We present a 3Dmec hanical model for the behaviour of the cardiac muscle, based on a recently proposed model of myofibre contraction.
Nov 21, 2024 · We present a 3D mechanical model for the behaviour of the cardiac muscle, based on a recently proposed model of myofibre contraction.
(1) based on sliding filament model of Huxley (57) and distribution-moment approach of Zahalak (81). • Compatible with molecular nanomotor theory (Prost 94). D.
Abstract. We present a 3D mechanical model for the behaviour of the cardiac muscle, based on a recently proposed model of myofibre con- traction.
A 3Dmec hanical model for the behaviour of the cardiac muscle, based on a recently proposed model of myofibre contraction, is presented, ...
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Our model includes troponin C kinetics, tropomyosin kinetics, a three-state crossbridge model that accounts for the distortion of crossbridges, and the cellular ...
Apr 1, 2023 · The physiological concept of muscle contraction is based on two variables: length and tension. In physiology, muscle shortening and muscle ...
In this simulation study, a novel, rather simple molecular-based cardiac contraction model, appropriate for integration into a ventricular cell model, was ...
A model of cardiac muscle is proposed in which the contractile element is described by the sliding-filament theory of muscle contraction. The model is able ...
Cardiac muscle constitutes the histological foundation of the heart. The contraction of cardiac muscle cells (i.e., myocytes) generates force and propels ...