Examples of 'detrusor' in a sentence
Meaning of "detrusor"
Detrusor is a noun used in anatomy to describe the smooth muscle component of the urinary bladder wall which contracts to expel urine
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- A smooth muscle in the wall of the bladder that relaxes to allow urine to be stored and contracts to expel it; often used attributively.
How to use "detrusor" in a sentence
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detrusor
An overactive detrusor can be associated with urge incontinence.
Its major component is the smooth detrusor muscle.
It is dependent on detrusor muscle function and urethral resistance.
Another name for this phenomenon is detrusor overactivity.
Hypertrophy of detrusor muscle is one such example of complications.
Coordination between the sphincter and detrusor is thus lost.
The detrusor muscle is unusually able to change its length.
Iodine and the detrusor muscles.
A decrease in detrusor muscle spasm or decrease in excessive sweat production.
Any abnormal rise in true detrusor pressure is noted.
A detrusor contraction then is initiated voluntarily and the patient voids.
They have all been defined as detrusor urethral sphincter dyssynergia.
Additionally it relaxes the detrusor.
Automatic detrusor contraction detection.
The muscle in your bladder wall is called the detrusor muscle.
See also
Causes of detrusor hyperreflexia are varied.
If no clear cause can be detected this is known as idiopathic detrusor hyperactivity.
Documented detrusor instability.
Detrusor overactivity thought to be due to a neurologic disease is called detrusor hyperreflexia.
Instability of the detrusor mechanism.
An involuntary detrusor contraction is characterized by a sudden increase in pressure which is not volitional.
Uroflowmetry represents the interaction of detrusor contractility and outlet resistance.
The detrusor contracts and the sphincters relax to allow urine to flow.
It diminishes the frequency of detrusor contractions and increases bladder capacity.
During the fill phase there should be no involuntary contractions or detrusor inhibition.
These maneuvers may provoke uninhibited detrusor contractions or induce stress incontinence.
This type of incontinence is the result of either an overactive or hypersensitive detrusor muscle.
They all are defined in this invention as detrusor urethral sphincter dyssynergia.
Contraction of the detrusor muscle is involved in emptying of the bladder and urination.
A particularly important class of such symptoms is detrusor urethral sphincter dyssynergia.
Temporary impairment of detrusor contractility may be caused by overstretching of the detrusor muscle fibers.
The bladder wall includes a smooth muscle known as the detrusor muscle.
The dysfunction of the detrusor and urethra develops during this time.
Detrusor relaxation during the filling phase is a key component for bladder accommodation.
Continence and micturition involve a balance between urethral closure and detrusor muscle activity.
In urge incontinence there is detrusor instability or hyperreflexia leading to involuntary detrusor contraction.
Diseases resulting in peripheral neuropathy can also cause symptoms associated with detrusor hyperreflexia.
Relaxation of the detrusor permits the bladder to fill with urine prior to urination.
The myogenic underactive bladder is largely caused by a cryptogenic decreased activity of the bladder detrusor.
Dyssynergia between the detrusor and the urethral sphincter is a significant finding in prostatodynia patients.
Wrapped around the lamina propria is the layer called the muscularis propria or detrusor muscle.
The detrusor of the bladder is the muscle that expels urine from the bladder.
Second, evaluate the detrusor contraction strength.
The detrusor pressure can be calculated by subtracting the abdominal pressure from the bladder pressure.
As the bladder gets full, the detrusor contracts.
Pharmacologic manipulation of detrusor and sphincter function and biofeedback therapy have been highly successful.
Combined dysfunction is due to incoordination of the detrusor and sphincter ( dyssynergia ).
Some treatments for detrusor hyperreflexia and external urinary sphincter dyssynergia rely on electrical neurostimulation.
In one embodiment, the constructs are used to provide a detrusor muscle equivalent.
The animal model for the detrusor urethral sphincter dyssynergia is constructed in the following way.
