The coupling between the stimulation of a muscle fibre and the massive intracellular calcium release, that is the molecular basis of muscle contraction, is fulfilled by a macromolecular complex, the calcium release complex (CRC).
end{aligned} Therefore, on the basis of the contraction mapping principle, equation (2.1) admits a unique solution (uin U_{epsilon}), provided that (C Vert u_{0} Vert _{dot{B}^{-1+frac {n}{p}}_{p,infty}}infrac{epsilon}{3}), (C Vert theta_{0} Vert _{dot{B}^{-3+frac{n}{p}}_{p,infty}}infrac{epsilon }{3}) and (epsilon>0) is sufficiently small.
Physiological excitation contraction coupling is the basis of a sound periodic succession of contraction and relaxation.
On the basis of lattice contraction and precise measurements of the composition of the solid solution phases, the evolution of theoretical density with dopant concentration is derived.
Interaction with myosin provides the basis of muscular contraction and many aspects of cell motility.
Understanding the molecular basis of uterine contraction will aid the better control and manipulation of uterine contractile function in preterm and dysfunctional labor.
The interaction between myosin and actin is the molecular basis of muscle contraction and ATP hydrolyzed by myosin is the energy source for mechanical power output.
However, on the basis of volume contraction and how the patient dealt with potassium and hydrogen ion excretion, the nephrologist thought otherwise.
At the time, three Brazilian PhD students (L. C. "Cam" Cameron, A. Galina, and A. Teixeira) were invited by Juan C. Benech and José R. "Boli" Sotelo to teach 28 students about the molecular basis of muscle contraction.
Moreover, the interaction of F-actin with myosin forms the basis of muscle contraction and can also produce movement either by itself or with the help of molecular motors [ 38].
