Cisplatin effects on rhythmic functions of mice: strain and tissue dependence.

Abstract

The competence to preserve the optimal timing relationships between rhythmic variables enables adaptation of mammals to alternate environmental conditions. The capability to re-entrain depends on genetic factors and the nature of imposed time cues. In the present study, the authors examined in rodent models, following a cancer chronochemotherapy, cisplatin… (More)
DOI: 10.3109/07420528.2012.685137

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