Malcolm John Bennett

The paper uses a mathematical model of the plant SUMO cycle to reveal dynamic and tissue-specific SUMOylation responses to abiotic stress.

The paper characterizes IAA inactivation pathways, showing glycosylation's role in modulating IAA levels and plant development through genetic and metabolic analyses.

This study shows ethylene regulates root radial expansion by modulating cell wall mechanics through Auxin Response Factor1 and CESA gene repression in response to soil compaction.

This study creates the first complete SUMO Cell Atlas in eukaryotes, revealing how SUMO components vary spatially and are regulated during stress responses in Arabidopsis roots.

The paper shows ROS-induced IAA3/SHY2 multimerization regulates auxin responses during xerobranching and lateral root emergence in plants.

This study identifies genetic factors influencing leaf ion concentrations in pearl millet and links them to root and agromorphological traits to improve nutrient efficiency.

The paper identifies moisture-dependent root-branch signaling pathways in maize by analyzing genetic differences between tropical/subtropical and temperate germplasm.

The paper examines how root metaxylem area affects drought tolerance and transpiration in pearl millet, showing soil texture-dependent water use strategies.