Antony N. Dodd

This study shows that mTOR signalling, not clock gene rhythms, drives daily physiological variations in mammals and plants.

This study investigates how skeleton photoperiods affect the Arabidopsis circadian clock, finding that phase jumps occur under long-day conditions similar to those observed in animals.

The paper designs and deploys a regulation-compliant infrared heating system for UK field trials, showing effects on wheat phenotypes under climate warming.

The paper investigates how temperature cues affect circadian timing in a natural plant population under fluctuating conditions.

This study shows vernalisation alters the Arabidopsis circadian clock via PRC2, independent of FLC, and these changes persist after warming.

This study shows that microbial exposure can reset circadian timing in mammals, plants, and algae through a mechanism independent of canonical immune pathways.

This study develops ChronoGauge, a machine learning model that estimates plant circadian time from transcriptomic data, enabling analysis of environmental and genetic factors affecting the circadian clock.

This study shows that the plant-specific cohesin subunit SYN4 affects 3D genome organization and gene expression in Arabidopsis, influencing stress responses and bioactive compound biosynthesis.