The vast majority of all global species have circadian rhythm cycles that allow them to adapt
to natural environments. These regular rhythms are regulated by core clock genes and …

Most organisms feature an endogenous circadian clock capable of synchronization with
their environment. The most well-known synchronizing agents are light and temperature …

Mosquitoes exhibit activity rhythms, crucial for the transmission of pathogens, under the
control of a circadian clock. Aedes aegypti is one of the world's leading vectors. For …

Different mosquito species show a full range of activity patterns, including diurnal,
crepuscular, and nocturnal behaviors. Although activity and blood-feeding rhythms are …

Circadian oscillators (ie, circadian clocks) are essential to producing the circadian rhythms
observed in virtually all multicellular organisms. In arthropods, many rhythmic behaviors are …

Like other insects, Aedes aegypti displays strong daily patterns in host seeking and mating.
Much of these behaviors are believed to be under the control of a circadian clock, an …

Highlights•Mosquitoes express a rich repertoire of daily 24-hour rhythms in behavior,
physiology and biochemistry.•Monitoring locomotor activity rhythm in mosquitoes is a …

The circadian clock of mosquitoes can influence physiological and behavioral processes
linked to disease transmission. Currently, we know how clock genes are expressed in the …

Background Endogenous circadian rhythms result from genetically-encoded molecular
clocks, whose components and downstream output factors cooperate to generate cyclic …

Diapause is a programmed dormancy that allows organisms to tolerate predictable periods
of unfavourable conditions by temporarily halting development and reducing metabolism …