Soybean mGWAS DB

Explore metabolite–gene associations from soybean metabolome GWAS results. This database supports bidirectional navigation between metabolites and genes, with linked detail pages for association evidence and mass-based compound candidates.

How to explore the database →

SNP and gene associations use P < 10⁻¹⁰. Change threshold · Counts cover features with indexed GWAS data; — means unavailable.

Explore by Metabolite

Search metabolites by metabolite ID or candidate names, formulas or compound IDs.

Metabolite ID Candidate annotation Deionized mass (Da) Average m/z Associated genes (overlap)
P54862 605.8809 606.8893 —
P54863 605.7784 606.7828 —
P54866 LY201116 240.1275 241.1348 —
P54869 671.1572 672.1693 —
P54870 2-Isopropylfuran 110.0722 221.1514 —
P54871 Candesartan cilexetil 610.2520 611.2601 —
P54872 Kadsurenin B 342.1516 343.1605 —
P54873 689.1570 690.1664 —
P54874 606.9143 607.9211 —
P54875 Orthosiphol L 692.2803 693.2898 —

Explore by Gene

Search genes by gene ID, alias, description, or Arabidopsis ortholog information.

Gene ID Alias Description Arabidopsis ortholog Associated metabolites (overlap)
Glyma.20G199000 hypothetical protein AT4G17740:AT4G17740:Peptidase S41 family protein 0
Glyma.20G199100 hypothetical protein AT2G33255:AT2G33255:Haloacid dehalogenase-like hydrolase (HAD) superfamily protein 0
Glyma.20G199200 hypothetical protein NA 0
Glyma.20G199300 hypothetical protein AT4G13480:MYB79:myb domain protein 79__AT3G24310:MYB305:myb domain protein 305 0
Glyma.20G199400 hypothetical protein NA 0
Glyma.20G199500 hypothetical protein AT1G48200:AT1G48200:uncharacterized protein 0
Glyma.20G199600 3-isopropylmalate dehydratase large subunit, chloroplastic AT4G13430:IIL1:isopropyl malate isomerase large subunit 1 0
Glyma.20G199700 hypothetical protein AT2G33320:AT2G33320:Calcium-dependent lipid-binding (CaLB domain) family protein__AT1G04540:AT1G04540:Calcium-dependent lipid-binding (CaLB domain) family protein 0
Glyma.20G199800 hypothetical protein NA 0
Glyma.20G199900 hypothetical protein NA 0