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Two components of Ntype calcium currents
2 other sections not shown
2.0 Hz train action potentials activation adenosine and ACh adenosine receptors agonists antagonists ATP and ACh autoreceptors Ba current block blockade calcium channels channel inactivation channel type compounds concentration current duration d-tubocurarine demonstrated depolarization dihydropyridine effect of adenosine effect of ATP electrode exposed by TEA extracellular Figure forskolin function G-protein inhibition initial component involved K+ channel blocker K+ current Kostyuk L-type channels late component Llinas mammalian motor nerve mediated membrane Miledi Miller modulatory motor nerve terminals muscarinic receptors muscle N-type Ca channels NERVE TERMINAL CALCIUM neuromuscular junction neurotransmitter nicotinic ACh receptor nifedipine nitrendipine observed pathway Penner and Dreyer Perney pertussis toxin pharmacologically pheochromocytoma Physiol prejunctional presence presynaptic presynaptic Ca current protein kinase purinergic and cholinergic response second messenger sensitive stimulation frequency synaptic TEA and 3,4 terminal Ca current TERMINAL CALCIUM CURRENTS theophylline transmitter release Tsien u-CgTx voltage-dependent Voltage-dependent calcium channels