Sleep & Rhythm
Rhythmicity is inherent to all living forms, which are built for different activities in the light of the day and at night, when it is dark. The genetic and molecular bases of such rhythmicity, which is called “circadian”, remain only partially understood. Data has started to emerge on the health consequences of disturbed rhythmicity but less attention has been devoted to the impact of specific diseases on rhythm generation itself.
We attempt to address these complex issues on a collaborative, interdisciplinary basis, from bench to bedside.
Research
A Marie Curie ITN PhD position is available at Padova University/National Research Council of Italy to work on mitochondrial and nuclear control of adaptive thermogenesis in insects
More detail (WP3 – DC11; CNR) on https://incite.entu.cas.cz/wp3-metabolic-chronobiology/ Application procedures, by Oct 15, on https://incite.entu.cas.cz/2024/09/09/positions-available/ PhD school reference: https://www.biomed.unipd.it/didattica/phd-program-biomedical-sciences