The Utrecht Symposium on the Innervation of Muscle: Held at the University of Utrecht, the Netherlands, July 17-20, 1957Harry D. Bouman, Anthony Leonard Woolf |
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Page 5
... synaptic struc- ture . The branches of the neural arborization lie in gutters of the muscular portion of the motor end plate . In the depth of these gutters the nervous substance and the muscular substance confront each other . A ...
... synaptic struc- ture . The branches of the neural arborization lie in gutters of the muscular portion of the motor end plate . In the depth of these gutters the nervous substance and the muscular substance confront each other . A ...
Page 44
... synaptic portion of the end plate and permits the recognition of varieties of myoneural connections which cannot be ... synaptic function . In man , only the axonic dilatations are in contact with the sarcoplasmic membrane . In a given ...
... synaptic portion of the end plate and permits the recognition of varieties of myoneural connections which cannot be ... synaptic function . In man , only the axonic dilatations are in contact with the sarcoplasmic membrane . In a given ...
Page 69
... synaptic and myoneural junctions . There are many differences between axons and synapses , particularly in re- gard to structure and electrical manifestations . The main question to which I would like to limit myself in this paper may ...
... synaptic and myoneural junctions . There are many differences between axons and synapses , particularly in re- gard to structure and electrical manifestations . The main question to which I would like to limit myself in this paper may ...
Contents
Preface H D BOUMAN M D 1 25 | 1 |
Structural Organization of the Motor Nerve Endings in the Mammalian | 40 |
Factors Controlling the Liberation of Acetylcholine at the Neuromuscular | 50 |
Copyright | |
11 other sections not shown
Common terms and phrases
acetylcholine Acta action action potential activity appears associated atrophy axon biochemical Biol block branches cent changes characteristic chemical clinical collateral complete concentration conduction containing contraction cytoplasm decrease demonstrated denervated muscle depolarization discharge disease duration effect electrical electrodes end plates enzyme evidence experiments extension fact figure findings frequency function glycogen important impulse increase indicated innervation Jour Katz less lower mechanism membrane method motor end plate motor nerve motor unit movements muscle fibers muscular myasthenia myosin nerve endings nerve fibers nervous neuromuscular normal Note observed obtained occurs origin patient period peripheral Physiol possible potentials present produced protein reaction receptor recorded regeneration region remains response Robertson Schwann cell seen separated shown similar single spindle staining stimulation structure substance suggested surface synaptic terminal tion tissue unit membranes