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Voltage oscillations and threshold phenomena in current clamped barnacle muscle


, : Voltage oscillations and threshold phenomena in current clamped barnacle muscle. Biophysical Journal 25(2 PART 2): 202A


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Related references

Caputo, C.; Dipolo, R., 1978: Contractile activation phenomena in voltage-clamped barnacle muscle fiber. Tension development in voltage-clamped barnacle muscle fibers occurs with depolarizing pulses so small as not to activate the potassium and calcium conductance systems. Peak tension and the tension time integral appear to be graded by both amplitu...

J.J.J.; Inomata H., 1990: The effects of nonhydrolyzable analogue of atp on current clamped and voltage clamped muscle cells of the guinea pig vas deferens. Japanese Journal of Physiology 40(SUPPL): S257

Mimata T.; Inomata H., 1989: Effect of noradrenaline on current clamped and voltage clamped muscle cells of the guinea pig vas deferens in normal krebs solution. The ionic mechanism underlying the time-dependent alteration in the action potential configuration by noradrenaline (NA) was studied using vas deferens muscle vlotage-clmaped according to the double sucrose gap method. Early exposure to NA enhance...

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McGeoch, J.E.; Guidotti, G., 1997: A 0.1-700 Hz current through a voltage-clamped pore: candidate protein for initiator of neural oscillations. A protein of mass 7643 Da and sequence identical to that of subunit c, the pore part, of the mitochondrial adenosine triphosphate synthase complex, was co-purified with cholesterol in crystals formed from a chloroform/methanol extract of bovine br...

Mcgeoch, J., E.M.; Guidotti, G., 1997: A 0.1-700 Hz current through a voltage-clamped pore: Candidate protein for initiator of neural oscillations. A protein of mass 7643 Da and sequence identical to that of subunit c, the pore part, of the mitochondrial adenosine triphosphate synthase complex, was co-purified with cholesterol in crystals formed from a chloroform/methanol extract of bovine br...

Morris, C.; Lecar, H., 1981: Voltage oscillations in the barnacle giant muscle fiber. Barnacle muscle fibers subjected to constant current stimulation produce a variety of types of oscillatory behavior when the internal medium contains the Ca++ chelator EGTA. Oscillations are abolished if Ca++ is removed from the external medium, o...

Cognard, C.; Ewane-Nyambi, G.; Potreau, D.; Raymond, G., 1986: The voltage-dependent blocking effect of phalloidin on the delayed potassium current of voltage-clamped frog skeletal muscle fibres. The effects of phalloidin (10(-14)-10(-6) M) were tested on voltage-clamped isolated frog muscle fibres. The toxin reversibly blocked the potassium current similarly in both detubulated and intact fibres. Neither the reversal potential nor the act...

Cognard C.; Ewane Nyambi G.; Potreau D.; Raymond G., 1986: The voltage dependent blocking effect of phalloidin on the delayed potassium current of voltage clamped frog skeletal muscle fibers. The effects of phalloidin (10-14-10-6 M) were tested on voltage-clamped isolated frog muscle fibres. The toxin reversibly blocked the potassium current similarly in both detubulated and intact fibres. Neither the reversal potential nor the activat...

Ashley C.C.; Griffiths P.J.; Potter J.M., 1985: Force potentiation as examined by aequorin luminescence labeled troponin c fluorescence in single voltage clamped muscle fibers from the barnacle balanus nubilus. Journal of Physiology (Cambridge) 358: 76P