… voltage sensor resides in one membrane (in the transverse tubules) and the gated channel
resides in another membrane … tions with membrane voltage imposed by [K+] or voltage clamp …

… The low Ca2+ solutions caused a shift to more negative voltages of the dependence … ‐contraction
(E‐C) coupling to some extent. 8. A state model of the voltage sensor of E‐C coupling …

… + transients and contraction are graded by membrane potential … Ca 2+ release and contraction
when CICR coupled to I Ca-L , … Because this mechanism is graded by membrane voltage …

… with charge movement's acting as voltage sensor for depolarization-contraction coupling. …
with depolarization-contrac tion coupling is that both Q (24) and contraction (34) decline during …

… ms,the contraction increases with increases in voltage from+ … between voltage and contraction
is similar for voltages … mV), the second phase of decrease in contraction is flatter (Fig. 3B, C…

… Excitation–contraction (E–C) coupling in all muscles comprises a cascade of events
triggered by the depolarisation of the sarcolemmal membrane. In this context, skeletal muscle of …

… potential and its coupling to contraction via the rise in [… –contraction coupling. In this article,
we will review the current state of research on the myometrial excitation–contraction coupling. …

… Manifestations of excitation-contraction (EC) coupling of skeletal muscle were studied in
the … Single cut fibers of frog skeletal muscle were voltage clamped in a double Vaseline gap …

… , including muscle fiber voltage clamp to reveal membrane electrical properties, in … the
muscle fiber membrane calcium channel/transverse tubule (TT) membrane voltage sensor (Cav1.1…

… coupling. Sarcoplasmic … Channel In excitation-contraction coupling, release of calcium from
the … ryanodine and caffeine, but not by membrane voltage. Purification of this protein, using …