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Sarcomere Control Mechanisms and the Dynamics of the Cardiac Cycle

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journal contribution
posted on 05.05.2011 by R. John Solaro
This review focuses on recent developments in the molecular mechanisms by which Ca activates cardiac sarcomeres and how these mechanisms play out in the cardiac cycle. I emphasize the role of mechanisms intrinsic to the sarcomeres as significant determinants of systolic elastance and ventricular stiffening during ejection. Data are presented supporting the idea that processes intrinsic to the thin filaments may promote cooperative activation of the sarcomeres and be an important factor in maintaining and modifying systolic elastance. Application of these ideas to translational medicine and rationale drug design forms an important rationale for detailed understanding of these processes.

Funding

Support from NIH grants PO1 HL 62426, RO1 HL 22231, and RO1 HL 64035.

History

Publisher Statement

The original source for this publication is at Hindawi Publishing Corporation; DOI: 10.1155/2010/105648

Publisher

Hindawi Publishing Corporation

Language

en_US

issn

1110-7243

Issue date

01/01/2010

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