Introduction The circadian circuit, a roughly 24 h molecular feedback loop, or clock, is conserved
from bacteria to animals and allows for enhanced organismal survival by facilitating the …

Circadian rhythms are 24-h oscillations conserved in nearly all living organisms that allow
for the anticipation of daily environmental changes. These rhythms are maintained by a …

The circadian clock times cellular processes to the day/night cycle via a Transcription-Translation
negative Feedback Loop (TTFL). However, a mechanistic understanding of the …

Biology is tuned to the Earth's diurnal cycle by the circadian clock, a transcriptional/translational
negative feedback loop that regulates physiology via transcriptional activation and other …

Many important biological processes are regulated by the circadian molecular clock, a negative
feedback loop comprised of disordered proteins. The lack of a fixed conformation means …

Over billions of years of evolution, the rhythm of Earth’s day and night–the diurnal cycle–has
remained one of very few constants. As a result, all kingdoms of life have evolved internal …

Circadian rhythms are biological oscillations that coordinate organismal physiology with the
Earth’s 24 hr. light/dark cycle. These rhythms are orchestrated by a core set of activating and …

Organismal physiology is widely regulated by the circadian clock, a molecular circuit composed
of a Transcription-Translation Feedback Loop 1, 2. Protein components of the molecular …

Many opportunities to explain attention-deficit/hyperactivity disorder (ADHD)-related risk of
substance use disorder (SUD) remain available for study. We detail these opportunities by …

… , this study also represents a replication of the SG O'Leary and Pelham (1978) report. … G.,
& Pelham, WE Behavior therapy and withdrawal of stimulant medication with hyperactive …