Michael Harvey Hastings

The paper shows PER2-dependent circadian regulation of adult neural stem cell proliferation in two niches, with SVZ requiring external stimuli for synchronization.

This study shows magnetic fields affect c-Fos expression in mouse retinas and influence exploratory behavior and circadian rhythms, suggesting a retinal response to magnetic fields in mammals.

The paper identifies circadian and circatidal clock gene expression patterns in the brains of intertidal crustaceans, revealing conserved neural networks for daily and tidal rhythms.

This study identifies ZFHX3's role in regulating circadian gene expression in the SCN by mapping its genomic binding sites and analyzing transcriptomic changes in ZFHX3 mutants.

The paper shows that astrocytic GABA transporters regulate extracellular GABA levels in the SCN, which in turn controls circadian time-keeping through neuronal inhibition.

The paper identifies SCN enhancers with 24-hour rhythmic H3K27ac modulation and links them to gene expression cycles through RNA-Seq and eRNA analysis.

This study shows that the circadian clock gene bmal1 is necessary for circatidal rhythms in Eurydice pulchra, while other negative regulators are not.

The paper develops a spatio-temporal model to analyze circadian gene expression dynamics in single cells, revealing spatial and temporal differences in oscillation robustness and regulatory profiles in mouse SCN tissue.

This study shows that the SCN clock is sufficient to coordinate circadian sleep-wake cycles and improve sleep-dependent memory in clockless mice.

This study shows that VPAC2-expressing cells in the SCN contribute to circadian behavior by influencing the period and robustness of the circadian clock.