A growing body of evidence has accumulated showing that fall and especially winter months represent a high-risk temporal frame for occurrence of various cardiovascular diseases. The possibility that a molecular circadian clock intrinsic to the cardiomyocyte, may contribute to cardiovascular disease secondary to a rhythm dyssinchrony, driven by either external and internal cues, and represents an innovative way of thinking about cardiovascular diseases.
Temporal variation of cardiovascular diseases: an internal biological rhythm disruption may play a role?
MANFREDINI, Roberto;
2013
Abstract
A growing body of evidence has accumulated showing that fall and especially winter months represent a high-risk temporal frame for occurrence of various cardiovascular diseases. The possibility that a molecular circadian clock intrinsic to the cardiomyocyte, may contribute to cardiovascular disease secondary to a rhythm dyssinchrony, driven by either external and internal cues, and represents an innovative way of thinking about cardiovascular diseases.File in questo prodotto:
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