Ajay Kumar Pandey

The paper identifies Fe availability as a key factor in rhizospheric pH perception in rice through JA-auxin crosstalk.

This study shows blue light enhances iron accumulation in Arabidopsis roots via a shoot CRY-HY5 signaling pathway under iron deficiency.

This study uses CRISPR/Cas9 to edit TaIPA1 and TaTB1 in wheat, showing enhanced tillering and grain weight without affecting spikelet number.

This study uses CRISPR-Cas9 to edit wheat TaHRZ1 homoeologs, showing enhanced iron loading in grains and supporting their role in iron homeostasis.

This study uses prime editing to modify a conserved residue in PEPC of rice, enhancing photosynthesis and grain nutrition.

This study identifies TaVIH2-3B as a PPIP5K that interacts with TaFLA7, affecting its localization and expression in response to drought and grain development in wheat.

The paper identifies TaMCO3 as a ferroxidase in wheat root tips that enhances iron uptake under deficiency by improving gene expression and rescuing mutant phenotypes.

The paper identifies tae-miR1130b-3p as a regulator of wheat FPN1, showing its negative correlation with TaFPN1 expression and suggesting an alternative regulatory mechanism in plant iron homeostasis.

This study investigates the genetic and epigenetic factors underlying asymmetric bZIP expression in bread wheat under temperature stress.