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  1. No Access

    Article

    Mechanisms of intracellular trigger signal transmission in muscles: Strategy of rearrangements in evolution of the contractile function

    The paper describes our concept about the existence of a certain strategy of rearrangements of ionic mechanisms of he intracellular trigger signal transmission in muscles during their contractile function evol...

    V. P. Nesterov, G. B. Frank, I. N. Demina… in Journal of Evolutionary Biochemistry and P… (2000)

  2. No Access

    Chapter

    45Ca++ Efflux Studies in Rabbit T-Tubule Membrane Preparations in the Range of Late After Potentials During Tetanic Contractions

    Skeletal muscle t-tubules are the richest known source of Voltage-Dependent Slow Ca++ Channels (VDSCCs)1. Despite their highly concentrated presence in t-tubules, the functional role of VDSCCs has not been establ...

    A. M. Öz, S. M. J. Dunn, G. B. Frank in Excitation-Contraction Coupling in Skeleta… (1992)

  3. No Access

    Article

    Evidence for a Postsynaptic Origin of the Surface-negative Response to Direct Stimulation of the Cat's Cerebral Cortex

    ADRIAN1 first demonstrated that a surface-negative potential, lasting approximately 20 msec, is produced by a single brief electrical stimulus of weak intensity applied to the exposed cerebral cortex. This respon...

    G. B. FRANK, C. PINSKY in Nature (1964)