vu09:30880862..30893514-

mRNA sequence

>Vigun09g145900.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g145900.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g145900.2; organism=Vigna unguiculata; type=mRNA; length=7588bp
GCATACCCGTACAAAAAATGACGATGATCGAGAAATGGGAATGAACGGAA
ACGGAAGACGGAAGTCAGCTATCTCCGGCTTTGTTACTCGAATGCGGTGC
AGTTTTTGAGGTGCGGGGTTTTGGAGAAGACACAGGAACAACGGTTTCCA
CATGGAGGTGGTGCTCTACGAGACGCGACATCACGCTTCCAATTACCCTC
ATCAACACCAAGACCGTCTCCATCTCCAACAACAGGCAAACGAAAGCACC
AAGGCTACCTTCTTCTCCTTGCTTTCTTCTCGAGGTGTGAGCCAACTCAA
GGATAAATGGACCGAATACAAGCAACCGAAGAGACTCAGAAGATTGGTGT
CGCTGTTCGTTTCCGCCACAGCCAAACACGTCGCAGTTGCCGCGGGAAAT
CGGATAACGATTCTTAGTAAAGAGGACGACTATCAAAATCCATGCGCCAT
TTTCACCAGTCCTAGTCTTGGTACGTTTAGTTTAGGAACTTGGTCTGAAG
ATGAAGAAGTTCTTGGAGTTGCTGACGACTCTGATACACTCTATTTTATC
AAATTCAGCGGCGTAGTTGTCGCAGAAATCTCGAAGAAAAATCTGAAAGT
CTCTTCTCCAATTATTTCCCTATTTTCTGATGTGGATTTGGATACAAGCG
AGTCTTACTTGTTCTCTGTTGTTACGTCAGATGGTTTGGTTCAGCAAATT
GAGATCAGCCGTGGCCAGATTGGCTCTACCTTTCCCAATTACATTTCTAA
TCACACGATTCATATCTGCAACAATATTTTCTGCTTTGACCACCATAGTG
AGCTTAACCTTTTTGTGGCTGTTCATAAGAACTCTGGATCTAGCCATCTT
TCTTTGTTGCGGAGGAATTCAAGTACAGAACTGGAGCAGTTGTTCTCTTT
GCAATTTGAGGGGTTATATTTAAAGCCAAAAGATTACAGAGGTCTACTGA
CATATGCAAAGGTGCTAATCTCACCACAGGCTTCATTCGTTGCTACTCTG
GATTTGACAGGGTGCTTGCATATTTTTAAGCTGGACAAAGAAGGCCTCAC
ACTCTCCCGGTTTGTCTTGGGAGAGAGAGATGGTTCAGCAATGTCTGGTG
ATTTATCGAATGGAGTGAACAAATCTTGTGTGGATTTTATGGATTTTACT
TGGTGGTGTGACCATATCCTTGCCATTGTAAACAGGAGTGGTGTGGTTAT
GTTGATTGACATCCTTAATGGTTCTACAGTTCCAGCAGAGGATCATGCAT
ATTTTTTACCTGTTTTGGAAAGAGCACTGAAATATAAGGGCTGTGTTTTT
CTTTTAGCAAGTCAATCATTGAAAGAAGGAGGTGATGCTTCGCATGATGG
GTCAACGGAAGAGTTGCATCAGACAGATTGGATAATTACCGATAGGCTTA
ATCAATTTCATCTTTCTAGATTGTTCTGGCACCTTGTTTCATTTACTGAG
AAGTCTGTCCCTGAAATGTATAGTATACTGATTAACAAGAAAAAATATCA
GGCTGCTCTGGATTTTGCTGATAGTCATGGATTGGATAAAGAAAAAGTTC
TGAAGTCACAGTGGTTGAATTCTAGCCATGGAGTAAATGAAATAAAGAAC
ATTTTATCGAATATCAAGGATAAAAATTTTGTACTTTCTGAATGTGTTGA
TAGAATTGGAGTGACAGAAGATGCTGTGAAGGCTTTGCTAGATTATGGTC
TACGCATCACTGACCATCATAAATTCTCAGTAGTAGATGATGATAATTCT
AGTAAAGTATGGAATCTTCGCCTTGCCAGACTTAAAATCTTACAATTTAG
AGACAGGCTGGAAACATACCTTGGAATAAACATGGGCAGGTTTTCTGTGC
AGGAATATAGCAAATTCCGCATTATGCCTATTAATGAGGCTGCCATATCA
CTTGCTGAGAGTGGAAAAATTGGAGCACTAAACTTGCTCTTCAAGCGTCA
TCCATATTCTTTGTCTCTATTTATGTTGGAAATTTTAGCTGCCATCCCAG
AAACTGTTCCGGTACAAATGTATGGGCAGCTTCTTCCTGGGAGATCTCCC
CCGTCTGGTTTTGCCGTGAGGCAAGATGATTGGGTTGAATGTGAGAAGAT
GGTTCACTTCATTAATGCATCAGTTAAAAACCATGACATTCTAATACAAG
TCAAAACTGAACCTTTTGTTAAGCATTTCCATGGATTTCCTTGGCCATCA
ATTGATGAGCTCTCAAACTGGTATACGAATAGAGCTAGAGCAATGGATGA
TTTTAGTGGACAGCTGGATAATTGCCTCAGCCTGCTTGAATTTGCTCTTC
GCAAAGGCCTATCTGAATTACAATCGTTCCATCAGGATGTGTTATACTTG
AATCAAATTGTTTACTCCAATGATGATGATAGTGAAATGGGCTTCAGCAT
GAATCTTGCCAAGTGGGTAGAATTGTCAGACTATGAAAAATTTAAATTTT
TGCTTAAGGGAGTGAAAGAGGAAAATGTAACCGAAAGGTTACACAGTAGA
GCCATTCCATTTCTGCGTGAAAAGTTTCACAAGGTATCCTTACTCGGAGA
TGTCATTGTTTCTGATTGTACAAATCGAAATATGGAGGAATCATTTTTAG
TCAGATGGTTGAAGGACACTTCTGAAGAGAATAAATTGGATATATGCTTG
GTGGTAATTGAAGAAGGGTGCAGAAACTTCCAAAGTAATGACTATTTCAA
AACTGAGGCTGAAGCTGTTGATTGTGCTTTGCAATGCATATACTTGTCTA
CAGTTACAGATAAGTGGAGTATTATGGCTGCTATACTATCTAAAGTTTCT
CAACTACATGATGGTGCATTTCAAGTAGAGGACCTTGAGAGAAGACTTAA
AACTGCTGAAGGTCACATTGAAGCAGGGAGGCTTTTGGCATTTTACCAGG
TCCCAAAGCCATTAAACTTTTTCCTAGGTGCTCAGTTGGATGAAAAGGGT
GTAAAACAGATTATACGTCTTATTCTTTCTAAATTTATTCGTCGTCAGCC
AAGCCGGTCCGATAGTGAATGGGCCAGCATGTGGCGTGATATGCAATACT
TGAGGGAAAAGGCATTTCCTTTCCTGGACCCAGAGTATATTTTGACTGAA
TTTTGCAGAGGACTGCTCAAAGCTGGGAAGTTTTCTCTTGCAAGAAATTA
CTTGAAGGGTACAAGTTCAGTTGCTTTGGCTTCTGAGAAGGCTGAAAACC
TTGTCATTCAAGCAGCTAGGGAGTACTTCTTCTCAGCTTCAAGCCTTTCT
TGCTCTGAAATCTGGAAGGCCAGAGAATGTCTTAATCTATATCCAAGTAG
TGGAAATGTAAAGGCAGAGGCAGATATTATTGATGCACTTACTGCTAAAC
TTCCAAACCTTGGAGTGAATATTCTGCCCATGCAATTCAGGCAAATAAAA
GATCCTATGGAAATTATAAAAATGGCAATCACAAATCAAAGTGGAGCATA
TTTTCATGTTGATGAACTTATTGAGGTTGCCAGACTTCTTGGCTTGAGGT
CCGCTGATGACATATCAACTGTTGAGGAAGCTATTGCTCGAGAAGCTGCA
GTTTCTGGTGATTTACAGCTGGCATTTGATCTTTGTCTTGGTTTGGCCAG
AAAAGGACATGGTACCATATGGGATTTATGTGCTGCAATTGCAAGAGGCC
CTGCCCTTGATAATATGGATGTGGATTCTCGAAAGCAGCTATTAGGGTTT
GCTTTAAGCCACTGTGATGAGGAATCTATTGGTGAGCTTCTCCACGCATG
GAAGGATCTAGATATGCAGGGCCAGTGTGAAATATTGATGACATCAACAG
AGACAAATCCTTCCAAATTTTCAGAGTTTGATGGTATTGGTGCTGACAAT
CAAGATGTTCATCTTCAGAAAGCTAGAGACGTGCTTTCCATCGTTGCGAA
AACCTTGGCTATTGGCGATCGAGTTGATTGGGCATCAATCTTGACTGAAA
ATGGGAAAGTTCTGTCTTTCGCTGCTTCACAGCTCCCTTGGTTGATTGAA
TTAAGTAAGAAAGGAGAGCATCAGAGGAAACTCAGTACTGGAAAACAATA
TCTAAATATCAGAACACAAGCTGTGGTAACCATTTTGTGCTGGTTGGCAA
GAAATGGATTTGCCCCAAGAGACAATCTGATTGCCTCTCTAGCAGAATCA
ATTATGGAGCCACCAGTCACCGAAGAGGAAGATATAATGGGTTGCTCCTA
TCTTTTGAATCTTGTGGATGCCTTCAATGGGGTAGAAATTATAGAAGAAC
AACTCAAAATAAGAAAAGACTATCAAGAAATTTGTAGTATCATGAGTGTT
GGGATGGCATACAGCTTACTACATAACTCTGGACTAAAGACTGACCCTTC
TCAACGGAGGGAGCTATTGAAGAGAAGGTTTAGGGAAAAGCATGCATCAC
CCAGTTCTGACGATATGGATAAACTTGGCAAAGTACAATCCTCATTTTGG
AGAGAGTGGAAATTGAAGTTAGAAGAACAAAAGCGTCTCACTGAACATTC
CAGAGCACTAGAAAAAATAATTCCTGGGGTTGAGACAGAGCGCTTTTTGT
CCAGGGATTCCATCTATATTGAGAATGTTGTTATCTCTCTCATTGAGTCA
GTAAAGTTAGAAAGAAAGCACATTTTGAAGGACATTTTAAAACTGGTTGA
CACTTATGACTTGAACTGTACCGAGGTGCTACTGCGTTACCTAAGTGCTG
TCCTTGTTTCTGATACTTGGAGCAATGATGATATTACAGCTGAAGTTGCA
GGTTATAAAGGGGAAATAATTGGTAATAGTGAGAAAACCATTGAAACCAT
CTCAACAATTGTATACCCTGCAATTGACGGGTGCAACAAACTACGCCTTG
CTTATGTATATGGCTTGTTATCAGAGTGCTACTTGCAACAGGAAAATACC
AAAGATTTATCGCCAGTGGTGCAGGTTGATCATGTAAATGCCAATATAAG
CTTGGCACGATATTATAAGGTCCTCGAGCAAGAATGCAAAAATATATCCT
TTGTCACTAACCTGAACTTCAAAAATATTGCTGGGCTACATGGTTTGTAC
TTTGAGTGCTTTAGTGATGAAGTTTATGCATGCATTGAGGAAAGTAGCTT
GTCAGCTTTGTCAAAAATGGTACAGGCTCTTGTCAATATGTACGGAGACT
CATTGCCTGATGGTTTCATGTCATGGCAGGATGTCTATAGGTATTACGTT
GTAAGTTTGCTGAAAGATTTGGAGACTAAAGTTACTACTGATTCTAGCAA
TAGAACTCCTGAATATCTGCAAGGCTTTATAAACAAGCTTGAACAGAGTT
ATGATTTGTGCCAAGTGTATATTAGGCTTTTGAGCCGGCCTGATGCTTTG
GGGATCATGAAGCAGTATTTCACCATAATCTTGCCTTTCTTCAGTTCATA
TGGACTCCTACCTGACAATTCAACATGGCAAGAGTGCCTTATTGTTCTTC
TGAACTTTTGGATGAGGTTGACAGATGATATGAAGGAAATTGCATTGGAG
AAAAGTTCAGGAGAAACTGGTTGCTTTGATCCGCAATGTTTAATGAATTG
CCTGAAGGTTTTTATGAAATTGGTAATGGAAGATATCATCTCCCCTAGTC
AGGGCTGGGGCAGCATATGTGGCTATGTCATTTGTGGCTTAAAAGGTGAT
TCTTCTGCAGAAATTTATAGTTTCTGCAGAGCTATGATTTTTTCTGGCTG
TGGGTTTGGTGCTGTTGCAGAGGTTTTTACTGTTGCATCATCAGATTCTG
GTTTAGCTTCTGATTGTGGCCAAGGTTCTCAGGATCTTCCTCATTTTTAT
TTGCATATTCTTGAAACTGTTTTGTCTGAATTGATCAGTGGATCCCATGA
GAGCCAGAACCTGTATCATATATTGTCTTCTTTAAGCAAGCTAGAAGGTG
ACTTAAAGGTTATGCAATGTGTTAGACATGTAATTTGGGAAAGAATGGTC
CAATTCTCTGACAATTTGCAGTTGCCAAGTTCGGTCAGAGTTTTTGTGCT
AGAGCTAATGCAATTTATCTCGGGTAAAAATATTAGGGGTTTCTCTACAG
AAATACTAGCCAATGTTCAACCATGGGAAGAATGGAATGAATTGATTTTT
GCTAGTAGAAAGAGCGAGACTGATGTTGACAAGTCATTGCCAGATCACAA
AGACTCTTCTAGTAGGGTTACAAATACTTTGATTGCTCTTAAATCATCTC
AGCTTGCGGCCTCAATCTCTCCTAGCATAGAAATTACCCCTGATGATCTA
TTGAATGCAGACAAGGCCGTGTCTTGCTTTATGGGGTTGTGTGGAGAAGC
TCGTGAAGATCTCCATTTTGATGCTCTTGTGGCTATTTTGGAAGAGTGGG
ATGGACTTTTCACTGCAGGGAAAAATGGAGAAACCATTGCTGAAGCAACC
AAAGGAGGAAATGACTGGAACAATGATGATTGGGACGAGGGATGGGAAAG
CCTTGAGGGAGTAGACAATCCTGAGAAAGAGAAGATAGAAGACTCTGTTT
TTGTTCACCCTTTGCATGTGTGTTGGGCGGAGATTTTCAGAAAATTCATA
AGCCTTTCAAGGTTTACTGATGTGCTTAGACTTATTGACCAATCATATTT
AAAGCCTAATGCTTTGTTACTTGATGAAGATGATGCCTGCAGCTTAATCC
AGATGGCATTTCCAATTGATTGCTTTCTGGCTTTGAAGATGTCACTGTTG
CTGCCCTACAAAACATTACAGTTGCAGTCCCTGGGTGCAGTTGAGGATAG
CACAAAACAAGGCATCCCTCAATCGAGGAGCAAGGACTACGAGTTATTAA
CTTTAATTTTATCCTCTGGATGTCTTTCTTCTATCATCACTGATTCTACC
TATGGTACTCTGTTCTCTTATATCTGCTATTTGGTTGGAAACTTATCCAA
TCAATCTCAACAAGTTCTGGTGTCAGGTAGAGGAACTCACAACAATGAAG
ATCATGAGAATCAGTTGCTTCTTTTCACAAGGATCCTTTTCCCTAATTTC
ATTTCAGAACTTGTGAAGGCTGATCAACATATTCTAGCTGGATTTCTTGT
CACAAAATTTATGCACGGTAATGAATCACTCAGTCTCATTAACATTGCCG
GGGCCAGTCTTAAGAGGTATCTGGAGATGCAGCTGCAAATGCTACAGATC
AGCGAGTTCCCGGTTGAGAAGACATGTAAAACATTGAAGAATACCGTTGG
CCGTTTGAGAGGCAAACTTAGTAGTTTTATTCAATCCATATTGCCATTGG
TTTCTGCTAGTGTTAGTTGATAACATTTTCAATTTGATTAGGGGGTAGCA
TTTGTATCAATTAAGATCCAGGGGTTTTTATTGACCTACTATTTACATAT
ATTTCGATTTGTTTGAGATGAGTTACTTGGTCAAAGGAATGGTAGTTATA
GATTTCAAATTTCATACATGTATATGTATATTCGGAGGTGGCGGAGAATT
GTGTACTTGTGTATTGGTTAATAATTAACTGTCTTCCCAACTCAGACTTG
TGCATCTGTTTGTCTACTAAACGAAGAGAAGAAGAAAAATCAGTTTATTT
ACTTTCGGCATCCAATAAATAATATGCGTTGGAGAAAA

protein sequence of Vigun09g145900.2_Vu_IT97K-499-35_v1.1

>Vigun09g145900.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g145900.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g145900.2_Vu_IT97K-499-35_v1.1; organism=Vigna unguiculata; type=polypeptide; length=2373bp
MEVVLYETRHHASNYPHQHQDRLHLQQQANESTKATFFSLLSSRGVSQLK
DKWTEYKQPKRLRRLVSLFVSATAKHVAVAAGNRITILSKEDDYQNPCAI
FTSPSLGTFSLGTWSEDEEVLGVADDSDTLYFIKFSGVVVAEISKKNLKV
SSPIISLFSDVDLDTSESYLFSVVTSDGLVQQIEISRGQIGSTFPNYISN
HTIHICNNIFCFDHHSELNLFVAVHKNSGSSHLSLLRRNSSTELEQLFSL
QFEGLYLKPKDYRGLLTYAKVLISPQASFVATLDLTGCLHIFKLDKEGLT
LSRFVLGERDGSAMSGDLSNGVNKSCVDFMDFTWWCDHILAIVNRSGVVM
LIDILNGSTVPAEDHAYFLPVLERALKYKGCVFLLASQSLKEGGDASHDG
STEELHQTDWIITDRLNQFHLSRLFWHLVSFTEKSVPEMYSILINKKKYQ
AALDFADSHGLDKEKVLKSQWLNSSHGVNEIKNILSNIKDKNFVLSECVD
RIGVTEDAVKALLDYGLRITDHHKFSVVDDDNSSKVWNLRLARLKILQFR
DRLETYLGINMGRFSVQEYSKFRIMPINEAAISLAESGKIGALNLLFKRH
PYSLSLFMLEILAAIPETVPVQMYGQLLPGRSPPSGFAVRQDDWVECEKM
VHFINASVKNHDILIQVKTEPFVKHFHGFPWPSIDELSNWYTNRARAMDD
FSGQLDNCLSLLEFALRKGLSELQSFHQDVLYLNQIVYSNDDDSEMGFSM
NLAKWVELSDYEKFKFLLKGVKEENVTERLHSRAIPFLREKFHKVSLLGD
VIVSDCTNRNMEESFLVRWLKDTSEENKLDICLVVIEEGCRNFQSNDYFK
TEAEAVDCALQCIYLSTVTDKWSIMAAILSKVSQLHDGAFQVEDLERRLK
TAEGHIEAGRLLAFYQVPKPLNFFLGAQLDEKGVKQIIRLILSKFIRRQP
SRSDSEWASMWRDMQYLREKAFPFLDPEYILTEFCRGLLKAGKFSLARNY
LKGTSSVALASEKAENLVIQAAREYFFSASSLSCSEIWKARECLNLYPSS
GNVKAEADIIDALTAKLPNLGVNILPMQFRQIKDPMEIIKMAITNQSGAY
FHVDELIEVARLLGLRSADDISTVEEAIAREAAVSGDLQLAFDLCLGLAR
KGHGTIWDLCAAIARGPALDNMDVDSRKQLLGFALSHCDEESIGELLHAW
KDLDMQGQCEILMTSTETNPSKFSEFDGIGADNQDVHLQKARDVLSIVAK
TLAIGDRVDWASILTENGKVLSFAASQLPWLIELSKKGEHQRKLSTGKQY
LNIRTQAVVTILCWLARNGFAPRDNLIASLAESIMEPPVTEEEDIMGCSY
LLNLVDAFNGVEIIEEQLKIRKDYQEICSIMSVGMAYSLLHNSGLKTDPS
QRRELLKRRFREKHASPSSDDMDKLGKVQSSFWREWKLKLEEQKRLTEHS
RALEKIIPGVETERFLSRDSIYIENVVISLIESVKLERKHILKDILKLVD
TYDLNCTEVLLRYLSAVLVSDTWSNDDITAEVAGYKGEIIGNSEKTIETI
STIVYPAIDGCNKLRLAYVYGLLSECYLQQENTKDLSPVVQVDHVNANIS
LARYYKVLEQECKNISFVTNLNFKNIAGLHGLYFECFSDEVYACIEESSL
SALSKMVQALVNMYGDSLPDGFMSWQDVYRYYVVSLLKDLETKVTTDSSN
RTPEYLQGFINKLEQSYDLCQVYIRLLSRPDALGIMKQYFTIILPFFSSY
GLLPDNSTWQECLIVLLNFWMRLTDDMKEIALEKSSGETGCFDPQCLMNC
LKVFMKLVMEDIISPSQGWGSICGYVICGLKGDSSAEIYSFCRAMIFSGC
GFGAVAEVFTVASSDSGLASDCGQGSQDLPHFYLHILETVLSELISGSHE
SQNLYHILSSLSKLEGDLKVMQCVRHVIWERMVQFSDNLQLPSSVRVFVL
ELMQFISGKNIRGFSTEILANVQPWEEWNELIFASRKSETDVDKSLPDHK
DSSSRVTNTLIALKSSQLAASISPSIEITPDDLLNADKAVSCFMGLCGEA
REDLHFDALVAILEEWDGLFTAGKNGETIAEATKGGNDWNNDDWDEGWES
LEGVDNPEKEKIEDSVFVHPLHVCWAEIFRKFISLSRFTDVLRLIDQSYL
KPNALLLDEDDACSLIQMAFPIDCFLALKMSLLLPYKTLQLQSLGAVEDS
TKQGIPQSRSKDYELLTLILSSGCLSSIITDSTYGTLFSYICYLVGNLSN
QSQQVLVSGRGTHNNEDHENQLLLFTRILFPNFISELVKADQHILAGFLV
TKFMHGNESLSLINIAGASLKRYLEMQLQMLQISEFPVEKTCKTLKNTVG
RLRGKLSSFIQSILPLVSASVS*

mRNA from alignment at Vu09:30880862..30893514-

Legend: five_prime_UTRpolypeptideCDSthree_prime_UTR

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

>Vigun09g145900.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g145900.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g145900.2; organism=Vigna unguiculata; type=mRNA; length=12653bp; location=Sequence derived from: Vu09:30880862..30893514- (Vigna unguiculata
GCATACCCGTACAAAAAATGACGATGATCGAGAAATGGGAATGAACGGAA
ACGGAAGACGGAAGTCAGCTATCTCCGGCTTTGTTACTCGAATGCGGTGC
AGTTTTTGAGGTGCGGGGTTTTGGAGAAGACACAGGAACAACGGTTTCCA
CATGGAGGTGGTGCTCTACGAGACGCGACATCACGCTTCCAATTACCCTC
ATCAACACCAAGACCGTCTCCATCTCCAACAACAGGTCACACTCTTCTTC
CTCTTTTCTTTCTTCTCTTCATATTCGCACTCTAATTCCGTCGCTTCCGT
TCACCATTCTTCCATTTCAGGCAAACGAAAGCACCAAGGCTACCTTCTTC
TCCTTGCTTTCTTCTCGAGGTAACTCTCGCCTTCTGTTTGACTTCGTTCA
ATCCTGATCAACGCTTGTTGTTTGGATCCAACTAATGTTTCTTCCTGAAG
GTGTGAGCCAACTCAAGGATAAATGGACCGAATACAAGCAACCGAAGAGA
CTCAGAAGATTGGTGTCGCTGTTCGTTTCCGCCACAGCCAAACACGTCGC
AGTTGCCGCGGGAAATCGGATAACGATTCTTAGTAAAGAGGACGACTATC
AAAATCCATGCGCCATTTTCACCAGTGAGATTTATTTATTTGTTTATTTA
ATTTCTGTCTGAAATTTGTTTTGTACTGGATAGTTGAAACGCAATTAGAT
TCTGATAAGCAATTGGTTCGTTAGGTCCTAGTCTTGGTACGTTTAGTTTA
GGAACTTGGTCTGAAGATGAAGAAGTTCTTGGAGTTGCTGACGACTCTGA
TACACTCTATTTTATCAAATTCAGCGGCGTAGTTGTCGCAGAAATCTCGA
AGAAAAATCTGAAAGTCTCTTCTCCAATTATTTCCCTATTTTCTGATGTG
GATTTGGATACAAGCGAGTCTTACTTGTAAGTTTCTTTTCTTTTTCTGTG
TTTTTATATACCATTCAAGGAATGGGAAACGTGATTATTTTGTTGCCGAT
CTCGAAAGTATGGCCGTTCTGTAATTGTTTCAAAACAATTTTTATTGAGA
ACTACTTGGCGTAGGAGATGGAATGTCAGTTTGAAATGTTGCACTTTTGA
GGTGCAGGTTCTCTGTTGTTACGTCAGATGGTTTGGTTCAGCAAATTGAG
ATCAGCCGTGGCCAGATTGGCTCTACCTTTCCCAATTACATTTCTAATCA
CACGATTCATATCTGCAACAATATTTTCTGCTTTGACCACCATAGTGAGC
TTAACCTTTTTGTGGCTGTTCATAAGAACTCTGGTATGTATGTTTTTGGT
TGATTATTTTCTCAATTATTCTCTATGTTATGTAAGTGTGGGTTCTGAAT
TTAGGCAGTGAATTATTATATTATAGACAAATCAATGTAGGCTCTCTTTT
ACTTCTGACTGCTGATCTGATATACTGGAAGAAACTTCGCTTTCTACATG
CTGAAAGATTATGCAGGAAATGTGGATGGGTTTTGGATATTTGCTTTTGT
TGGTGTCATGGGTTAACCTTTCACCTGATCAGTTTCAGCCAATTTTACAA
GGGCAAACAAAGCAATAAATGGAGTATCTTAATAAATATTTTCAATAGCG
AAAGAAATCTTGTTTTCATTATGAACCTTTACCTCTTCTGCTGTATAAAA
AGGACTTTTCTTTATAATCTGAGAAATTGGCTGTTAGTTTAAATGATTAT
AGTAAATCCACAAAAAAGTCTTGGTGGGTTGTCATCTACTAGAAGGTTTT
GACCATATTAACGAACAATTAAAGTTTTTACATGTTTAATGCCCTATTAA
AAGTATCTAATTAAGGGTCTAAAGATGAGAATGTTGGGTTTTAAAAGTGA
ACCTACTAGGAAAGATAGGATTAGAAGTGATCGTATTAGACACTAAAATC
TTGCCTTCGTTGGTTTAGGAACTGTGAAGAGACTAATAGAAGCCCAAGTT
ATTTGGAGGTTAGCCCTATCACTAGAGCCAGAGGAAGACCAAGAAAAACT
ACATCAAAACTATTAAGAAGGATTTAGAGTTAGAGGTCTATGGTCTCTAT
GGACATGATTCACAGTAGAACATTCTGGCATTGTTTGATCCATGTAGTTG
ACCCACCTAATAGGATTTTGTCACTGTTGTTTAATTTTGGGAAGAGATTT
CACTGATTTCAAGCCTTATACACATGGAAAACTATATTTTTTATTTGGAT
AATGGAAATGAGTAATTCCATTAATGAACTTATATTGTGTGCTTGATTCA
AATTTCAAAAACATATTTTATCATCTGCACCTGCATTTCTTCCATTATAT
TCTCTAACAAAATTTCGTCTTTTATTAATCAAGTATTCTTGGAATATGGA
GAATAGAGTGTAGAGTTTCTACAAGTCATTAATATCTATTAAATATTATC
TGTCCAAGTTCTTCACTGATTACTTATGTATTTATCTTCAGGATCTAGCC
ATCTTTCTTTGTTGCGGAGGAATTCAAGTACAGAACTGGAGCAGTTGTTC
TCTTTGCAATTTGAGGGGTTATATTTAAAGCCAAAAGATTACAGAGGTCT
ACTGACATATGCAAAGGTGCTAATCTCACCACAGGCTTCATTCGTTGCTA
CTCTGGATTTGACAGGGTGCTTGCATATTTTTAAGCTGGACAAAGAAGGC
CTCACACTCTCCCGGTTTGTCTTGGGAGAGAGAGATGGTTCAGCAATGTC
TGGTGATTTATCGAATGGAGTGAACAAATCTTGTGTGGATTTTATGGATT
TTACTTGGTGGTGTGACCATATCCTTGCCATTGTAAACAGGAGTGGTGTG
GTTATGTTGATTGACATCCTTAATGGTTCTACAGTTCCAGCAGAGGATCA
TGCATATTTTTTACCTGTTTTGGAAAGAGCACTGAAATATAAGGGCTGTG
TTTTTCTTTTAGCAAGTCAATCATTGAAAGAAGGAGGTGATGCTTCGCAT
GATGGGTCAACGGAAGAGTTGCATCAGACAGATTGGATAATTACCGATAG
GCTTAATCAATTTCATCTTTCTAGATTGTTCTGGCACCTTGTTTCATTTA
CTGAGAAGTCTGTCCCTGAAATGTATAGTATACTGATTAACAAGAAAAAA
TATCAGGCTGCTCTGGATTTTGCTGATAGTCATGGATTGGATAAAGAAAA
AGTTCTGAAGTCACAGTGGTTGAATTCTAGCCATGGAGTAAATGAAATAA
AGAACATTTTATCGAATATCAAGGATAAAAATTTTGTACTTTCTGAATGT
GTTGATAGAATTGGAGTGACAGAAGATGCTGTGAAGGCTTTGCTAGATTA
TGGTCTACGCATCACTGACCATCATAAATTCTCAGTAGTAGATGATGATA
ATTCTAGTAAAGTATGGAATCTTCGCCTTGCCAGACTTAAAATCTTACAA
TTTAGAGACAGGCTGGAAACATACCTTGGAATAAACATGGGCAGGCAAGT
TACAGATGTCTATTTTGTTAACATGAACTATATTTTTTATGCTTTTGTTA
AATCTCAAAGTTTTGTCTACATGTTTTTCTTTTTATATTTTTTAATAAAA
TTGAAATATCATTAAGTTAGCACAGTGGATAGGAAAATTTACCGATAAAA
AAAAGTGGAGGATAGGGAAATGAGAATCCTCTTTAACAGAAAGTAAACAT
GAATTAGGCATAGTTGTCGAATACCTCAGCATATATGCTCGTGGGAGGAA
TATTGAATAAATGTTAATTTGGTTAAATTCATTACCATCTATTTTCTCAG
TTTGTTTACAGTACACTGGTAAACACACACACCTATAAAAGAAAACCAGT
CTTTAAGCTGAAATTGTTTATTTTTTTAATGTTTTCTTAAATCTTAATGT
TAAGTTCCTTAAGATCAACTTCCAGGCTGTGATTGCAACAATTAAAAACT
TTAACGTGCTTTGATCTGTTTATTTCCTTTTGTTGACAATGTTGCAAATA
CCCATTTCCTTGAATCATATCACGTTAACTAAACTTTAAGAGCTATGTAT
ATATACATAATTCCAAAATATGATCATATTATTGATTTTTAGAATGAATG
ACTGATAGGATATTTGATCATTTGCGATTGTTCAATAATTCTAATGGTTT
CCACTGACTCAAAGTTCATTGACACAGTTTTCTGCAGGTTTTCTGTGCAG
GAATATAGCAAATTCCGCATTATGCCTATTAATGAGGCTGCCATATCACT
TGCTGAGAGTGGAAAAATTGGAGCACTAAACTTGCTCTTCAAGCGTCATC
CATATTCTTTGTCTCTATTTATGTTGGAAATTTTAGCTGCCATCCCAGAA
ACTGTTCCGGTACAAATGTATGGGCAGCTTCTTCCTGGGAGATCTCCCCC
GTCTGGTTTTGCCGTGAGGCAAGATGATTGGGTTGAATGTGAGAAGATGG
TTCACTTCATTAATGCATCAGTTAAAAACCATGACATTCTAATACAAGTC
AAAACTGAACCTTTTGTTAAGCATTTCCATGGATTTCCTTGGCCATCAAT
TGATGAGCTCTCAAACTGGTATACGAATAGAGCTAGAGCAATGGATGATT
TTAGTGGACAGCTGGATAATTGCCTCAGCCTGCTTGAATTTGCTCTTCGC
AAAGGCCTATCTGAATTACAATCGTTCCATCAGGATGTGTTATACTTGAA
TCAAATTGTTTACTCCAATGATGATGATAGTGAAATGGGCTTCAGCATGA
ATCTTGCCAAGTGGGTAGAATTGTCAGACTATGAAAAATTTAAATTTTTG
CTTAAGGGAGTGAAAGAGGAAAATGTAACCGAAAGGTTACACAGTAGAGC
CATTCCATTTCTGCGTGAAAAGTTTCACAAGGTATCCTTACTCGGAGATG
TCATTGTTTCTGATTGTACAAATCGAAATATGGAGGAATCATTTTTAGTC
AGATGGTTGAAGGACACTTCTGAAGAGAATAAATTGGATATATGCTTGGT
GGTAATTGAAGAAGGGTGCAGAAACTTCCAAAGTAATGACTATTTCAAAA
CTGAGGCTGAAGCTGTTGATTGTGCTTTGCAATGCATATACTTGTCTACA
GTTACAGATAAGTGGAGTATTATGGCTGCTATACTATCTAAAGTTTCTCA
ACTACATGGTGAGTTTTGCTTCAGGTCTATTCTAATTCCTTAATAACATT
CAGATGTAATTTTAACAATTTCTTCATGGTTGATTTATTGCTCATCAATT
TTTCCTCGGGTTTCATTACAACTGAAGGAAAAAAGTGAAAAGAGTACAAG
TACCCATTAAATTGTACCTTTTAGGAAGTAGACCTTTAACTTTTAATTGA
TCCTTAAATCATATGTTTCGTTCCAGTAGTTAATTCTTTTTTTTTAACTC
AGAGTTAAATGGCTGACATTGGAATGATCCTGCTCATTGTTTTATGTTAA
ATCTTGTGCATGCTTATTTTTAAACATTTTCCCATACTTTTTATGTTTAT
TAAACTGAAAGTAAATCCCTGTATTATTTTGTCACATTAATTTTCACAAA
CAAAATGAGACCCTGATAGTAATCAGACCCAAACATCTGATAGACCCTGC
TGTATTTACAACCCACCAGGAAGGCCGCTATACTATCTCAAATATTAGGC
TATTGTAATGGCCTTTGGGCCTTAATTCTCCTAGTTTGCCTTTCTCTAGA
GGGTGCTTCAGTAGTCCAAATCCGTGGAACCAGCCTTACTGCTCGAGGAG
TATAGGCATGAGGAAAATACAACATTATTGCATTTTTTTTCTAGTTTCAA
CCTAGTTCTTGGCACAGCTGGCAGTTCTGCTTGTCAATGTGGTGCTTTCA
TTGCATCTATATGCTTACCTAAGAACACAGCAAAAGACATGGAAGAAGTG
TTCCAAACCTTCATTCATAGGCTTTCCCTGCTCCAAACACAACTAGACAA
CATCCAACAACTCAATGATAGCTGCCACACTTGTCTGCAATAGTCCATTG
AATCCCACCATGAAACTTTCCAAACCTGCTTCAGTGAGCTCTGTGACCAA
CTCAACTCACAAGCAACTACTACCACATCTACATCCTAGACTACTGCCAC
TATGGGCTTGTTTTCCACACCACTTTCATATTTAAGGTCATATTTGCCTC
CTCATCTCTTGAAAAGAATTTTTTTTTCTGCTCTCCAAACTGCCACTTCC
ACTCTTTACATCAATCTCTTGAATATTAGAGCTGGAAGAAAATGTCTTGT
AATGAATCTAGTTTTCTGTGCCTATCTTCCTTCAATACTTCAAATGCGCA
TGGTATATTTTTCAGACTACTAGTATCAAAAGAAAAAATAACCCAAAAAT
CTTCAAATGGCTGTAGCTTTCCATGCTAATCTTCCTCTAAACTTTTGGAA
ATTTACATCCTTTGTCTTGTTAGTCCTGTGTGTAACAAATTTGTGTCAGT
TTCTTTGTGTTAGATCCTGGAATACAAAATTTTGCTATGTGCTTCTTGCC
TAATCATTTTCTTTCACTGTATTCTCTCCAGTGCTGAAAAGGGCTTTTCT
TGTTTTAGTCATTCAGTGTGGATGAGAGTTCTGCTTGCAATTCTGTTATC
CAATGTTGTTTTGCTTCCTGTGTTGTATATTTGATTGACATATACCTGAG
TTGTTGAGGTGAGGTGTGCACATAATTTTAATCCCAAAACTAACCAATGG
CACATGCTGCAAATCAATGTGTGCCTGCATGTGTTGTTGTGAATTGGTGT
AGATTTCATGTGGCTAATTCAGTTGCATTAGTTCTAATCGGTTTATGAGT
ACATTATTGAACAGATGGTGCATTTCAAGTAGAGGACCTTGAGAGAAGAC
TTAAAACTGCTGAAGGTCACATTGAAGCAGGGAGGCTTTTGGCATTTTAC
CAGGTTGGTATTTTGACCTCTATACCCAACCAAATTTGTGTAACCAATGT
GTGTATCACTATTGCTTGAATTGCACAATTTCTGTTTCCACTATTTTGTA
GAATGATTCTACAATTCATGTTATTGTTTTGTAGCTATGTTGTATTTACT
TTGTTGTTTTATGGATCTATACAGGTCCCAAAGCCATTAAACTTTTTCCT
AGGTGCTCAGTTGGATGAAAAGGGTGTAAAACAGATTATACGTCTTATTC
TTTCTAAATTTATTCGTCGTCAGCCAAGCCGGTCCGATAGTGAATGGGCC
AGCATGTGGCGTGATATGCAATACTTGAGGGAAAAGGCATTTCCTTTCCT
GGACCCAGAGTATATTTTGACTGAATTTTGCAGAGGACTGCTCAAAGCTG
GGAAGTTTTCTCTTGCAAGAAATTACTTGAAGGGTACAAGTTCAGTTGCT
TTGGCTTCTGAGAAGGCTGAAAACCTTGTCATTCAAGCAGCTAGGGAGTA
CTTCTTCTCAGCTTCAAGCCTTTCTTGCTCTGAAGTAAGATTACCTTTAA
CAGCTTATTATCTGTAACATCTAATGCTTAAAATCTTTGTTAGCCTTTCT
CACGATAATCCATCATGTTATCACAACCATGCTCAGATGTAAGAACTATT
GGGCAAAGTATTCTGTTTTACTTTTTGTAGATTTTTCAGTTTTTACCTAC
TTTGCAATAGTGATTGAAATCACAGTTTAATATACATTATGCTTTTGTTA
ACTGTCTACTAAATCACTTCAAAACACCATTTTTTCTTCTTGATAGTCTT
CTATAAGCAGCTATGTTTATGCTAGCCCATCCTCAACTACATGAATTGAT
TAATTATGTTGCTACAATTTATTCCAGATCTGGAAGGCCAGAGAATGTCT
TAATCTATATCCAAGTAGTGGAAATGTAAAGGCAGAGGCAGATATTATTG
ATGCACTTACTGCTAAACTTCCAAACCTTGGAGTGAATATTCTGCCCATG
CAATTCAGGCAAATAAAAGATCCTATGGAAATTATAAAAATGGCAATCAC
AAATCAAAGTGGAGCATATTTTCATGTTGATGAACTTATTGAGGTTGCCA
GACTTCTTGGCTTGAGGTCCGCTGATGACATATCAACTGTTGAGGAAGCT
ATTGCTCGAGAAGCTGCAGTTTCTGGTGATTTACAGCTGGCATTTGATCT
TTGTCTTGGTTTGGCCAGAAAAGGACATGGTACCATATGGGATTTATGTG
CTGCAATTGCAAGAGGCCCTGCCCTTGATAATATGGATGTGGATTCTCGA
AAGCAGCTATTAGGGTTTGCTTTAAGCCACTGTGATGAGGAATCTATTGG
TGAGCTTCTCCACGCATGGAAGGATCTAGATATGCAGGGCCAGTGTGAAA
TATTGATGACATCAACAGAGACAAATCCTTCCAAATTTTCAGTAAAAGGC
TCATCTTTAAACTCCCTTCCAAATCAAAGTTTTCAAAATTTACTAGATGT
TAATGGTTGTTTTCAGGAGTTTGATGGTATTGGTGCTGACAATCAAGATG
TTCATCTTCAGAAAGCTAGAGACGTGCTTTCCATCGTTGCGAAAACCTTG
GCTATTGGCGATCGAGTTGATTGGGCATCAATCTTGACTGAAAATGGGAA
AGTTCTGTCTTTCGCTGCTTCACAGCTCCCTTGGTTGATTGAATTAAGTA
AGAAAGGAGAGCATCAGAGGAAACTCAGTACTGGAAAACAATATCTAAAT
ATCAGAACACAAGCTGTGGTAACCATTTTGTGCTGGTTGGCAAGAAATGG
ATTTGCCCCAAGAGACAATCTGATTGCCTCTCTAGCAGAATCAATTATGG
AGCCACCAGTCACCGAAGAGGAAGATATAATGGGTTGCTCCTATCTTTTG
AATCTTGTGGATGCCTTCAATGGGGTAGAAATTATAGAAGAACAACTCAA
AATAAGAAAAGACTATCAAGAAATTTGTAGTATCATGAGTGTTGGGATGG
CATACAGCTTACTACATAACTCTGGACTAAAGACTGACCCTTCTCAACGG
AGGGAGCTATTGAAGAGAAGGTTTAGGGAAAAGCATGCATCACCCAGTTC
TGGTGATTGTCCTTTTTGTTATTTGCTGTTAATTGTATATTTATCAGTAG
TTGAATCTTTAGATTGCATTTTTTTTATACTTATTTATGTTTGCTGTTTC
TTTCTCCCACTTTTTTTTTTCTTACATTTTTGCATCTGTAACTGACTAAG
ACAATGTGTTGAATATGTTTATTCAGACGATATGGATAAACTTGGCAAAG
TACAATCCTCATTTTGGAGAGAGTGGAAATTGAAGTTAGAAGAACAAAAG
CGTCTCACTGAACATTCCAGAGCACTAGAAAAAATAATTCCTGGGGTTGA
GACAGAGCGCTTTTTGTCCAGGGATTCCATCTATATTGAGAATGTTGTTA
TCTCTCTCATTGAGTCAGTAAAGTTAGAAAGAAAGCACATTTTGAAGGAC
ATTTTAAAACTGGTTGACACTTATGACTTGAACTGTACCGAGGTATGAGG
ATTTGCAGGAATGCATTGAAACATAAACTGTGAAGAAAATAATGTTGCTT
ATAATGAAATTATTTGTCTTATTGTTCCTTAGCCTATATATATTGTTGTA
AAAGTTCTGTAATTGGCTTTGGTAATCTCTTGGTAAATTCAGTGTCAAGT
AGTATTTGTATCAGTGTAAAGTAGGTATGAACTTGTAGTTTTGTCCATCA
GTGGTTTCAATTGAAGGGGTGTTCGATTATGAAATTTTTTTCATCGAATC
CTTAACTGCTTATCTTTTTAAGTCAATTAGTTCTTTGAATAAAATGTAAT
ATAATCCACTGATGAAACCTATTTACTTTGTTTCTTTTAGGTGCTACTGC
GTTACCTAAGTGCTGTCCTTGTTTCTGATACTTGGAGCAATGATGATATT
ACAGCTGAAGTTGCAGGTTATAAAGGGGAAATAATTGGTAATAGTGAGAA
AACCATTGAAACCATCTCAACAATTGTATACCCTGCAATTGACGGGTGCA
ACAAACTACGCCTTGCTTATGTATATGGCTTGTTATCAGAGTGCTACTTG
CAACAGGAAAATACCAAAGATTTATCGCCAGTGGTGCAGGTTGATCATGT
AAATGCCAATATAAGCTTGGCACGATATTATAAGGTCCTCGAGCAAGAAT
GCAAAAATATATCCTTTGTCACTAACCTGAACTTCAAAAATATTGCTGGG
CTACATGGTTTGTACTTTGAGTGCTTTAGTGATGAAGTTTATGCATGCAT
TGAGGAAAGTAGCTTGTCAGCTTTGTCAAAAATGGTACAGGCTCTTGTCA
ATATGTACGGAGACTCATTGCCTGATGGTTTCATGTCATGGCAGGATGTC
TATAGGTATTACGTTGTAAGTTTGCTGAAAGATTTGGAGACTAAAGTTAC
TACTGATTCTAGCAATAGAACTCCTGAATATCTGCAAGGCTTTATAAACA
AGCTTGAACAGAGTTATGATTTGTGCCAAGTGTATATTAGGCTTTTGAGC
CGGCCTGATGCTTTGGGGATCATGAAGCAGTATTTCACCATAATCTTGCC
TTTCTTCAGTTCATATGGACTCCTACCTGACAATTCAACATGGCAAGAGT
GCCTTATTGTTCTTCTGAACTTTTGGATGAGGTTGACAGATGATATGAAG
GAAATTGCATTGGAGAAAAGTTCAGGAGAAACTGGTTGCTTTGATCCGCA
ATGTTTAATGAATTGCCTGAAGGTTTTTATGAAATTGGTAATGGAAGATA
TCATCTCCCCTAGTCAGGGCTGGGGCAGCATATGTGGCTATGTCATTTGT
GGCTTAAAAGGTGATTCTTCTGCAGAAATTTATAGTTTCTGCAGAGCTAT
GATTTTTTCTGGCTGTGGGTTTGGTGCTGTTGCAGAGGTTTTTACTGTTG
CATCATCAGATTCTGGTTTAGCTTCTGATTGTGGCCAAGGTTCTCAGGAT
CTTCCTCATTTTTATTTGCATATTCTTGAAACTGTTTTGTCTGAATTGAT
CAGTGGATCCCATGAGAGCCAGAACCTGTATCATATATTGTCTTCTTTAA
GCAAGCTAGAAGGTGACTTAAAGGTTATGCAATGTGTTAGACATGTAATT
TGGGAAAGAATGGTCCAATTCTCTGACAATTTGCAGTTGCCAAGTTCGGT
CAGAGTTTTTGTGCTAGAGCTAATGCAATTTATCTCGGGTAAAAATATTA
GGGGTTTCTCTACAGAAATACTAGCCAATGTTCAACCATGGGAAGAATGG
AATGAATTGATTTTTGCTAGTAGAAAGAGCGAGACTGATGTTGACAAGTC
ATTGCCAGATCACAAAGACTCTTCTAGTAGGGTTACAAATACTTTGATTG
CTCTTAAATCATCTCAGCTTGCGGCCTCAATCTCTCCTAGCATAGAAATT
ACCCCTGATGATCTATTGAATGCAGACAAGGCCGTGTCTTGCTTTATGGG
GTTGTGTGGAGAAGCTCGTGAAGATCTCCATTTTGATGCTCTTGTGGCTA
TTTTGGAAGAGTGGGATGGACTTTTCACTGCAGGGAAAAATGGAGAAACC
ATTGCTGAAGCAACCAAAGGAGGAAATGACTGGAACAATGATGATTGGGA
CGAGGGATGGGAAAGCCTTGAGGGAGTAGACAATCCTGAGAAAGAGAAGA
TAGAAGACTCTGTTTTTGTTCACCCTTTGCATGTGTGTTGGGCGGAGATT
TTCAGAAAATTCATAAGCCTTTCAAGGTTTACTGATGTGCTTAGACTTAT
TGACCAATCATATTTAAAGCCTAATGCTTTGTTACTTGATGAAGATGATG
CCTGCAGCTTAATCCAGATGGCATTTCCAATTGATTGCTTTCTGGCTTTG
AAGATGTCACTGTTGCTGCCCTACAAAACATTACAGTTGCAGTCCCTGGG
TGCAGTTGAGGATAGCACAAAACAAGGCATCCCTCAATCGAGGAGCAAGG
ACTACGAGTTATTAACTTTAATTTTATCCTCTGGATGTCTTTCTTCTATC
ATCACTGATTCTACCTATGGTACTCTGTTCTCTTATATCTGCTATTTGGT
TGGAAACTTATCCAATCAATCTCAACAAGTTCTGGTGTCAGGTAGAGGAA
CTCACAACAATGAAGATCATGAGAATCAGTTGCTTCTTTTCACAAGGATC
CTTTTCCCTAATTTCATTTCAGAACTTGTGAAGGCTGATCAACATATTCT
AGCTGGATTTCTTGTCACAAAATTTATGCACGGTAATGAATCACTCAGTC
TCATTAACATTGCCGGGGCCAGTCTTAAGAGGTATCTGGAGATGCAGCTG
CAAATGCTACAGATCAGCGAGTTCCCGGTTGAGAAGACATGTAAAACATT
GAAGAATACCGTTGGCCGTTTGAGAGGCAAACTTAGTAGTTTTATTCAAT
CCATATTGCCATTGGTTTCTGCTAGTGTTAGTTGATAACATTTTCAATTT
GATTAGGGGGTAGCATTTGTATCAATTAAGATCCAGGGGTTTTTATTGAC
CTACTATTTACATATATTTCGATTTGTTTGAGATGAGTTACTTGGTCAAA
GGAATGGTAGTTATAGATTTCAAATTTCATACATGTATATGTATATTCGG
AGGTGGCGGAGAATTGTGTACTTGTGTATTGGTTAATAATTAACTGTCTT
CCCAACTCAGACTTGTGCATCTGTTTGTCTACTAAACGAAGAGAAGAAGA
AAAATCAGTTTATTTACTTTCGGCATCCAATAAATAATATGCGTTGGAGA
AAA

Coding sequence (CDS) from alignment at Vu09:30880862..30893514-

>Vigun09g145900.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g145900.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g145900.2; organism=Vigna unguiculata; type=CDS; length=7119bp; location=Sequence derived from: Vu09:30880862..30893514- (Vigna unguiculata
ATGGAGGTGGTGCTCTACGAGACGCGACATCACGCTTCCAATTACCCTCA
TCAACACCAAGACCGTCTCCATCTCCAACAACAGGCAAACGAAAGCACCA
AGGCTACCTTCTTCTCCTTGCTTTCTTCTCGAGGTGTGAGCCAACTCAAG
GATAAATGGACCGAATACAAGCAACCGAAGAGACTCAGAAGATTGGTGTC
GCTGTTCGTTTCCGCCACAGCCAAACACGTCGCAGTTGCCGCGGGAAATC
GGATAACGATTCTTAGTAAAGAGGACGACTATCAAAATCCATGCGCCATT
TTCACCAGTCCTAGTCTTGGTACGTTTAGTTTAGGAACTTGGTCTGAAGA
TGAAGAAGTTCTTGGAGTTGCTGACGACTCTGATACACTCTATTTTATCA
AATTCAGCGGCGTAGTTGTCGCAGAAATCTCGAAGAAAAATCTGAAAGTC
TCTTCTCCAATTATTTCCCTATTTTCTGATGTGGATTTGGATACAAGCGA
GTCTTACTTGTTCTCTGTTGTTACGTCAGATGGTTTGGTTCAGCAAATTG
AGATCAGCCGTGGCCAGATTGGCTCTACCTTTCCCAATTACATTTCTAAT
CACACGATTCATATCTGCAACAATATTTTCTGCTTTGACCACCATAGTGA
GCTTAACCTTTTTGTGGCTGTTCATAAGAACTCTGGATCTAGCCATCTTT
CTTTGTTGCGGAGGAATTCAAGTACAGAACTGGAGCAGTTGTTCTCTTTG
CAATTTGAGGGGTTATATTTAAAGCCAAAAGATTACAGAGGTCTACTGAC
ATATGCAAAGGTGCTAATCTCACCACAGGCTTCATTCGTTGCTACTCTGG
ATTTGACAGGGTGCTTGCATATTTTTAAGCTGGACAAAGAAGGCCTCACA
CTCTCCCGGTTTGTCTTGGGAGAGAGAGATGGTTCAGCAATGTCTGGTGA
TTTATCGAATGGAGTGAACAAATCTTGTGTGGATTTTATGGATTTTACTT
GGTGGTGTGACCATATCCTTGCCATTGTAAACAGGAGTGGTGTGGTTATG
TTGATTGACATCCTTAATGGTTCTACAGTTCCAGCAGAGGATCATGCATA
TTTTTTACCTGTTTTGGAAAGAGCACTGAAATATAAGGGCTGTGTTTTTC
TTTTAGCAAGTCAATCATTGAAAGAAGGAGGTGATGCTTCGCATGATGGG
TCAACGGAAGAGTTGCATCAGACAGATTGGATAATTACCGATAGGCTTAA
TCAATTTCATCTTTCTAGATTGTTCTGGCACCTTGTTTCATTTACTGAGA
AGTCTGTCCCTGAAATGTATAGTATACTGATTAACAAGAAAAAATATCAG
GCTGCTCTGGATTTTGCTGATAGTCATGGATTGGATAAAGAAAAAGTTCT
GAAGTCACAGTGGTTGAATTCTAGCCATGGAGTAAATGAAATAAAGAACA
TTTTATCGAATATCAAGGATAAAAATTTTGTACTTTCTGAATGTGTTGAT
AGAATTGGAGTGACAGAAGATGCTGTGAAGGCTTTGCTAGATTATGGTCT
ACGCATCACTGACCATCATAAATTCTCAGTAGTAGATGATGATAATTCTA
GTAAAGTATGGAATCTTCGCCTTGCCAGACTTAAAATCTTACAATTTAGA
GACAGGCTGGAAACATACCTTGGAATAAACATGGGCAGGTTTTCTGTGCA
GGAATATAGCAAATTCCGCATTATGCCTATTAATGAGGCTGCCATATCAC
TTGCTGAGAGTGGAAAAATTGGAGCACTAAACTTGCTCTTCAAGCGTCAT
CCATATTCTTTGTCTCTATTTATGTTGGAAATTTTAGCTGCCATCCCAGA
AACTGTTCCGGTACAAATGTATGGGCAGCTTCTTCCTGGGAGATCTCCCC
CGTCTGGTTTTGCCGTGAGGCAAGATGATTGGGTTGAATGTGAGAAGATG
GTTCACTTCATTAATGCATCAGTTAAAAACCATGACATTCTAATACAAGT
CAAAACTGAACCTTTTGTTAAGCATTTCCATGGATTTCCTTGGCCATCAA
TTGATGAGCTCTCAAACTGGTATACGAATAGAGCTAGAGCAATGGATGAT
TTTAGTGGACAGCTGGATAATTGCCTCAGCCTGCTTGAATTTGCTCTTCG
CAAAGGCCTATCTGAATTACAATCGTTCCATCAGGATGTGTTATACTTGA
ATCAAATTGTTTACTCCAATGATGATGATAGTGAAATGGGCTTCAGCATG
AATCTTGCCAAGTGGGTAGAATTGTCAGACTATGAAAAATTTAAATTTTT
GCTTAAGGGAGTGAAAGAGGAAAATGTAACCGAAAGGTTACACAGTAGAG
CCATTCCATTTCTGCGTGAAAAGTTTCACAAGGTATCCTTACTCGGAGAT
GTCATTGTTTCTGATTGTACAAATCGAAATATGGAGGAATCATTTTTAGT
CAGATGGTTGAAGGACACTTCTGAAGAGAATAAATTGGATATATGCTTGG
TGGTAATTGAAGAAGGGTGCAGAAACTTCCAAAGTAATGACTATTTCAAA
ACTGAGGCTGAAGCTGTTGATTGTGCTTTGCAATGCATATACTTGTCTAC
AGTTACAGATAAGTGGAGTATTATGGCTGCTATACTATCTAAAGTTTCTC
AACTACATGATGGTGCATTTCAAGTAGAGGACCTTGAGAGAAGACTTAAA
ACTGCTGAAGGTCACATTGAAGCAGGGAGGCTTTTGGCATTTTACCAGGT
CCCAAAGCCATTAAACTTTTTCCTAGGTGCTCAGTTGGATGAAAAGGGTG
TAAAACAGATTATACGTCTTATTCTTTCTAAATTTATTCGTCGTCAGCCA
AGCCGGTCCGATAGTGAATGGGCCAGCATGTGGCGTGATATGCAATACTT
GAGGGAAAAGGCATTTCCTTTCCTGGACCCAGAGTATATTTTGACTGAAT
TTTGCAGAGGACTGCTCAAAGCTGGGAAGTTTTCTCTTGCAAGAAATTAC
TTGAAGGGTACAAGTTCAGTTGCTTTGGCTTCTGAGAAGGCTGAAAACCT
TGTCATTCAAGCAGCTAGGGAGTACTTCTTCTCAGCTTCAAGCCTTTCTT
GCTCTGAAATCTGGAAGGCCAGAGAATGTCTTAATCTATATCCAAGTAGT
GGAAATGTAAAGGCAGAGGCAGATATTATTGATGCACTTACTGCTAAACT
TCCAAACCTTGGAGTGAATATTCTGCCCATGCAATTCAGGCAAATAAAAG
ATCCTATGGAAATTATAAAAATGGCAATCACAAATCAAAGTGGAGCATAT
TTTCATGTTGATGAACTTATTGAGGTTGCCAGACTTCTTGGCTTGAGGTC
CGCTGATGACATATCAACTGTTGAGGAAGCTATTGCTCGAGAAGCTGCAG
TTTCTGGTGATTTACAGCTGGCATTTGATCTTTGTCTTGGTTTGGCCAGA
AAAGGACATGGTACCATATGGGATTTATGTGCTGCAATTGCAAGAGGCCC
TGCCCTTGATAATATGGATGTGGATTCTCGAAAGCAGCTATTAGGGTTTG
CTTTAAGCCACTGTGATGAGGAATCTATTGGTGAGCTTCTCCACGCATGG
AAGGATCTAGATATGCAGGGCCAGTGTGAAATATTGATGACATCAACAGA
GACAAATCCTTCCAAATTTTCAGAGTTTGATGGTATTGGTGCTGACAATC
AAGATGTTCATCTTCAGAAAGCTAGAGACGTGCTTTCCATCGTTGCGAAA
ACCTTGGCTATTGGCGATCGAGTTGATTGGGCATCAATCTTGACTGAAAA
TGGGAAAGTTCTGTCTTTCGCTGCTTCACAGCTCCCTTGGTTGATTGAAT
TAAGTAAGAAAGGAGAGCATCAGAGGAAACTCAGTACTGGAAAACAATAT
CTAAATATCAGAACACAAGCTGTGGTAACCATTTTGTGCTGGTTGGCAAG
AAATGGATTTGCCCCAAGAGACAATCTGATTGCCTCTCTAGCAGAATCAA
TTATGGAGCCACCAGTCACCGAAGAGGAAGATATAATGGGTTGCTCCTAT
CTTTTGAATCTTGTGGATGCCTTCAATGGGGTAGAAATTATAGAAGAACA
ACTCAAAATAAGAAAAGACTATCAAGAAATTTGTAGTATCATGAGTGTTG
GGATGGCATACAGCTTACTACATAACTCTGGACTAAAGACTGACCCTTCT
CAACGGAGGGAGCTATTGAAGAGAAGGTTTAGGGAAAAGCATGCATCACC
CAGTTCTGACGATATGGATAAACTTGGCAAAGTACAATCCTCATTTTGGA
GAGAGTGGAAATTGAAGTTAGAAGAACAAAAGCGTCTCACTGAACATTCC
AGAGCACTAGAAAAAATAATTCCTGGGGTTGAGACAGAGCGCTTTTTGTC
CAGGGATTCCATCTATATTGAGAATGTTGTTATCTCTCTCATTGAGTCAG
TAAAGTTAGAAAGAAAGCACATTTTGAAGGACATTTTAAAACTGGTTGAC
ACTTATGACTTGAACTGTACCGAGGTGCTACTGCGTTACCTAAGTGCTGT
CCTTGTTTCTGATACTTGGAGCAATGATGATATTACAGCTGAAGTTGCAG
GTTATAAAGGGGAAATAATTGGTAATAGTGAGAAAACCATTGAAACCATC
TCAACAATTGTATACCCTGCAATTGACGGGTGCAACAAACTACGCCTTGC
TTATGTATATGGCTTGTTATCAGAGTGCTACTTGCAACAGGAAAATACCA
AAGATTTATCGCCAGTGGTGCAGGTTGATCATGTAAATGCCAATATAAGC
TTGGCACGATATTATAAGGTCCTCGAGCAAGAATGCAAAAATATATCCTT
TGTCACTAACCTGAACTTCAAAAATATTGCTGGGCTACATGGTTTGTACT
TTGAGTGCTTTAGTGATGAAGTTTATGCATGCATTGAGGAAAGTAGCTTG
TCAGCTTTGTCAAAAATGGTACAGGCTCTTGTCAATATGTACGGAGACTC
ATTGCCTGATGGTTTCATGTCATGGCAGGATGTCTATAGGTATTACGTTG
TAAGTTTGCTGAAAGATTTGGAGACTAAAGTTACTACTGATTCTAGCAAT
AGAACTCCTGAATATCTGCAAGGCTTTATAAACAAGCTTGAACAGAGTTA
TGATTTGTGCCAAGTGTATATTAGGCTTTTGAGCCGGCCTGATGCTTTGG
GGATCATGAAGCAGTATTTCACCATAATCTTGCCTTTCTTCAGTTCATAT
GGACTCCTACCTGACAATTCAACATGGCAAGAGTGCCTTATTGTTCTTCT
GAACTTTTGGATGAGGTTGACAGATGATATGAAGGAAATTGCATTGGAGA
AAAGTTCAGGAGAAACTGGTTGCTTTGATCCGCAATGTTTAATGAATTGC
CTGAAGGTTTTTATGAAATTGGTAATGGAAGATATCATCTCCCCTAGTCA
GGGCTGGGGCAGCATATGTGGCTATGTCATTTGTGGCTTAAAAGGTGATT
CTTCTGCAGAAATTTATAGTTTCTGCAGAGCTATGATTTTTTCTGGCTGT
GGGTTTGGTGCTGTTGCAGAGGTTTTTACTGTTGCATCATCAGATTCTGG
TTTAGCTTCTGATTGTGGCCAAGGTTCTCAGGATCTTCCTCATTTTTATT
TGCATATTCTTGAAACTGTTTTGTCTGAATTGATCAGTGGATCCCATGAG
AGCCAGAACCTGTATCATATATTGTCTTCTTTAAGCAAGCTAGAAGGTGA
CTTAAAGGTTATGCAATGTGTTAGACATGTAATTTGGGAAAGAATGGTCC
AATTCTCTGACAATTTGCAGTTGCCAAGTTCGGTCAGAGTTTTTGTGCTA
GAGCTAATGCAATTTATCTCGGGTAAAAATATTAGGGGTTTCTCTACAGA
AATACTAGCCAATGTTCAACCATGGGAAGAATGGAATGAATTGATTTTTG
CTAGTAGAAAGAGCGAGACTGATGTTGACAAGTCATTGCCAGATCACAAA
GACTCTTCTAGTAGGGTTACAAATACTTTGATTGCTCTTAAATCATCTCA
GCTTGCGGCCTCAATCTCTCCTAGCATAGAAATTACCCCTGATGATCTAT
TGAATGCAGACAAGGCCGTGTCTTGCTTTATGGGGTTGTGTGGAGAAGCT
CGTGAAGATCTCCATTTTGATGCTCTTGTGGCTATTTTGGAAGAGTGGGA
TGGACTTTTCACTGCAGGGAAAAATGGAGAAACCATTGCTGAAGCAACCA
AAGGAGGAAATGACTGGAACAATGATGATTGGGACGAGGGATGGGAAAGC
CTTGAGGGAGTAGACAATCCTGAGAAAGAGAAGATAGAAGACTCTGTTTT
TGTTCACCCTTTGCATGTGTGTTGGGCGGAGATTTTCAGAAAATTCATAA
GCCTTTCAAGGTTTACTGATGTGCTTAGACTTATTGACCAATCATATTTA
AAGCCTAATGCTTTGTTACTTGATGAAGATGATGCCTGCAGCTTAATCCA
GATGGCATTTCCAATTGATTGCTTTCTGGCTTTGAAGATGTCACTGTTGC
TGCCCTACAAAACATTACAGTTGCAGTCCCTGGGTGCAGTTGAGGATAGC
ACAAAACAAGGCATCCCTCAATCGAGGAGCAAGGACTACGAGTTATTAAC
TTTAATTTTATCCTCTGGATGTCTTTCTTCTATCATCACTGATTCTACCT
ATGGTACTCTGTTCTCTTATATCTGCTATTTGGTTGGAAACTTATCCAAT
CAATCTCAACAAGTTCTGGTGTCAGGTAGAGGAACTCACAACAATGAAGA
TCATGAGAATCAGTTGCTTCTTTTCACAAGGATCCTTTTCCCTAATTTCA
TTTCAGAACTTGTGAAGGCTGATCAACATATTCTAGCTGGATTTCTTGTC
ACAAAATTTATGCACGGTAATGAATCACTCAGTCTCATTAACATTGCCGG
GGCCAGTCTTAAGAGGTATCTGGAGATGCAGCTGCAAATGCTACAGATCA
GCGAGTTCCCGGTTGAGAAGACATGTAAAACATTGAAGAATACCGTTGGC
CGTTTGAGAGGCAAACTTAGTAGTTTTATTCAATCCATATTGCCATTGGT
TTCTGCTAGTGTTAGTTGA

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **INTERPRO**
Term	Definition
IPR013244	Sec39_domain
IPR036322	WD40_repeat_dom_sf

Vocabulary: **Biological Process**
Term	Definition
GO:0006890	retrograde vesicle-mediated transport, Golgi to endoplasmic reticulum

Vocabulary: **Molecular Function**
Term	Definition
GO:0005515	protein binding

Search form

Vigun09g145900.2