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Aims
Dynamic elasticity was previously identified in individuals with overactive bladder (OAB) using comparative‐fill urodynamics (UD) and is a biomechanical mechanism for acutely regulating detrusor wall tension. On the basis of this data, a conceptual model of dynamic elasticity regulation mediated through a balance of passive mechanisms and active contractions was constructed. The present study...
Aims
To examine whether isolated bladder outlet obstruction in the absence of associated lower urinary tract abnormality results in hydronephrosis. Isolated obstruction causes a brief rise in bladder pressure that might not trigger hydronephrosis.
Methods
Data included adult men who underwent urodynamics for refractory non‐neurogenic lower tract symptoms between 2011 and 2020. International Continence...
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