David A. Bechtold

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

This study shows the club cell circadian clock regulates time-of-day-dependent leukocyte trafficking and airway barrier integrity in chronic allergic airways disease.

This study examines how colonic inflammation affects the intestinal circadian clock and immune function, finding altered clock function and new oscillations in regulatory T cells.

This study identifies BUD23 as a regulator of energy homeostasis by controlling translation of mitochondrial and lipogenic mRNAs, linking ribosomal modification to metabolic health.

This study shows that fibroblast-like synoviocytes' circadian clock influences daily inflammation rhythms in arthritis, with Bmal1 deletion reducing arthritis susceptibility but increasing MMP3 production.

This study shows that higher daytime light intensity increases circadian rhythm amplitude in the diurnal rodent Rhabdomys pumilio by affecting SCN electrophysiological activity.

This study shows HNF4A is essential for liver-specific GR action, with HNF4A regulating GR binding sites and transcriptional response to glucocorticoids in the liver.

This study identifies 42 genetic loci associated with excessive daytime sleepiness and links them to phenotypic subgroups and related traits.

The paper identifies 57 genomic regions associated with insomnia symptoms, linking them to phototransduction, ubiquitination, and potential causal relationships with coronary heart disease and depression.

This study identifies new genetic loci associated with sleep disturbance traits and finds shared genetic links with neuropsychiatric and metabolic traits.