The Journal of Urology · 1982 · 322 citations · 25 references
MedicineNeuroscienceUrologyNeurophysiologyNeurourologyUrodynamicsDetrusor ActivityDetrusor Muscle FunctionDetrusor-sphincter DyssynergiaLower Urinary Tract NeurophysiologyLower Urinary Tract PhysiologyNeural Control Of MicturitionAutonomic Control Of MicturitionCentral Control Of MicturitionDetrusor DyssynergiaLower Urinary Tract ReflexesMicturition PhysiologyNeurophysiology Of MicturitionSphincter DyssynergiaUrinary Incontinence Neurophysiology
Detailed urodynamic and neurologic evaluation of 550 patients was reviewed with the intention of shedding light on the understanding of the neurophysiologic pathways involved in micturition. On the basis of our data the following conclusions were made: 1) normal micturition is a brain stem reflex rather than a simple sacral reflex, 2) interruption of this sacral-to-brain stem reflex pathway results in uncoordinated voiding (detrusor-external sphincter dyssynergia), 3) anatomically separate neural centers control the activity of the detrusor muscle and the external urethral sphincter, and 4) although the pudendal and pelvic nuclei are located in the sacral spinal cord they are anatomically separable from one another.
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The Innervation of the Pelvic and adjoining Viscera
J. N. Langley, H. K. Anderson · The Journal of Physiology · 1895 · 544 citations · Full text
Medicine, Anatomy, Physiology +9
Nervous control of the urinary bladder of the cat
William C. de Groat · Brain Research · 1975 · 425 citations
Medicine, Neurobiology, Neuroscience +11
ON THE PHYSIOLOGY OF MICTURITION
D. Denny‐Brown, E. Graeme Robertson · Brain · 1933 · 362 citations
Life Sciences, Neurology, Physiology +17
A CONTRIBUTION TO THE NEUROPHYSIOLOGY OF THE URINARY BLADDER IN MAN
James Learmonth · Brain · 1931 · 324 citations