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Acetylcholine in the Brain is not a Neuromuscular Junction
Axoplasmic Transport of Labeled Protein as a Method
Behavioral and Physiological Approaches to the Study
4 other sections not shown
aBT binding acid actin activity adrenal amplitude aphasia aphasics appears axons basal ganglia behavior blocked Brain Res Broca's carotid body catalytic subunits central cerebellar cerebellum cGMP cholinergic climbing fiber component comprehension conductance changes conscious experience contralateral cortex curare decrease dendrites depolarizing devocal diet dorsal effect equilibrium potential fast EPSP Figure formant fraction GABA hyperpolarization hypothalamus Ia EPSP increase inhibition inhibitory injection innervation input interaction involved ipsilateral isolated labeled lesions locus coeruleus Lond mechanism medial membrane molecular weight molecule monkeys motoneurons movements msec muscarinic receptors muscle myosin Na+ conductance nerve neural neurons nicotinic norepinephrine normal nucleus pathway patients Phoneme Physiol postsynaptic produced projections proline protein Purkinje cells reserpine response reversal potential septal slow IPSP spinal stimulation stria structures studies sympathetic ganglion synaptic terminals tion tropomyosin troponin tubulin tyrosine hydroxylase vesicles visual vocal Wernicke's