The sugar beet moth, Scrobipalpa ocellatella (Boyd), one of the most severe sugar beet
pests, causes quantitative and qualitative yield losses late in the autumn. Previously, it was …

The sugar beet moth, Scrobipalpa ocellatella (Boyd), one of the most severe sugar beet
pests, causes quantitative and qualitative yield losses late in the autumn. Previously, it was …

To obtain clues to the link between the molecular mechanism of circadian and photoperiod
clocks, we cloned two circadian clock genes, period (per) and timeless (tim) from the moth …

Many organisms have evolved a series of adaptions, such as dormancy or diapause in
insects that enable them to withstand seasonally adverse conditions. In insects …

Simple Summary Diapause in insects is a classic and long-term concern subject regulated
by both circadian clock and endocrine system. Studies in many insects have shown that …

Aim: Time interval measuring enzyme (TIME-EA4) is a diapause bioclock protein in insects.
This study aims to clone TIME-EA 4 cDNA and analyze its spatiotemporal expression …

Diapause is an endocrine-mediated strategy used by insects to survive seasons of adverse
environmental conditions. Insects living in temperate zones are regularly exposed to such …

Diapause (also known as dormancy) is a state of arrested development induced by
photoperiod or temperature that allows insects to survive adverse environmental conditions …

The temporal expression pattern of the circadian clock gene period was compared between
heads of the linden bug, Pyrrhocoris apterus, kept under diapause-promoting short days …

Many insects undergo diapause to survive adverse seasons. Although the mechanism of
diapause induction is the subject of extensive study, that of diapause termination remains …