Integrative Functions of the Autonomic Nervous System: An Analysis of the Interrelationships and Interactions of the Sympathetic and Parasympathetic Divisions of the Autonomic System in the Control of Body FunctionChandler McC. Brooks, Kiyomi Koizumi, Akio Sato |
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Page 60
... preganglionic neurons could be depressed by electrical stimulation ( 10–20 Hz ) of the central end of a tran- sected sacral ventral root26 . The inhibition only occurred with stimulation of ventral roots containing preganglionic axons ...
... preganglionic neurons could be depressed by electrical stimulation ( 10–20 Hz ) of the central end of a tran- sected sacral ventral root26 . The inhibition only occurred with stimulation of ventral roots containing preganglionic axons ...
Page 348
... Neurons Preganglionic pupilloconstrictor neurons , located in the rostral extension of the oculomotor nerve nucleus , innervate the sphincter muscle of the iris via the neurons of the ciliary ganglion , whose axons travel in the short ...
... Neurons Preganglionic pupilloconstrictor neurons , located in the rostral extension of the oculomotor nerve nucleus , innervate the sphincter muscle of the iris via the neurons of the ciliary ganglion , whose axons travel in the short ...
Page 349
... neuronal oscillator . The latter possibility is favored by the observation that pupilloconstrictor postganglionic neurons often fire synchronously54 . Cardiac Vagal Preganglionic Neurons The cell bodies of parasympathetic preganglionic ...
... neuronal oscillator . The latter possibility is favored by the observation that pupilloconstrictor postganglionic neurons often fire synchronously54 . Cardiac Vagal Preganglionic Neurons The cell bodies of parasympathetic preganglionic ...
Contents
The Control of Organs by the Autonomic System | 1 |
Parasympathetic and Sympathetic Control of Ductal | 25 |
Neural Control of Gastric Motility with Special Reference | 38 |
Copyright | |
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acetylcholine action adrenal adrenergic afferent afferent fibers Amer animals arterial pressure atropine autonomic nervous system autonomic system axons baroreceptor baroreflex bladder blood pressure bradycardia Brain Res brain stem cardiac sympathetic cardiovascular catecholamines cervical changes chemoreceptor cholinergic cutaneous decrease discharge dorsal effects efferent efferent nerve electrical stimulation elicited epinephrine EPSP evoked excitation excitatory frequency function ganglia ganglion cells gastric motility gland glucagon glucose heart rate hyperpolarizing hypothalamic increase inhibition inhibitory injection innervation input insulin interactions intestine levels Lond mechanisms mediated medulla membrane micturition msec nerve activity nerve stimulation neural neurons norepinephrine nucleus pancreatic parasympathetic pathways pelvic peripheral Pflügers Arch physiological postganglionic postsynaptic potentials preganglionic neurons pulmonary artery rabbit reactions receptors recorded reflex release renal respiratory response role s-IPSP sacral salivary secretion secretory skin somatic spinal cord splanchnic studies sympathetic nerve synaptic tion tonic activity transmission transmitter trigeminal vagal vagus nerve vasoconstrictor vesical