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Muscle Mechanics: Molecular Properties to Contractile
Function
Sponsored by
APS Muscle Biology Group
Monday, April 30 — 3:15-5:15 PM
Washington, DC Convention Center — Room 147B
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| Chaired: |
Kenneth S. Campbell, Univ. of Kentucky |
Muscles contract through the coordinated behavior of
billions of molecules. Traditional mechanics experiments adopt a
'top-down' approach and try to infer the mechano-chemistry of individual
molecular interactions from measurements of intact muscle cells. Work in
the alternate direction, from the 'bottom-up', tries to predict the
behavior of whole muscles from the assumed properties of individual
molecules. The purpose of this symposium is to show how these
synergistic strategies can be combined to yield novel insights into the
molecular mechanisms of muscle contraction. Speakers will present new
experimental data describing contractile events at both the molecular
and at the whole cell level and demonstrate how this integrative
approach is helping to improve our understanding of muscle function in
health and disease.
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3:15 PM |
Spatial and kinetic aspects of cardiac vs.
skeletal muscle contractile activation.
Michael Regnier, Univ. of Washington
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3:45 PM |
Myosin structural dynamics and function in the face of muscle
disease and (in) activity.
Dawn A. Lowe, Univ. of Minnesota
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4:15 PM |
Regulation of power output in cardiac myocytes.
Kerry S. McDonald, Univ. of Missouri, Columbia
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4:45 PM |
Measurements and models of acto-myosin kinetics.
Kenneth S. Campbell, Univ. of Kentucky
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