Raquel Lía Chan

This study shows transgene-derived siRNAs can regulate plant growth and drought performance without requiring the encoded protein, by rewiring endogenous regulatory networks.

This study uses isogenic grafts to show that HaHB11 scions improve soybean yield, with scion dominance over rootstock in non-stress conditions.

This study shows mechanical stress improves source-to-sink partitioning and seed quality in Arabidopsis by altering vascular architecture and carbohydrate transport.

This study evaluates the yield advantage of HaHB4-introgressed wheat under drought and heat stress, finding a 15-13% yield increase and improved water use efficiency.

The paper shows that mechanical treatment of tomato seedlings increases stem width, vascular bundles, early flowering, and yield through auxin and ethylene pathways.

This study tests transgenic soybean expressing HaHB11 in field trials, showing increased grain number, heat tolerance, and nutrient allocation differences.

This paper identifies two opposing gene regulatory networks that control root hair growth in Arabidopsis at low temperature, revealing their role in integrating environmental and internal signals.