Kaisa Kajala

The paper profiles ETI responses across Arabidopsis leaf cell types using single-cell transcriptomics and finds cell-type-specific immune module activation.

This study identifies SlMYB41, SlMYB92, and SlWRKY71 as regulators of suberin biosynthesis in tomato root exodermis, revealing their antagonistic roles in suberization.

This study investigates how tomato and other dicot plants respond to low red:far-red light by analyzing pith cell changes and gene expression patterns, revealing conserved and species-specific mechanisms.

The paper identifies ABA-regulated transcription factors that control exodermis formation in chickpea through suberin and lignin biosynthesis.

The paper discusses the importance of robustness in scientific research, using split-root assays in Arabidopsis thaliana to highlight challenges in replicability and provide recommendations for improving experimental protocols.

This study shows GA and BR are necessary for tomato stem elongation under low R:FR light, with IAA enhancing GA's effect.

The paper profiles translatomes and chromatin accessibility in plant root cell types to reveal gene function innovation, conservation, and repurposing across species.