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Differences in the action of acetyl choline on the de nervated muscle fiber and on the normal end plate


, : Differences in the action of acetyl choline on the de nervated muscle fiber and on the normal end plate. Brain Research 22(2): 264-267



Accession: 005151060

PMID: 5458673

DOI: 10.1016/0006-8993(70)90014-4

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Related references

Lorkovic H.; Ruedel R., 1984: Differential sensitivity of normal end plate and de nervated muscle fiber membrane to succinyl choline and acetyl choline. Pfluegers Archiv European Journal of Physiology 400(SUPPL): R46

Lorkovic H.; Ruedel R., 1984: Differential effects of succinyl choline and acetyl choline on end plate and extrajunctional membranes of normal and de nervated mouse skeletal muscle fibers. Depolarization provoked by 10-7-10-4 succinylcholine (SCh) and acetylcholine (ACh) was measured in thin bundles dissected from normal and 1-15 days denervated mouse muscles using the microelectrode technique. The muscles were superfused by Cl--fre...

Schmidt H.; Lehouelleur J., 1979: Normal and de nervated slow frog muscle fiber sensitivity to acetyl choline. Journal de Physiologie (Paris) 75(5): 40A

Lomo T., 1979: Regulation of acetyl choline sensitivity in normal and de nervated muscle. Neuroscience Letters SUPPL(3): S317

Volkov E.M., 1982: Effect of verapamil and manganese ions on acetyl choline sensitivity of the frog intact and de nervated muscle fiber membrane. The effect of verapamil and Mn2+ on acetylcholine sensitivity of the postsynaptic membrane of intact and denervated [frog] muscle fibers was studied. The inhibitory action of verapamil on acetylcholine sensitivity of denervated muscle fibers was m...

Volkov E.M., 1982: Effect of verapamil and manganese ions on acetyl choline sensitivity of the intact and de nervated frog muscle fiber membrane. Bulletin of Experimental Biology & Medicine 94(7): 879-881

Vyskocil F.; Beranek R., 1968: Iontophoretic application of succinyl choline relaxant of acetyl choline autonomic and of carbachol autonomic to normal and de nervated muscle fibers abstract de polarization. Ceskoslovenska Fysiologie 17(3): 230-231

Kemp G.E.; Bradley R.J.; Brown G.B.; Robinson G., 1977: Purification and properties of the nicotinic acetyl choline receptor from normal and de nervated skeletal muscle. Biophysical Journal 17(2): 123A

Ringel S.P.; Engel W.K.; Bender A.N.; Peters N.D.; Yee R.D., 1976: Comparison of acetyl choline receptor distribution and muscle histochemistry in normal and de nervated monkey extra ocular muscles. Neurology 26(4): 382-383

Gage P.W.; Hamill O.P., 1980: Lifetime and conductance of acetyl choline activated channels in normal and de nervated toad bufo marinus sartorius muscle. The average lifetime and conductance of acetylcholine-activated channels were measured in normal and denervated, voltage-clamped toad sartorius muscle fibers at 10.degree. C. The null potential was -4 .+-. 1 mV for subsynaptic channels in normal f...