Experiments that systematically varied T, τ, and photoperiod in Neurospora crassa revealed
that the traditional nonparametric and parametric approaches could not explain entrainment …

Interlocked feedback loops may represent a common feature among the regulatory systems
controlling circadian rhythms. The Neurospora circadian feedback loops involve white collar …

A recent study shows that green light emission by Neonothopanus gardneri mushrooms,
endemic to coconut forests of Northern Brazil, is controlled by a circadian clock …

Temperature compensation of circadian period length in 12 clock mutants of Neurospora
crassa has been examined at temperatures between 16 and 34° C. In the wild-type strain …

In Neurospora crassa, conidiation is controlled by the circadian clock which consists of more
than one oscillator. The frequency (frq) gene is a key component in the FRQ oscillator. The …

FREQUENCY (FRQ) is a crucial element of the circadian clock in Neurospora crassa. In the
course of a circadian day FRQ is successively phosphorylated and degraded. Here we …

The two major prerequisites for a functional circadian system are the generation of an
internal day (circadian cycle) and adjusting its length—and phase—to that of the external …

The signal transduction and amplification in a Neurospora circadian clock system is studied
by using the mechanism of internal signal stochastic resonance (ISSR). Two cases have …

Circadian clocks drive a large array of physiological and behavioral activities. At the
molecular level, circadian clocks are composed of positive and negative elements that form …