Data Collections

Vigna data collections

Vigna angularis

Genomes

Shumari.gnm1.V0CS
Vigna angularis accession Shumari genome
Gyeongwon.gnm3.JyYC
genome assembly

Annotations

Gyeongwon.gnm3.ann1.3Nz5
Directory of gene annotations, called on an assembly of pseudomolecules and remaining scaffold sequences
Shumari.gnm1.ann1.8BRS
Vigna angularis accession Shumari genome annotation files

Synteny

Gyeongwon.gnm3.syn.wCFF
Synteny between Vigna angularis Gyeongwon and other species accessions calculated by LIS.

Vigna radiata

Genomes

VC1973A.gnm6.3nL8
Directory of scaffold assemblies and pseudomolecule assemblies.
VC1973A.gnm7.SB53
Vigna radiata (mungbean) accession VC1973A, assembly version 7 (2021)

Annotations

VC1973A.gnm7.ann1.RWBG
Annotation version 1 Vigna radiata (mungbean) accession VC1973A, assembly version 7 (2021)
VC1973A.gnm6.ann1.M1Qs
Gene annotations

Markers

VC1973A.gnm7.mrk.Sandhu_Singh_2020
SNP markers from the mung bean Illumina iSelect BeadArray, with associations reported in Sandhu Singh 2020 relative to gnm6, and projected into gnm7 coordinates
VC1973A.gnm6.mrk.microsatellites
SSR markers and genomic locations on the genome sequence of Vigna radiata, accession VC1973A
VC1973A.gnm6.mrk.Sandhu_Singh_2020
SNP markers from the mung bean Illumina iSelect BeadArray, with associations reported in Sandhu Singh 2020 relative to gnm6

Synteny

VC1973A.gnm6.syn.mcwy
Synteny between Vigna radiata VC1973A and other species accessions calculated by LIS.

Diversity

VC1973A.gnm6.div.Sandhu_Singh_2020
Genetic variants for Vigna radiata, assessed across 500 accessions to create the Iowamung bean panel; genotyped relative to accession VC1973A.gnm6
VC1973A.gnm7.div.Sandhu_Singh_2020
Genetic variants for Vigna radiata, assessed across 500 accessions to create the Iowamung bean panel; genotyped relative to accession VC1973A.gnm7

Vigna unguiculata

Genomes

Sanzi.gnm1.YNCM
Vigna unguiculata genome assembly for Sanzi
CB5-2.gnm1.WDTB
Vigna unguiculata genome assembly for CB5-2
UCR779.gnm1.M7KZ
Vigna unguiculata genome assembly for UCR779
Xiabao_II.gnm1.WDBP
Vigna unguiculata genome assembly for Xiabao_II
Suvita2.gnm1.5QLL
Vigna unguiculata genome assembly for Suvita2
ZN016.gnm1.997F
Vigna unguiculata genome assembly for ZN016
IT97K-499-35.gnm1.QnBW
Vigna unguiculata accession IT97K-499-35 genome assembly 1.0
TZ30.gnm1.TX9W
Vigna unguiculata genome assembly for TZ30

Annotations

Sanzi.gnm1.ann1.HFH8
Genome annotation for Vigna unguiculata Sanzi
IT97K-499-35.gnm1.ann1.zb5D
Vigna unguiculata accession IT97K-499-35; JGI annotation version 1 on assembly 1
TZ30.gnm1.ann2.59NL
Genome annotation for Vigna unguiculata TZ30
ZN016.gnm1.ann2.C7YV
Genome annotation for Vigna unguiculata ZN016
Xiabao_II.gnm1.ann1.4JFL
Genome annotation for Vigna unguiculata Xiabao_II
Suvita2.gnm1.ann1.1PF6
Genome annotation for Vigna unguiculata Suvita2
CB5-2.gnm1.ann1.0GKC
Genome annotation for Vigna unguiculata CB5-2
UCR779.gnm1.ann1.VF6G
Genome annotation for Vigna unguiculata UCR779
IT97K-499-35.gnm1.ann2.FD7K
Genome annotation version 2 for Vigna unguiculata IT97K-499-35

Expression

IT97K-499-35.gnm1.ann1.expr.Yao_Jiang_2016
Black-eyed pea gene expression atlas (IT97K-499-35)

Markers

IT97K-499-35.gnm1.mrk.Cowpea1MSelectedSNPs
SNP mining from 183,118 ESTs sequenced from 17 cDNA libraries yielded ≈10,000 high-confidence SNPs from which an Illumina 1,536-SNP GoldenGate genotyping array was developed.
IT97K-499-35.gnm1.mrk.Angira_Zhang_2020
Flanking SNP markers for First flower and Plant height QTLs discovered in a population of 175 F2:8 RILs derived from a cross between the Cowpeas GoldenEyeCream and IT98K-476-8. Marker positions determined by homology vs. the Vigna unguiculata IT97K-499-35 v1.0 assembly.

Synteny

IT97K-499-35.gnm1.syn.W3NY
Synteny between Vigna unguiculata IT97K-499-35 and other species accessions calculated by LIS.

Diversity

IT97K-499-35.gnm1.div.Huynh_Ehlers_2018
VCF file containing genotype information for 305 F8 RILs, 98.74% homozygous on average while diverse in agronomic traits, mapped to the cowpea IT97K-499-35.gnm1 genome.