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)
P55250 624.9316 625.9393 —
P55251 283.2792 284.2855 —
P55252 N1,N5,N10-Tricaffeoyl spermidine 631.2498 632.2512 —
P55253 608.9013 609.9125 —
P55258 608.9253 609.9268 —
P55259 608.6906 609.6976 —
P55260 624.9479 625.9558 —
P55262 6-Ketomyristic acid 242.1902 243.1973 —
P55265 Morellic acid 560.2383 561.2470 —
P55271 541.2613 542.2687 —

Explore by Gene

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

Gene ID Alias Description Arabidopsis ortholog Associated metabolites (overlap)
Glyma.20G170000 hypothetical protein AT1G22770:GI:gigantea protein (GI) 0
Glyma.20G170100 hypothetical protein NA 0
Glyma.20G170200 hypothetical protein AT1G71696:SOL1:carboxypeptidase D 0
Glyma.20G170600 hypothetical protein AT1G71720:PDE338:Nucleic acid-binding proteins superfamily 0
Glyma.20G170700 hypothetical protein AT2G30060:AT2G30060:Pleckstrin homology (PH) domain superfamily protein__AT1G07140:SIRANBP:Pleckstrin homology (PH) domain superfamily protein__AT5G58590:RANBP1:RAN binding protein 1 0
Glyma.20G170800 hypothetical protein NA 0
Glyma.20G170900 hypothetical protein AT1G34110:AT1G34110:Leucine-rich receptor-like protein kinase family protein 0
Glyma.20G171000 hypothetical protein AT1G71730:AT1G71730:uncharacterized protein 0
Glyma.20G171100 hypothetical protein AT1G71750:HGPT:Hypoxanthine-guanine phosphoribosyltransferase 0
Glyma.20G171200 hypothetical protein AT1G71770:PAB5:poly(A)-binding protein 5 0