Jonathan Kreplak

This study identifies genetic factors influencing nodulated root architecture and rhizobial partner choice in pea using GWAS across 335 accessions.

The paper investigates how sulfur deficiency and water deficit interact in pea plants, showing synergistic redox adjustments through coordinated transcript-protein regulation.

This study creates a pea seed transcriptome atlas to identify PsLEC1-like as a key regulator of seed size and nitrogen content through functional analysis of mutants.

The paper presents an improved pea genome assembly using long-read sequencing and other techniques, resulting in a highly contiguous and complete genome resource.

This study identifies genomic regions associated with frost tolerance in Vicia faba and finds syntenic loci across cool-season legumes, highlighting candidate genes and potential for trait improvement.

The paper identifies the molecular basis of the afila mutation in pea, showing it results from the deletion of two zinc finger transcription factors and reveals haplotype diversity at the af locus.

The paper discovers SNPs in a pea germplasm collection using exome capture and resequencing to support genome-wide association studies.

This study maps agronomic trait genetics and identifies selection signatures in faba bean germplasm using genome-wide association studies and population structure analysis.

The paper assembles and analyzes the 81.6 Mb centromere of pea chromosome 6, revealing its structure and evolutionary mechanisms in metapolycentric chromosomes.