Abdul Kader Alabdullah

The paper identifies multiple additive loci controlling soluble arabinoxylan content in elite wheat germplasm, enabling marker-assisted breeding for increased dietary fibre in white flour.

This paper uses CRISPR/Cas9, base editing, and prime editing to generate Rht-1 variants in diverse wheat landraces, reducing plant height and creating agronomically useful traits.

The paper uses spatial transcriptomics to identify two distinct regions regulating spikelet architecture and yield-related traits in wheat.

The paper describes a wheat mutant with a separation-of-function ZIP4 gene that allows crossover between related chromosomes without reducing fertility.

The paper constructs a co-expression network in hexaploid wheat to analyze meiotic gene expression and copy number, finding balanced homeolog expression and no significant gene loss.

The paper analyzes RNA-Seq data from wheat and related species to show that gene expression during early meiosis is not significantly affected by synapsis, ploidy level, or the Ph1 locus.