Vigun09g166500.2

Transcript Overview


Name	Vigun09g166500.2
Unique Name	Vigun09g166500.2_Vu_IT97K-499-35_v1.1
Type	mRNA
Organism	Vigna unguiculata (cowpea)
Sequence length	4056

Alignments

The following features are aligned


Feature Name	Type	Location	Analysis	Reference
Vu09	supercontig	Vu09:33435052..33445137 -	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
vuvuL368	Vigna unguiculata L. Walp IT97K-499-35 genome v1.1	Vigna unguiculata
psvuL497	Pisum sativum Cameor genome v1a	Pisum sativum
crvuL456	Cicer reticulatum L. PI489777 genome v1	Cicer reticulatum
crvuL574	Cicer reticulatum L. PI489777 genome v1	Cicer reticulatum
pvvuL715	Phaseolus vulgaris G19833 genome v2.1	Phaseolus vulgaris
pvvuL802	Phaseolus vulgaris G19833 genome v2.1	Phaseolus vulgaris
cavuL351	Cicer arietinum CDC Frontier genome v1.0	Cicer arietinum
caivuL0620	Cicer arietinum ICC 4958 genome v2	Cicer arietinum
cavuL437	Cicer arietinum CDC Frontier genome v1.0	Cicer arietinum
ccvuL0597	Cajanus cajan Asha genome v1.0	Cajanus cajan
anvuL0203	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL0322	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL0369	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL0642	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL0771	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
anvuL1209	Lupinus angustifolius L. Tanjil genome v1.0	Lupinus angustifolius
asvuL537	Vigna angularis Jingnong 6 genome v1.1	Vigna angularis
asvuL733	Vigna angularis Jingnong 6 genome v1.1	Vigna angularis
vuzwsR675	Pisum sativum cv. Zhongwan6 genome v1.0	Pisum sativum
vuzwsR695	Pisum sativum cv. Zhongwan6 genome v1.0	Pisum sativum
tifvuL314	Vicia faba cv. Tiffany genome v1.0	Vicia faba
tifvuL466	Vicia faba cv. Tiffany genome v1.0	Vicia faba
vfhvuL440	Vicia faba inbred line Hedin/2 genome v1.0	Vicia faba
vrvvuL400	Vigna radiata cv. VC1973A genome v6.0	Vigna radiata
vrvvuL461	Vigna radiata cv. VC1973A genome v6.0	Vigna radiata
vssvuL409	Vicia sativa cv. Studenica genome v1.0	Vicia sativa
vssvuL584	Vicia sativa cv. Studenica genome v1.0	Vicia sativa
vuvuaR455	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
canvuL320	Cicer arietinum CDC Frontier NCBI RefSeq v1	Cicer arietinum
canvuL404	Cicer arietinum CDC Frontier NCBI RefSeq v1	Cicer arietinum
avjvuL478	Vigna angularis cv. Jingnong6 genome v1.7.1	Vigna angularis
avjvuL608	Vigna angularis cv. Jingnong6 genome v1.7.1	Vigna angularis
carvuL334		Cicer arietinum
carvuL411		Cicer arietinum
ccavuL336	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan
ccavuL438	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan
vuvumR750	Vigna umbellata FF25 genome v1.0	Vigna umbellata
vuvumR763	Vigna umbellata FF25 genome v1.0	Vigna umbellata
vuvvaR788	Vicia villosa cv. AU Merit genome v1.0	Vicia villosa
vuvvaR827	Vicia villosa cv. AU Merit genome v1.0	Vicia villosa
vstvuL247	Vigna stipulacea acc. JP252948 genome v2.a1	Vigna stipulacea
vstvuL296	Vigna stipulacea acc. JP252948 genome v2.a1	Vigna stipulacea
vasvuL265	Vigna angularis cv. Shumari genome v1.a1	Vigna angularis
vasvuL311	Vigna angularis cv. Shumari genome v1.a1	Vigna angularis
pvfvuL624	Phaseolus vulgaris cv. Flavert genome v1.0	Phaseolus vulgaris
pvfvuL708	Phaseolus vulgaris cv. Flavert genome v1.0	Phaseolus vulgaris
vuvunR512	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
Cc_v2.0_11595.1	Cajanus cajan cv. Asha genome v2.0	Cajanus cajan

Relationships

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


Feature Name	Unique Name	Species	Type
Vigun09g166500	Vigun09g166500_Vu_IT97K-499-35_v1.1	Vigna unguiculata	gene

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


Feature Name	Unique Name	Species	Type
Vigun09g166500.2	Vigun09g166500.2_Vu_IT97K-499-35_v1.1-protein	Vigna unguiculata	polypeptide
Vigun09g166500.2_Vu_IT97K-499-35_v1.1	Vigun09g166500.2_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
Vigun09g166500.2.v1.1.CDS.17	Vigun09g166500.2.v1.1.CDS.17_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.16	Vigun09g166500.2.v1.1.CDS.16_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.15	Vigun09g166500.2.v1.1.CDS.15_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.14	Vigun09g166500.2.v1.1.CDS.14_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.13	Vigun09g166500.2.v1.1.CDS.13_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.12	Vigun09g166500.2.v1.1.CDS.12_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.11	Vigun09g166500.2.v1.1.CDS.11_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.10	Vigun09g166500.2.v1.1.CDS.10_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.9	Vigun09g166500.2.v1.1.CDS.9_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.8	Vigun09g166500.2.v1.1.CDS.8_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.7	Vigun09g166500.2.v1.1.CDS.7_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.6	Vigun09g166500.2.v1.1.CDS.6_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.5	Vigun09g166500.2.v1.1.CDS.5_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.4	Vigun09g166500.2.v1.1.CDS.4_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.3	Vigun09g166500.2.v1.1.CDS.3_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.2	Vigun09g166500.2.v1.1.CDS.2_Vu_IT97K-499-35_v1.1	Vigna unguiculata	CDS
Vigun09g166500.2.v1.1.CDS.1	Vigun09g166500.2.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
Vigun09g166500.2.v1.1.three_prime_UTR.1	Vigun09g166500.2.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
Vigun09g166500.2.v1.1.five_prime_UTR.1	Vigun09g166500.2.v1.1.five_prime_UTR.1_Vu_IT97K-499-35_v1.1	Vigna unguiculata	five_prime_UTR

Homology

[Close]

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

HSP 1 Score: 114.005 bits (284), Expect = 4.974e-24
Identity = 101/364 (27.75%), Postives = 158/364 (43.41%), Query Frame = 1

Query:  970 LWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQXXXXXXXXXXXXXXXXXXXXINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAI-RNLEHSLDSLGFKRQSGNSE--------------------------------SSHKTS--------------------TKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFD--MLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQS 1896
            LWT KY+P  + E+ GN+ +V  L  WL  W  R     + N      G +D +++        +D      +E++ L   +LITGP G GK++AV+ACA+E GF I E+N+S+  +G  I   L+ +  S    +Q  NS+                                SS KTS                    +KS   +  L G      N   E   +   ++   + S +K  G  +   K K   L+L E+VD++F ED G + A++    T+K P+ILT++  +P     FD     + F +PS   +  +L  +CL E            + +   DIRKSI++LQFW +S
Sbjct: 1038 LWTEKYQPQNSNELIGNELAVKKLHSWLKDWKRRAELEERHNL----KGKRDEKEEGILDLSDSTDFKGSSDDEENRLCNTVLITGPTGVGKTAAVYACAQELGFKIFEVNASSQRSGRQILSQLKEATQSHQVDKQGVNSQKPCFFNNYNIGKSPKKLNSPGKVVTSPRKLPPSSPKTSGQKRALLPKTLANYFKVSSKSKSNDDVGALMGDDKGVKNSSLEQRQLIQTKSTNANNSHIKDVGAEESNRK-KATSLILFEEVDVIFDEDAGFLNAVKTFMATTKRPVILTTS--DPTFSLVFDGCFEEINFSIPSLLNVASYLQVICLVENFRTDFKDFVTLLTANACDIRKSILYLQFWIRS 1394

[Close]

BLAST of Vigun09g166500.2 vs. DB:Swiss
Match: RFC1_YEAST (Replication factor C subunit 1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=RFC1 PE=1 SV=1)

HSP 1 Score: 78.1814 bits (191), Expect = 3.224e-13
Identity = 73/307 (23.78%), Postives = 117/307 (38.11%), Query Frame = 1

Query:  958 EECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQXXXXXXXXXXXXXXXXXXXXINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVED-VDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFDM--LHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSI 1869
            EE  LWT KY PT   +VCGN  SV  L +WL  W   +  S K + G + SG+                             +  ++ GP G GK++A H  A+E G+ ILE N+S+                                     R+  +L+   A   N +D +  +       H+     L+G          +  V++ D VD +   DRG +  + +    +  P+IL  N  N      FD   L + F  P    +   L ++ + E   + P ++++ I +  GDIR+ I
Sbjct:  293 EEDKLWTVKYAPTNLQQVCGNKGSVMKLKNWLANWENSKKNSFK-HAGKDGSGVF----------------------------RAAMLYGPPGIGKTTAAHLVAQELGYDILEQNASD------------------------------------VRSKTLLN---AGVKNALDNMSVVG---YFKHNEEAQNLNG----------KHFVIIMDEVDGMSGGDRGGVGQLAQFCRKTSTPLILICNERNLPKMRPFDRVCLDIQFRRPDANSIKSRLMTIAIREKFKLDPNVIDRLIQTTRGDIRQVI 518

[Close]

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

HSP 1 Score: 76.2554 bits (186), Expect = 1.352e-12
Identity = 74/312 (23.72%), Postives = 127/312 (40.71%), Query Frame = 1

Query:  958 EECNLWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNKSGMQXXXXXXXXXXXXXXXXXXXXINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSLDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDDETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSD-NPGL-PHKFDMLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFW 1887
            +   +WT+KY PT   ++CGN   V  L  WL  +H    K+RK N   NK G   +                        L K +L++GP G GK++A H  AK +G+ +LE+N+S++ +    R L+  L  +              T ++S      L+G    +AN VD                              K R +++++++D + + DRG +  +  I + S  PII   N   +P L P       + F  P    +   + S+   EG+ + P  +++ +     D+R+ I  L  +
Sbjct:  356 QPSQIWTSKYAPTSLKDICGNKGVVQKLQKWLQDYH----KNRKSNF--NKPGPDGL-----------------------GLYKAVLLSGPPGIGKTTAAHLVAKLEGYDVLELNASDTRSK---RLLDEQLFGV--------------TDSQS------LAGYFGTKANPVD----------------------------MAKSRLVLIMDEIDGMSSGDRGGVGQLNMIIKKSMIPIICICNDRAHPKLRPLDRTTFDLRFRRPDANSMRSRIMSIAYREGLKLSPQAVDQLVQGTQSDMRQIINLLSTY 587

[Close]

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

HSP 1 Score: 73.9442 bits (180), Expect = 9.201e-12
Identity = 52/149 (34.90%), Postives = 74/149 (49.66%), Query Frame = 1

Query:  970 LWTNKYKPTKAVEVCGNDESVNFLSDWLHRW------HERQ-YKSRKDNTGTNKSGMQXXXXXXXXXXXXXXXXXXXXINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAI-RNLEHSLDSLGFKRQSGNSE 1392
            LWT KY+P  A E+ GN+ ++  L  WL  W       ERQ  K ++D    + SG                   S D  E+  L   +LITGP G GK++AV+ACA+E GF I E+N+S+  +G  I   L+ +  S    +Q  NS+
Sbjct: 1053 LWTEKYQPQTASELIGNELAIKKLHSWLKDWKRRAELEERQNLKGKRDEKHEDFSG-------------GIDFKGSSDDEEESRLCNTVLITGPTGVGKTAAVYACAQELGFKIFEVNASSQRSGRQILSQLKEATQSHQVDKQGVNSQ 1188

HSP 2 Score: 71.633 bits (174), Expect = 3.970e-11
Identity = 46/143 (32.17%), Postives = 72/143 (50.35%), Query Frame = 1

Query: 1579 LVLVEDVDILFAEDRGCMAAIQRIAETSKGPIILTSNSDNPGLPHKFD--MLHVPFVLPSPKELLCHLYSVCLAEGVNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPFDLEL---GHQILPKIMP 1992
            L+L E+VD++F ED G + AI+    T+K P+ILT++  +P     FD     + F  PS   +  +L  +CL E            + +   DIRKSI++LQFW +S     +E+  T Y     +++L    H +  KI P
Sbjct: 1301 LILFEEVDVIFDEDAGFLNAIKTFMATTKRPVILTTS--DPTFSLMFDGCFEEIKFSTPSLLNVASYLQMICLTENFRTDVKDFVTLLTANTCDIRKSILYLQFWIRSGGGVLEERPLTLYRGNSRNVQLVCSEHGLDNKIYP 1441

[Close]

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

HSP 1 Score: 58.151 bits (139), Expect = 4.474e-7
Identity = 36/130 (27.69%), Postives = 60/130 (46.15%), Query Frame = 1

Query:  970 LWTNKYKPTKAVEVCGNDESVNFLSDWLHRWHERQYKSRKDNTGTNK--SGMQXXXXXXXXXXXXXXXXXXXXINEKDSLPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHSL 1353
            LW  K++P K +++ GN+++   +  WL +W    +K +     T K  S M+                       K    K+LL+ GP G GK+S  H  AK+ GF + EIN+S+   G  ++   ++L
Sbjct:  115 LWVEKWRPKKFLDLVGNEKTNRRMLGWLRQWTPAVFKEQLPKLPTEKEVSDMELDPL-------------------KRPPKKILLLHGPPGIGKTSVAHVIAKQSGFSVSEINASDERAGPMVKEKIYNL 225

The following BLAST results are available for this feature:

BLAST of Vigun09g166500.2 vs. DB:Swiss

BLAST of Vigun09g166500.2 vs. DB:Swiss
Analysis Date: 2019-10-17 (BLAST: Vigna unguiculata L. Walp IT97K-499-35 genome v1.1 vs. Swissprot)
Total hits: 5

Position :

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x 1


Match Name	E-value	Identity	Description
ATAD5_MOUSE	4.974e-24	27.75	ATPase family AAA domain-containing protein 5 OS=M...	[more]
RFC1_YEAST	3.224e-13	23.78	Replication factor C subunit 1 OS=Saccharomyces ce...	[more]
RFC1_SCHPO	1.352e-12	23.72	Replication factor C subunit 1 OS=Schizosaccharomy...	[more]
ATAD5_HUMAN	9.201e-12	34.90	ATPase family AAA domain-containing protein 5 OS=H...	[more]
CTF18_YEAST	4.474e-7	27.69	Chromosome transmission fidelity protein 18 OS=Sac...	[more]

InterPro

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

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	GENE3D	1.10.8.60		coord: 583..646 e-value: 6.3E-8 score: 34.1
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 61..81
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 82..99
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..99
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 36..60
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 362..381
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..16
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 746..777
None	No IPR available	CDD	cd18140	HLD_clamp_RFC	coord: 583..634 e-value: 4.01846E-6 score: 43.2865
None	No IPR available	CDD	cd00009	AAA	coord: 402..450 e-value: 2.05932E-5 score: 43.6739
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 323..631

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
mRNA from alignment at Vu09:33435052..33445137-
coding sequence from alignment at Vu09:33435052..33445137-

mRNA sequence

>Vigun09g166500.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g166500.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g166500.2; organism=Vigna unguiculata; type=mRNA; length=4056bp
AAAGACAATGATACTATGTATTTTGTAACTTACTTCCTATCTCATAATGT
TTTCAGTAGAAAAACGGAAAACAGAAAAGAAACATATTCTGTATGTTCCC
TCCAGATCCATGAGATAGAAACTGATTTCCCCCCAAATCGTTATCGCCCT
AAATTTCAATTGGCAGTAATGCGCTCCCTTTCCTTTATTCCCAATTCCCA
AAACCCTATCCAATAGATCTCACCAACTCAACTCGATTCAATCCAGATGG
AGTCCACCGTCATGGACTGCAGTCCTTCCTCCAGTGCCGCCCCGCCCCGC
CGCAGTGGTCGCAAGAAGCTGGTTCAATCGACGCTCTTCCCTCTCAAGCC
ACCGGAGCCCGTTGAGAAGAAGGACAAAGAGGACGAAGTCGACGAGGATT
ACTCTGAGGCTGAGAATAACAAGAAGAAGAGGAAGAGGTCCAAGGCAAAA
GCCACTCCTCCGAAAAAAGTTTCATCTAAGCGTCCAACGCCAAGGAAAAA
AGCAACTGCTAATGGCACTAAGGGGTCAACTTCGCAGCAGGTGTTGACTA
ATTCCGATCAGGTTAAGGCACCTGTGTATGATTTGTTTCTAGAAGCAAAA
TTGGCTGCTGAGGAAGATTCGAGGATATATGCGGGACGTCAGATACATCC
GTTTTTTTCATTATGGAAAGAAGGAAAAAAAGTTCAAGATGTGAGTGAGT
CAGGAAGTAATTTACCAACAGCTAAGAGTAACCATAAAAGGGCTACTTGC
GGCCCTATTCATGTATTTGAAAATGTTAAGGATGATACGTTATCCGTTGA
CTGGAGAAACTGGACGTTTGTGGAGAATATGATCTCTGTGAACTATGGTC
AAGAGAGTGTAAATGCATCTGTTTTAGAGGGATCGGTTGAATCCTTAAAC
TTTGATAAGCTTCACAGTTCTTTGAATCGATTAGGCATTTCAATTTCTCA
GAATGCCTTATCTTCAGACAGACTTTCTATAATTCGGAAAAAACCGGAAG
AAGTATCACCATCAAACCCATCTTCACTAGTAGAGCAATCAGCATGTCTG
ACGTGTGAAAATGCTGAACTGGACATGAAGGTGGATGAATCTGTTACTAC
AACTGTGCAAGCTGGCATTTTTAGAAAGTCTAAAGATACCGAACCACTGA
GTAGATTTCTTCAAGAAAGTATGAGATCATACTACCGTAGCTGTTTAGAT
ATGGAGGAGTGCAACTTATGGACAAACAAATACAAGCCAACGAAGGCTGT
TGAGGTATGTGGTAATGATGAATCTGTTAATTTCTTGAGTGACTGGCTAC
ATCGTTGGCATGAAAGGCAGTATAAAAGCAGGAAGGATAACACTGGCACT
AATAAAAGTGGCATGCAAGATGTTGAAGATGACGACGACGATTATAAATA
TTCTTATAGTGACTGTGATTCAGAAGATATAAATGAGAAGGATTCCCTGC
CAAAAGTTCTTTTAATTACAGGTCCAATTGGGAGTGGCAAGTCTTCAGCA
GTCCATGCTTGTGCCAAAGAGCAAGGGTTTATTATTTTAGAGATCAATTC
ATCAAATTCTACAAATGGGACTGCTATCAGGAACTTGGAACATTCTCTTG
ATTCACTTGGGTTCAAAAGGCAATCAGGAAACTCTGAAAGTTCACATAAG
ACCTCTACAAAATCGGCCCGAGCTCTGGCTATGCTCAGTGGTAAAGCTGC
TGATGAAGCAAATGGAGTGGATGAACTGGTAACCATATCCGATGATGAAA
CTTGTACCCATAGTGGATCAACTTTAAAGTTACATGGGGAAAATGATGAT
ACTGAAAAATATAAAATCCGTCGACTAGTTCTAGTTGAGGATGTGGACAT
CCTTTTTGCTGAAGATCGTGGATGTATGGCCGCCATACAACGGATTGCTG
AGACATCAAAGGGGCCAATTATATTGACCAGTAATAGTGATAATCCTGGT
CTGCCACATAAGTTTGACATGCTCCATGTTCCATTCGTGTTGCCATCACC
AAAGGAATTGCTTTGCCATTTGTACAGTGTTTGTCTCGCTGAAGGAGTCA
ACATCCATCCTCTTTTACTAGAGAAGTTTATACATTCTTGTGATGGAGAT
ATCCGAAAAAGCATTATGCATCTTCAATTCTGGTTTCAGAGTAAAACGTT
TCAAAAAGATGAAAAGGCACAAACAGGTTATGGCTCACGTCCATTTGATC
TTGAGCTTGGCCATCAGATTCTTCCGAAGATAATGCCCTGGGATTTCCCC
TCAGTGATATCCGATCTAATTGAAAACGAAATTGCCAAACAAACAAATAT
AATGGAAGAAAACTCCAAAGGGTTGATTACCGAAAAGCTTAATGTAAGTG
AACAGCAAAAAGATTTAAATGTGAATTATATAGGGACTGATGATATAGAG
GCCATGAAGGTGGAGATGATTAATAGGAATGGATCGTTGACGGATTACTG
TGAGCTTGAAATTCAACGTAGCACTATTTCCGAGTTTTCCAATTCTTCTG
GTTCCCCTCTTGCATCTTCTAGGCATAATGGTCGAAGGAAACATGTAGTC
ATGTCTGATGACGAAGATTCAAATTGTGGATATCCTGTAGACTCCCACGA
TGAAGCTAATATGAGGCAACTGATGAAAGAAACTAATGGTTGTCCATCAG
AATTTCAATTAAATGGAAACTACCCGGGCACATCAGTTGACAGACTAGTT
TGTTCCGATTTGGAGCACTCAGAGGCTGATAGTGCATACTTGAATGAAAC
ATGTAAATCATTTGATGTATCATGTGTGCCAGAATCAACGCGCTTAACAA
AATTGTTACAGAATCCAGATTTGTTGGCGGATACTGAAATTCCAGATCAT
TCTTTTCAAGGGGTTCAGCCTAATGTTCTAGATGAACATACGGAAACAAT
TGTTAAAGTGATGGATGAATGCAGTCGAATGGATTTCAAACCAAAACCAA
CATTGTCGCAGTCCAATCCATTAGACGAGACAGAAAAGATACAAAACGTG
TGGAGAGATCTCCGTGATCACCGAGTGGATTTAAGACAGCATTCTATCTC
AGAAGAGCTTGGTGCTTTTCAAGTTGTTAAACTTGCTAGTGGACTGTGCA
ATCTAATTTCAGATGTTGACTTGTTTCCTTACTTGGATAAAATGGAACCT
TCAATGTTCCTTTCTAATGAAGCCGCATCAAATGGGTATTGTGAACAAAT
GATGTCCACGGTGGCTGAGCATGGGTTTTGCTTTTACGCTAAGGTTATAG
CAGATGAAGGATCAAAGTTGGGTTGTGCAAATTGTGTTGATATTACTTCT
GAGATGTTGGCTTCCTCCACTGATATTATGGCTTTGGGGAAATTATCCCG
ACAGGATCTCTCGAAAATGAAAGCTTTCCGTACTGGAAATGAAGTAGAGT
GGAACACCCCAATAAATAATATGCAGAAGAGTGAAAAGAAAAGATCTCTA
ATCGAGGTCATCCAATCCATTGCTCCTGCAAGAACATCCTTGGCAATGAA
AGGTTATGCATTCAACGAATATCTATCTTCATTACGCCAAATTTCAAGGT
CTGAAGCTTTCCGTATTTCACAAGTGGTCGAAAAGAAGAGAGGAGGAAGG
GTACGGGGCGTTCACCATTACTTGAGCACAAATACCGAGTTGTCTCCAGA
AGATATATCTTTGGTGACCGATGGTGATCCATACAGAAAAATTTCTTCCC
AACATACAACATAGTAGGCAATTTATAACTTCAGTATAGGTTTAATAATG
CACAAAAAGCCAGCTTAGAAGAGCTTGTTGACGTTTGACATAGGATAGGT
TCGTGCAATTTGTTCTTGCCTACCATTATTGTGAGGGGCTAAGGTTGTAA
ATTGAACTGGGGTTAACCCAATTATGAAAAATGATTTTTCATCTTTGCAA
AGCATAAATTAGTTTCTGTATGAGGGAAAAAAGTGCGTACTGTTAGGATG
TAGTTTTGTGTTAGAGGTCCGTATTTACATCCCTTGTTTATTAATTCGGT
AGAAGTTTGTGTATACGAGAACTACGATTCTTAGAGAATCTTGCATTTTG
GGTTTC

protein sequence of Vigun09g166500.2_Vu_IT97K-499-35_v1.1

>Vigun09g166500.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g166500.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g166500.2_Vu_IT97K-499-35_v1.1; organism=Vigna unguiculata; type=polypeptide; length=1156bp
MESTVMDCSPSSSAAPPRRSGRKKLVQSTLFPLKPPEPVEKKDKEDEVDE
DYSEAENNKKKRKRSKAKATPPKKVSSKRPTPRKKATANGTKGSTSQQVL
TNSDQVKAPVYDLFLEAKLAAEEDSRIYAGRQIHPFFSLWKEGKKVQDVS
ESGSNLPTAKSNHKRATCGPIHVFENVKDDTLSVDWRNWTFVENMISVNY
GQESVNASVLEGSVESLNFDKLHSSLNRLGISISQNALSSDRLSIIRKKP
EEVSPSNPSSLVEQSACLTCENAELDMKVDESVTTTVQAGIFRKSKDTEP
LSRFLQESMRSYYRSCLDMEECNLWTNKYKPTKAVEVCGNDESVNFLSDW
LHRWHERQYKSRKDNTGTNKSGMQDVEDDDDDYKYSYSDCDSEDINEKDS
LPKVLLITGPIGSGKSSAVHACAKEQGFIILEINSSNSTNGTAIRNLEHS
LDSLGFKRQSGNSESSHKTSTKSARALAMLSGKAADEANGVDELVTISDD
ETCTHSGSTLKLHGENDDTEKYKIRRLVLVEDVDILFAEDRGCMAAIQRI
AETSKGPIILTSNSDNPGLPHKFDMLHVPFVLPSPKELLCHLYSVCLAEG
VNIHPLLLEKFIHSCDGDIRKSIMHLQFWFQSKTFQKDEKAQTGYGSRPF
DLELGHQILPKIMPWDFPSVISDLIENEIAKQTNIMEENSKGLITEKLNV
SEQQKDLNVNYIGTDDIEAMKVEMINRNGSLTDYCELEIQRSTISEFSNS
SGSPLASSRHNGRRKHVVMSDDEDSNCGYPVDSHDEANMRQLMKETNGCP
SEFQLNGNYPGTSVDRLVCSDLEHSEADSAYLNETCKSFDVSCVPESTRL
TKLLQNPDLLADTEIPDHSFQGVQPNVLDEHTETIVKVMDECSRMDFKPK
PTLSQSNPLDETEKIQNVWRDLRDHRVDLRQHSISEELGAFQVVKLASGL
CNLISDVDLFPYLDKMEPSMFLSNEAASNGYCEQMMSTVAEHGFCFYAKV
IADEGSKLGCANCVDITSEMLASSTDIMALGKLSRQDLSKMKAFRTGNEV
EWNTPINNMQKSEKKRSLIEVIQSIAPARTSLAMKGYAFNEYLSSLRQIS
RSEAFRISQVVEKKRGGRVRGVHHYLSTNTELSPEDISLVTDGDPYRKIS
SQHTT*

mRNA from alignment at Vu09:33435052..33445137-

Legend: five_prime_UTRpolypeptideCDSthree_prime_UTR

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

>Vigun09g166500.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g166500.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g166500.2; organism=Vigna unguiculata; type=mRNA; length=10086bp; location=Sequence derived from: Vu09:33435052..33445137- (Vigna unguiculata
AAAGACAATGATACTATGTATTTTGTAACTTACTTCCTATCTCATAATGT
TTTCAGTAGAAAAACGGAAAACAGAAAAGAAACATATTCTGTATGTTCCC
TCCAGATCCATGAGATAGAAACTGATTTCCCCCCAAATCGTTATCGCCCT
AAATTTCAATTGGCAGTAATGCGCTCCCTTTCCTTTATTCCCAATTCCCA
AAACCCTATCCAATAGATCTCACCAACTCAACTCGATTCAATCCAGATGG
AGTCCACCGTCATGGACTGCAGTCCTTCCTCCAGTGCCGCCCCGCCCCGC
CGCAGTGGTCGCAAGAAGCTGGTTCAATCGACGCTCTTCCCTCTCAAGCC
ACCGGAGCCCGTTGAGAAGAAGGACAAAGAGGACGAAGTCGACGAGGATT
ACTCTGAGGCTGAGAATAACAAGAAGAAGAGGAAGAGGTCCAAGGCAAAA
GCCACTCCTCCGAAAAAAGTTTCATCTAAGGTAGTTCCTTTTTCTCTTAG
TTTCTCATTTTAAAGCTTTAATTTATTTTTCTTTGGAAGCTTTACTTGTG
AAATCTATAAGCTTTATCTCTCGTGCTTGATAATGTCATGGTAAAATAAA
TTGTTGCTGGATGCGTTGACATGCATTGAGGGCAGAGAATCGAGAGCTTC
AGTTTCTGATTGTGGTTTTGGTATTGTTCTTTTTCCTCTACAAGCAGCGT
CCAACGCCAAGGAAAAAAGCAACTGCTAATGGCACTAAGGGGTCAACTTC
GCAGCAGGTGTTGACTAATTCCGATCAGGTTAAGGCACCTGTGTATGATT
TGTTTCTAGAAGCAAAATTGGCTGCTGAGGTTAGTGTGTTTGGTTTTGCT
CTGTCTGTAATAGCTTAATCCTTCGCTCTCGTGTGCTTTAAATTGTGTAA
AATTACAAAATTAGGAGAAACATGTGAATGCTCTAAATATAAAATGACAC
TGGCCTGAAACTTTCCTTGAATTGTTGCTTTAACTTCAGTTCTACAATCT
TTGATATTTGTGTAATTTGAAACTTTTCTTTAACCAGGAAGATTCGAGGA
TATATGCGGGACGTCAGATACATCCGTTTTTTTCATTATGGAAAGAAGGA
AAAAAAGTTCAAGATGTGAGTGAGTCAGGAAGTAATTTACCAACAGCTAA
GAGTAACCATAAAAGGGCTACTTGCGGCCCTATTCATGTATTTGAAAATG
TTAAGGTATGTTACTTTCGGCTGGGAGCCTTGGAGTTGCTATTGCTTTGC
TTTCATGTGATAAAAGGAGTGTTATATATGTGTACGTATGTACGTATCTT
GTTTGGGTTTTGAATTCTGTAGCATCATATAATTGAGTTAGGTGTAAAAT
TTGTTCATGCAGGATGATACGTTATCCGTTGACTGGAGAAACTGGACGTT
TGTGGAGAATATGATCTCTGTGAACTATGGTCAAGAGAGTGTAAATGCAT
CTGTTTTAGAGGGATCGGTTGAATCCTTAAACTTTGATAAGCTTCACAGT
TCTTTGAATCGATTAGGCATTTCAATTTCTCAGAATGCCTTATCTTCAGA
CAGACTTTCTATAATTCGGAAAAAACCGGAAGAAGTATCACCATCAAACC
CATCTTCACTAGTAGAGCAATCAGCATGTCTGACGTGTGAAAATGCTGAA
CTGGTACATCGTTTCTTCTTTATTTTTTGTGAATCACTTCTGTAGCCCTG
TCACCAGTTACGTACTCTCTATGCATAGCTGTAGTATGTCGATAATCCAC
TAAAACTAGTTTAGAGGATGAAAGGTACTTTCTTCTTTGTCTAAATTTGT
GGTTGACTGTTGGCCAAAAATTATCAAGGACATGAAGGTGGATGAATCTG
TTACTACAACTGTGCAAGCTGGCATTTTTAGAAAGTCTAAAGATACCGAA
CCACTGAGTAGATTTCTTCAAGAAAGGTTAGCAGAGGCATGACACATGCC
ACACAAGTATCTTCATTGCAATACCATTTGTACATTTGGCAATGGCCCGT
TAGATAAATATACTGAAACCTTTAAGTGTTATATAAATGACCAAGAGTAT
GAATGCACACTACTTTTTTGGACACTTGATTACTCAGTAATTTGTATTGT
TGATTATTCTTGCTTGGTTGTATGGTCGGCATACTTAAAAATAAGAAATT
TCTCATTATATAAGTCCCATATGCTTACAGCTTTCTATCTCTCTCTCTCT
CTATATATATATATATATATATATTATATTCATTTCATGCATTTGCAAAT
TCTAAGTAATTCCTCTTGCTGCACTTTATCTCCCGCAATAAATAAAAGCT
AGAATATTATTTGGATGGAATATGTATAAAGTGCTTCCAAACAATATAGT
AAAGAGATATTTTAGTAAATAGATGTTTGAAGGTTGAAAAAATTTAAGGG
AAAGTTCATTTATTGTATACTAGTGTATCACCTCCTGTTCATCTGATTTT
TTGTTGAGTAGTAAGATGGAGTATAAGCTAAATATAAAGAGTATATATAA
GGACTTTTGGGAATCATAAATTTAATGGCTTATAGTGATGTATGCGGTTA
GTTATCTGTTTATCAAATTTGTCAAAATTTAGCCCTAATATTTCTCTATC
TTTGTCAGAGCTAAAAGACGATGTTTATTATTGAATCAAAGTAGTTGCCA
AAGCTCACAGAATGAGTCAGAAAATTGCTTGTTCCATATAAATCGCAACT
TGCTAGAGAAGTAACTCATTTCATAAACTATATTTTTTCAATTTATGATC
ATGATATAATAAGGAGTCTCCCAGCTGATGTTTTCTTCCCTTATATTGAA
ATAAACTCCTGACTAATGCCAAGTTATGAAAGATCCATTCTGTCAAAGTT
GTTTGATTTTGATACAATAGAAAGTTTTGCAATTGTCTCCCTATGTCTTT
ATCTTTTCCACTGGTTAGGCCATGACTGCTTTTTGGTTCCAATCAAGAGA
ATCTTATGCCTAAGAAGTTATGTGTCCTAACCGATTGATTGACTTATTTG
AGATTATATTGTGGCTAAAGGCAAAATGGTTTTTGATAGTTTTTACTATC
CCTTCTGATAGTCAGGGTTTCCTGACGACAGCAATTATTTCTGCACTCTT
GGCTATCTTTCTCCTAGCCTACTGTGAAGTATACTTGTGATCTTTGGGCC
GTTAAGCTCTGGGATTTATGAAATGTAAATGAGAAAATAATTATACTCTT
GCTTTTAAAAGAAAAACTGACTTCATCAGTTCAACATGCTTAAGACATAT
ATAGGAAGTTTATTCCTTTTAGTGAGTTTAACCTTGTATTCTGCCATCTG
CATTGCAGTATGAGATCATACTACCGTAGCTGTTTAGATATGGAGGAGTG
CAACTTATGGACAAACAAATACAAGCCAACGAAGGCTGTTGAGGTAACTT
TTAAAAATGTTAAGGTTGCATGCCTTTTCAATTTTATGATCTAATTTTTG
CCTTTTTTGTTGTGAATTTAGGTATGTGGTAATGATGAATCTGTTAATTT
CTTGAGTGACTGGCTACATCGTTGGCATGAAAGGCAGTATAAAAGCAGGA
AGGATAACACTGGCACTAATAAAAGTGGCATGCAAGATGTTGAAGATGAC
GACGACGATTATAAATATTCTTATAGTGACTGTGATTCAGAAGATATAAA
TGAGAAGGATTCCCTGCCAAAAGTTCTTTTAATTACAGGTCCAATTGGGG
TGTGTAAATCTACTTCAAAACTTCTGCACATACTTTACATGAATTGTGGC
CTGTGCACCTCATTTATGCATACACTGCTGGCTACTATTATTCTGTAATA
TAATGGATAGTTTCTAAAATTAATATTAAAATTTTAAAATATGAATTTAG
GATAAGTACTAGAACTTATGGATTTTTCAAACAGAGCTTATTTGAAATCA
AGATGGTAATGCACTACTGATTATTTTTCTGACAATTTTTTCATTCCTCT
TGAAAACCACCAAAGCAAACTAGATGTGGCTCTTTTTATATTCTGTTCAA
AATTTCAGGAACGAGTAGAAGCTTGTGAATTTTTCTGTGCCTATTGCTAA
GTCACAACTCTCTGCATGCACTTGTACTATTTGTACTACTAGTGTTAAGG
TTATTACTTATTAATGATCTTTTACCTCGCCAAGGTTAATCTGGCGATAG
CCAAGTCCCGATTCTCCTTTTAGTTATTGATTTTTGAACCTCTGTCTGTA
TTTTGCCTTTTTAGCAATTAATTTCCCCTGTCTATTTTTGAACCTGTGTA
TGGTCGTAATAGTTAGAAAAAGATCATTAATAATAATTTTCTCTGAGTTC
TAATAGTATTTGATGGACTCAGGAATGTTGATCTTTATTTTTCATGGTAA
TTCAACACAAATTATTTGCATAACATCTAAAACGTTACTATTCATGTCTT
CTAAATGCTTCTTTCTTGGGATAACTTTATCCTAGTTGCAATGCATTATC
ATTATCACTTTATCTAGAACCAGGCTCATTTCCTGCATAAACACTTCCTG
TTCAAGTTGGTAGCTAAATATAAGTTTGATGTTGCAGAGTGGCAAGTCTT
CAGCAGTCCATGCTTGTGCCAAAGAGCAAGGGTTTATTATTTTAGAGGTA
TAACAGTTTTGTAACATATTTGGTTAATTTATGCTTTTAAACGGATATAC
TTTTTGGTAATAATATTCATTGATGGATCTGATGGTCTTGTAAGTAGCCA
CCTTAAAATTTTCTTATAAGCAATACTCAAGATCATGTACAGTGACTATT
TACCCAGATTTGAATTTAGCCTGATGAAAGTTTGCTGTCTTCTCTGAAGT
TTGAATTTGAGCTTTGTCTTTGCTCCCCAATGGGGGAAGCATGATTGTCT
GAAGATGGCAATTTTTGGTTTAAAACAATGAGAAGGAATGGTGGAAACAA
TTTCTTGTATTTGTCCCCTTAAAACATGTACTAGTTAAAAAATTTCTCTC
CTTGTCATATATCTGTCTTTTGAACCATGAATATCGCCAAACTTAATTAT
GGTTCATGTTGTCTTAACAGATCAATTCATCAAATTCTACAAATGGGACT
GCTATCAGGAACTTGGAACATTCTCTTGATTCACTTGGGTTCAAAAGGTT
TGCTTATTTATTGTAACCGTGCTTGCTATAACTTCCAGTCTTCTAGAGCT
ATGCAATTTTAACTAACTGTAAATGTCTTACATTTACTTTCACTTTCGTG
CAATATCATTGGATTAGTTGATTGTTATAATTTTTAGGAGCATTTCAAAT
TTCTCAGAAATCAATAGGCTATTGAACATGGAAATATAGATGCCTTCGTT
CAACTGTTATTGATAAACAATACTGTATGCCAGGTTGCAAAAGGCAATCT
GTCATTAGTTAGGATTCAAAAGTACAGTAGTGTGATTATCCAGTTTGGCT
CAGAATAAAATTTTGATGTTAAAGAAGTGAGTAGAATTGTTAAACAACTA
TGAACTCAGCATGGGATAGTGGTGTTGGAGTCCCTGGAGATCTTGGGTTG
TAGGCTTTTGATGTGGGGACTAAATTTGTGTAAAATAACATGCTGAATTA
TGTTCATGTAACCTAATGTAATTGATTACCATGGAGACATTTGTTTTCCA
GAAGCCTAGAACATGTTTTGTAATCAATTACAACGTAAAGTTAATCTTAT
TCAAAAACCAAAACTCATGTAAGTGTTTATGAAACCTTTTTAACCCATTA
ACATTTTTGAAAATTATCTCTTAGCCACGAAATAATTTCTTTATTTACAG
AAACCGACTGTATTGATTTTAAGGGTATGTTTGGACAAACTTCTCCATAA
AAACTAATAGGAGAGAAAAATATGTGGAGTAAAATGAAATTGACTTTATA
TGAATTAAAGTTAGCTTATGTGCAAGTTAAAAATAGAAATATGAAGAAGC
TACCAGAGTCGTTGTAAATTAGCTTGTGCATAAGGTAATTTTAACTTTTG
AAAATCAATTTAGGTTTTCTTTTTGTTTATCTCTTAGAAGTCTCTGTGCA
TAAGTTTGTCCAAATAGACCCTAAAATTTCTTCCTTGATCTTAATAAGGT
CTTTTTAAAATCTCCTTGTCGTAAGCTACCTCAACATACTATGAGAAGCC
AAAACAATTCTTGAAGACTTGTAGTTTTTGCTTCATTCTTCAATCACTTG
TTATTCTCTGCGTTCATATGTAAAAACTGGTTCTTCCCTTCAAGTTAAAA
CCTCTAGGTCTAAGTAAAATAAGGGTGTGATATTTATTGAAGTTCAGTAT
TACACGATTTGCCTTGATTCAATTGTATTCAAGTAAAATCAAGTTACTCC
ACAGAAGCTTCTGTCAACCTGTTTTATGATAATATTTGATATGTATATAT
TTCAGGCAATCAGGAAACTCTGAAAGTTCACATAAGACCTCTACAAAATC
GGCCCGAGCTCTGGCTATGCTCAGTGGTAAAGCTGCTGATGAAGCAAATG
GAGTGGATGAACTGGTAACCATATCCGATGATGAAACTTGTACCCATAGT
GGATCAACTTTAAAGTTACATGGGGAAAATGATGATACTGAAAAATATAA
AATCCGTCGACTAGTTCTAGTTGAGGATGTGGACATCCTTTTTGCTGAAG
ATCGTGGATGTATGGCCGCCATACAACGGATTGCTGAGACATCAAAGGGG
CCAATTATATTGACCAGTAATAGTAAGACATTTGGTTAGAATGATGCACT
TTTTCTTAAGTCACTGATTTTCTCTGATTTTCATATTTATGGAGACATAT
TGATGTAAATTAGGTGATAATCCTGGTCTGCCACATAAGTTTGACATGCT
CCATGTTCCATTCGTGTTGCCATCACCAAAGGAATTGCTTTGCCATTTGT
ACAGTGTATGTTTTTCAGTTTATGTTCTCAGGTAGTAAAAGAAACTTGTC
CAAATTTATATTAATGTTATGTGAATTACCTGTAGGTTTGTCTCGCTGAA
GGAGTCAACATCCATCCTCTTTTACTAGAGAAGTTTATACATTCTTGTGA
TGGAGATATCCGAAAAAGCATTATGCATCTTCAATTCTGGTTTCAGAGTA
AAACGTTTCAAAAAGGTATACCTCACAGCATTTGGTTCATTTCTGTGTTT
GTAGACCATATTAGTTCGTTGGTGGTAGGTTGTAGCATGTACATGTCAAA
GCAAAGCAAATATTTGCCATATGTATTTATTGACTTTGGAAGCTACATTT
AAGGGTAACATGGACTAGGAAAAGCAGTAAAATTAATTGAACACTATTTA
TTACCAATACAGATTAATTTTGTTTCTATAATTATTGATTGATTTGTCTT
CTCAGGTGTAGTCATGATGAACTTCGTTTTTAAATCATGACCATCACGTG
ATCATTATTCACCCCGCACCCTTTGGTCTTTAAGTTTCTTTTGCTGTTGG
GGACGTTGCTTTTCAGTTAACATGATTTAAACGTGTTTAGGAAGGGATTA
TAAGAAGTGTGGAGTACTTAAGAATGTCTGTTGTTGTCATCTAGTATTTC
AGCACAATAATCTGTTTTTAATCTTGCGAGTGAATAATAGTTCTCTCCTT
TTCTTTTTTACTCCCCGTTTTCTTTAACTGTTTTGTCATGTTGGCAGATT
CCCCCCGATTAGGTCCTTTCAAAAGCTTACAACTCTAAAAGCTGTTTTTT
GTTATTATATTTGTGCTTAGGAATTAATGTTGGAATGTGATGTAATTTGT
AATTCCATTTATCTTCTTGCCATTGTATTGATTTACAAAACCTTTAGATT
TCTCCCGTTGTTGTACAGATGAAAAGGCACAAACAGGTTATGGCTCACGT
CCATTTGATCTTGAGCTTGGCCATCAGATTCTTCCGAAGATAATGCCCTG
GGATTTCCCCTCAGTGATATCCGATCTAATTGAAAACGAAATTGCCAAAC
AAACAAATATAATGGAAGAAAACTCCAAAGGGTTGATTACCGAAAAGCTT
AATGTAAGTGAACAGCAAAAAGATTTAAATGTGAATTATATAGGGACTGA
TGATATAGAGGCCATGAAGGTGGAGATGATTAATAGGAATGGATCGTTGA
CGGATTACTGTGAGCTTGAAATTCAACGTAGCACTATTTCCGAGTTTTCC
AATTCTTCTGGTTCCCCTCTTGCATCTTCTAGGCATAATGGTCGAAGGAA
ACATGTAGTCATGTCTGATGACGAAGATTCAAATTGTGGATATCCTGTAG
ACTCCCACGATGAAGCTAATATGAGGCAACTGATGAAAGAAACTAATGGT
TGTCCATCAGAATTTCAATTAAATGGAAACTACCCGGGCACATCAGTTGA
CAGACTAGTTTGTTCCGATTTGGAGCACTCAGAGGCTGATAGTGCATACT
TGAATGAAACATGTAAATCATTTGATGTATCATGTGTGCCAGAATCAACG
TATGTTCCTGAAACTGAAATTGAAAATGGAACAGAGACATTGTCTGGAGC
CGTGTCTTCTGGTCCTGCTCTCCCTTTTGTTAGTCTTCGAGAAGTATCTG
TGAATAATGAGTTGAAACCATTCAATTTCAATGTTCGTAGGCGCTTAACA
AAATTGTTACAGAATCCAGATTTGTTGGCGGATACTGAAATTCCAGATCA
TTCTTTTCAAGGGGTTCAGCCTAATGTTCTAGATGAACATACGGAAACAA
TTGTTAAAGTGATGGATGAATGCAGTCGAATGGATTTCAAACCAAAACCA
ACATTGTCGCAGTCCAATCCATTAGACGAGACAGAAAAGATACAAAACGT
GTGGAGAGATCTCCGTGATCACCGAGTGGATTTAAGACAGCATTCTATCT
CAGAAGAGCTTGGTGCTTTTCAAGTTGTTAAACTTGCTAGTGGACTGTGC
AATCTAATTTCAGATGTTGACTTGTTTCCTTACTTGGTAAGTGTCTTTTT
CAGCTGATAATAAAACTTTGAAGTTTTTCTTACTTTGTGTATTTGGCACT
AAATTATGATAGTATATGCATATGCAGGATAAAATGGAACCTTCAATGTT
CCTTTCTAATGAAGCCGCATCAAATGGGTATTGTGAACAAATGATGTCCA
CGGTGGCTGAGCATGGGTTTTGCTTTTACGCTAAGGTTATAGCAGATGAA
GGATCAAAGTTGGGTTGTGCAAATTGTGTTGATATTACTTCTGAGATGTT
GGCTTCCTCCACTGATATTATGGCTTTGGGGAAATTATCCCGACAGGATC
TCTCGAAAATGAAAGCTTTCCGTACTGGAAATGAAGTAGAGTGGAACACC
CCAATAAATAATATGCAGAAGAGGTATTTCACCTTGCCTTTAGTGACAAA
TTTTCTCATGATTTTTTAAAATTATTTTTTTCTGCGATATCAAACCTTAC
TCTGGGAACCTTTAATACAGTGAAAAGAAAAGATCTCTAATCGAGGTCAT
CCAATCCATTGCTCCTGCAAGAACATCCTTGGCAATGAAAGGTTATGCAT
TCAACGAATATCTATCTTCATTACGCCAAATTTCAAGGTCTGAAGCTTTC
CGTATTTCACAAGTGGTCGAAAAGAAGAGAGGAGGAAGGTAAATGTTGAA
CAATTCAGTTTAGCCTTTTGATTTAATCCAAATTAACAAGGTTTCCTTGA
ATATTTGCTCAACTACGTTTTCAATGCAGGGTACGGGGCGTTCACCATTA
CTTGAGCACAAATACCGAGTTGTCTCCAGAAGATATATCTTTGGTGACCG
ATGGTGATCCATACAGAAAAATTTCTTCCCAACATACAACATAGTAGGCA
ATTTATAACTTCAGTATAGGTTTAATAATGCACAAAAAGCCAGCTTAGAA
GAGCTTGTTGACGTTTGACATAGGATAGGTTCGTGCAATTTGTTCTTGCC
TACCATTATTGTGAGGGGCTAAGGTTGTAAATTGAACTGGGGTTAACCCA
ATTATGAAAAATGATTTTTCATCTTTGCAAAGCATAAATTAGTTTCTGTA
TGAGGGAAAAAAGTGCGTACTGTTAGGATGTAGTTTTGTGTTAGAGGTCC
GTATTTACATCCCTTGTTTATTAATTCGGTAGAAGTTTGTGTATACGAGA
ACTACGATTCTTAGAGAATCTTGCATTTTGGGTTTC

Coding sequence (CDS) from alignment at Vu09:33435052..33445137-

>Vigun09g166500.2_Vu_IT97K-499-35_v1.1 ID=Vigun09g166500.2_Vu_IT97K-499-35_v1.1; Name=Vigun09g166500.2; organism=Vigna unguiculata; type=CDS; length=3468bp; location=Sequence derived from: Vu09:33435052..33445137- (Vigna unguiculata
ATGGAGTCCACCGTCATGGACTGCAGTCCTTCCTCCAGTGCCGCCCCGCC
CCGCCGCAGTGGTCGCAAGAAGCTGGTTCAATCGACGCTCTTCCCTCTCA
AGCCACCGGAGCCCGTTGAGAAGAAGGACAAAGAGGACGAAGTCGACGAG
GATTACTCTGAGGCTGAGAATAACAAGAAGAAGAGGAAGAGGTCCAAGGC
AAAAGCCACTCCTCCGAAAAAAGTTTCATCTAAGCGTCCAACGCCAAGGA
AAAAAGCAACTGCTAATGGCACTAAGGGGTCAACTTCGCAGCAGGTGTTG
ACTAATTCCGATCAGGTTAAGGCACCTGTGTATGATTTGTTTCTAGAAGC
AAAATTGGCTGCTGAGGAAGATTCGAGGATATATGCGGGACGTCAGATAC
ATCCGTTTTTTTCATTATGGAAAGAAGGAAAAAAAGTTCAAGATGTGAGT
GAGTCAGGAAGTAATTTACCAACAGCTAAGAGTAACCATAAAAGGGCTAC
TTGCGGCCCTATTCATGTATTTGAAAATGTTAAGGATGATACGTTATCCG
TTGACTGGAGAAACTGGACGTTTGTGGAGAATATGATCTCTGTGAACTAT
GGTCAAGAGAGTGTAAATGCATCTGTTTTAGAGGGATCGGTTGAATCCTT
AAACTTTGATAAGCTTCACAGTTCTTTGAATCGATTAGGCATTTCAATTT
CTCAGAATGCCTTATCTTCAGACAGACTTTCTATAATTCGGAAAAAACCG
GAAGAAGTATCACCATCAAACCCATCTTCACTAGTAGAGCAATCAGCATG
TCTGACGTGTGAAAATGCTGAACTGGACATGAAGGTGGATGAATCTGTTA
CTACAACTGTGCAAGCTGGCATTTTTAGAAAGTCTAAAGATACCGAACCA
CTGAGTAGATTTCTTCAAGAAAGTATGAGATCATACTACCGTAGCTGTTT
AGATATGGAGGAGTGCAACTTATGGACAAACAAATACAAGCCAACGAAGG
CTGTTGAGGTATGTGGTAATGATGAATCTGTTAATTTCTTGAGTGACTGG
CTACATCGTTGGCATGAAAGGCAGTATAAAAGCAGGAAGGATAACACTGG
CACTAATAAAAGTGGCATGCAAGATGTTGAAGATGACGACGACGATTATA
AATATTCTTATAGTGACTGTGATTCAGAAGATATAAATGAGAAGGATTCC
CTGCCAAAAGTTCTTTTAATTACAGGTCCAATTGGGAGTGGCAAGTCTTC
AGCAGTCCATGCTTGTGCCAAAGAGCAAGGGTTTATTATTTTAGAGATCA
ATTCATCAAATTCTACAAATGGGACTGCTATCAGGAACTTGGAACATTCT
CTTGATTCACTTGGGTTCAAAAGGCAATCAGGAAACTCTGAAAGTTCACA
TAAGACCTCTACAAAATCGGCCCGAGCTCTGGCTATGCTCAGTGGTAAAG
CTGCTGATGAAGCAAATGGAGTGGATGAACTGGTAACCATATCCGATGAT
GAAACTTGTACCCATAGTGGATCAACTTTAAAGTTACATGGGGAAAATGA
TGATACTGAAAAATATAAAATCCGTCGACTAGTTCTAGTTGAGGATGTGG
ACATCCTTTTTGCTGAAGATCGTGGATGTATGGCCGCCATACAACGGATT
GCTGAGACATCAAAGGGGCCAATTATATTGACCAGTAATAGTGATAATCC
TGGTCTGCCACATAAGTTTGACATGCTCCATGTTCCATTCGTGTTGCCAT
CACCAAAGGAATTGCTTTGCCATTTGTACAGTGTTTGTCTCGCTGAAGGA
GTCAACATCCATCCTCTTTTACTAGAGAAGTTTATACATTCTTGTGATGG
AGATATCCGAAAAAGCATTATGCATCTTCAATTCTGGTTTCAGAGTAAAA
CGTTTCAAAAAGATGAAAAGGCACAAACAGGTTATGGCTCACGTCCATTT
GATCTTGAGCTTGGCCATCAGATTCTTCCGAAGATAATGCCCTGGGATTT
CCCCTCAGTGATATCCGATCTAATTGAAAACGAAATTGCCAAACAAACAA
ATATAATGGAAGAAAACTCCAAAGGGTTGATTACCGAAAAGCTTAATGTA
AGTGAACAGCAAAAAGATTTAAATGTGAATTATATAGGGACTGATGATAT
AGAGGCCATGAAGGTGGAGATGATTAATAGGAATGGATCGTTGACGGATT
ACTGTGAGCTTGAAATTCAACGTAGCACTATTTCCGAGTTTTCCAATTCT
TCTGGTTCCCCTCTTGCATCTTCTAGGCATAATGGTCGAAGGAAACATGT
AGTCATGTCTGATGACGAAGATTCAAATTGTGGATATCCTGTAGACTCCC
ACGATGAAGCTAATATGAGGCAACTGATGAAAGAAACTAATGGTTGTCCA
TCAGAATTTCAATTAAATGGAAACTACCCGGGCACATCAGTTGACAGACT
AGTTTGTTCCGATTTGGAGCACTCAGAGGCTGATAGTGCATACTTGAATG
AAACATGTAAATCATTTGATGTATCATGTGTGCCAGAATCAACGCGCTTA
ACAAAATTGTTACAGAATCCAGATTTGTTGGCGGATACTGAAATTCCAGA
TCATTCTTTTCAAGGGGTTCAGCCTAATGTTCTAGATGAACATACGGAAA
CAATTGTTAAAGTGATGGATGAATGCAGTCGAATGGATTTCAAACCAAAA
CCAACATTGTCGCAGTCCAATCCATTAGACGAGACAGAAAAGATACAAAA
CGTGTGGAGAGATCTCCGTGATCACCGAGTGGATTTAAGACAGCATTCTA
TCTCAGAAGAGCTTGGTGCTTTTCAAGTTGTTAAACTTGCTAGTGGACTG
TGCAATCTAATTTCAGATGTTGACTTGTTTCCTTACTTGGATAAAATGGA
ACCTTCAATGTTCCTTTCTAATGAAGCCGCATCAAATGGGTATTGTGAAC
AAATGATGTCCACGGTGGCTGAGCATGGGTTTTGCTTTTACGCTAAGGTT
ATAGCAGATGAAGGATCAAAGTTGGGTTGTGCAAATTGTGTTGATATTAC
TTCTGAGATGTTGGCTTCCTCCACTGATATTATGGCTTTGGGGAAATTAT
CCCGACAGGATCTCTCGAAAATGAAAGCTTTCCGTACTGGAAATGAAGTA
GAGTGGAACACCCCAATAAATAATATGCAGAAGAGTGAAAAGAAAAGATC
TCTAATCGAGGTCATCCAATCCATTGCTCCTGCAAGAACATCCTTGGCAA
TGAAAGGTTATGCATTCAACGAATATCTATCTTCATTACGCCAAATTTCA
AGGTCTGAAGCTTTCCGTATTTCACAAGTGGTCGAAAAGAAGAGAGGAGG
AAGGGTACGGGGCGTTCACCATTACTTGAGCACAAATACCGAGTTGTCTC
CAGAAGATATATCTTTGGTGACCGATGGTGATCCATACAGAAAAATTTCT
TCCCAACATACAACATAG

Annotated Terms

The following terms have been associated with this mRNA:

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

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Vigun09g166500.2