A genome-wide analysis of cultivated peanut revealed 66 Dof transcription factor genes shaped by allopolyploidization, tandem duplications, and novel Pack-MULE-mediated ...
Combining mycorrhizal inoculation with exogenous melatonin enhances peanut seedling tolerance against saline-alkali stress through coordinated physiological and transcriptomic reprogramming.
A two-year agronomic study demonstrates that groundnut kernel testa pigmentation corresponds to distinct phenolic metabolite concentrations and variable post-harvest nutrient ...
A scientific review details how multi-parent populations integrated with pan-genomics, multi-omics, and artificial intelligence provide a predictive framework for developing ...
Researchers mapped haplotype-based QTL-allele systems for peanut kernel and pod weight and predicted thirty optimal crosses that could push both ...
Integrated transcriptome and metabolome analysis reveals that peanut seedlings under toxic selenium levels ramp up the phenylpropanoid biosynthesis pathway, with ...
A new study of fifteen exotic groundnut varieties grown across three sites in Northern Cameroon reveals strong genetic variability, a ...
Researchers isolated diverse Bradyrhizobium strains from wild peanut relatives in the Brazilian Drylands and found that one strain, ESA 584, ...
A new genetic study shows that resistance to stem rot in groundnut is controlled by a single gene with incomplete ...
A graph-based peanut pan-genome built from 14 genomes and resequencing of 2,320 accessions reveals structural variation, identifies flowering and dwarfing ...
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