Marty Straume

TL;DR: Genetic and genomic analysis suggests that a relatively small number of output genes are directly regulated by core oscillator components, and major processes regulated by the SCN and liver were found to be under circadian regulation.

TL;DR: This study presents a comprehensive view of the temporal compartmentalization of physiological pathways by the circadian clock in a eukaryote.

TL;DR: The dynamic but coordinated changes in nuclear receptor expression, along with their key target genes, offers a logical explanation for known cyclic behavior of lipid and glucose metabolism and suggests novel roles for endocrine and orphan receptors in coupling the peripheral circadian clock to divergent metabolic outputs.

TL;DR: It is suggested that transcript abundance of roughly one-third of expressed A. thaliana genes is circadian regulated, suggesting that how the circadian clock affects plant growth and leads to improved fitness is understood.

TL;DR: The results indicate that the brain contains multiple, damped circadian oscillators outside the SCN, and the phasing of these oscillators to one another may play a critical role in coordinating brain activity and its adjustment to changes in the light cycle.