Urinary incontinence is a condition with multifaceted etiology and a significant health issue especially for aging men and women. The purpose of this report is to review the anatomy of the lower urinary tract and pelvic floor, along with the current understanding of the neural control pathways, which act reciprocally at all levels of the nervous system to control the pelvic floor and urinary bladder to maintain urinary continence. Understanding all of these elements and how they affect pelvic floor function, urethral function, or urinary bladder function will assist rehabilitation professionals in addressing this potentially devastating health problem
A neural network model is proposed which controls a mechanical model of the lower urinary tract (LUT...
The human micturition cycle is controlled by central and peripheral nervous structures and connectio...
The ability to store urine in the bladder and to void at an appropriate time depends on several comp...
This article summarizes anatomical, neurophysiological, and pharmacological studies in humans and an...
Studies on the physiology and pharmacology of the lower urinary tract have brought new information a...
The neural mechanisms that determine social bladder control are reviewed, with a particular emphasis...
Storage and periodic expulsion of urine is regulated by a neural control system in the brain and spi...
Both humans and animals, growing up, learn to voluntarily control micturition, in order to void only...
The function of the lower urinary tract is basically storage of urine in the bladder and the at-will...
Physiological function of the bladder outlet is complex and symptomatic consequences can result from...
Stress urinary incontinence is a common disease in middle-aged and elderly women, which seriously af...
The pelvic floor is a complex multifunctional structure that corresponds to the genito-urinary-anal ...
Urodynamic investigations have provided detailed physiologic information which raises morphologic qu...
OBJECTIVES: Neuroimaging studies have advanced our understanding of the intricate central nervous sy...
In order to guarantee urinary and fecal continence as well as correct pelvic statics, the perfect ne...
A neural network model is proposed which controls a mechanical model of the lower urinary tract (LUT...
The human micturition cycle is controlled by central and peripheral nervous structures and connectio...
The ability to store urine in the bladder and to void at an appropriate time depends on several comp...
This article summarizes anatomical, neurophysiological, and pharmacological studies in humans and an...
Studies on the physiology and pharmacology of the lower urinary tract have brought new information a...
The neural mechanisms that determine social bladder control are reviewed, with a particular emphasis...
Storage and periodic expulsion of urine is regulated by a neural control system in the brain and spi...
Both humans and animals, growing up, learn to voluntarily control micturition, in order to void only...
The function of the lower urinary tract is basically storage of urine in the bladder and the at-will...
Physiological function of the bladder outlet is complex and symptomatic consequences can result from...
Stress urinary incontinence is a common disease in middle-aged and elderly women, which seriously af...
The pelvic floor is a complex multifunctional structure that corresponds to the genito-urinary-anal ...
Urodynamic investigations have provided detailed physiologic information which raises morphologic qu...
OBJECTIVES: Neuroimaging studies have advanced our understanding of the intricate central nervous sy...
In order to guarantee urinary and fecal continence as well as correct pelvic statics, the perfect ne...
A neural network model is proposed which controls a mechanical model of the lower urinary tract (LUT...
The human micturition cycle is controlled by central and peripheral nervous structures and connectio...
The ability to store urine in the bladder and to void at an appropriate time depends on several comp...