Entrainment is a phenomenon in which two oscillators interact with each other, typically
through physical or chemical means, to synchronize their oscillations. This phenomenon …

Intracellular oscillators entrain to periodic signals by adjusting their phase and frequency.
However, the low copy numbers of key molecular players make the dynamics of these …

Still more substantively, to equate entrainment with synchronization is to miss its adaptive
significance. Synchronization indicates only a single-phase angle: zero. While some …

Biological clocks are self-sustained oscillators that adjust their phase to the daily
environmental cycles in a process known as entrainment. Molecular dissection and …

Entrainment, where oscillators synchronize to an external signal, is ubiquitous in nature. The
transient time leading to entrainment plays a major role in many biological processes. Our …

While experimental and theoretical studies have established the prevalence of rhythmic
behaviour at all levels of biological organization, less common is the coexistence between …

Biological oscillations are found ubiquitously in cells and are widely variable, with periods
varying from milliseconds to months, and scales involving subcellular components to large …

The idea of entrainment of neural oscillations to temporal structure has become a central
theory for attentional selection in time [1, 2]. In our study [3], we separated unique …

Periodic behavior is key to life and is observed in multiple instances and at multiple time
scales in our metabolism, our natural environment, and our engineered environment. A …

Self-sustained oscillations can be synchronized by forcing oscillations only within limited
ranges of entrainment. Outside these ranges, they show “relative coordination”, with …