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Biomechanical analysis reveals flaws in standard slow-filling static cystometry for assessing bladder walls, indicating stepwise cystometry accurately isolates elasticity and viscosity.
Stepwise cystometry is a new method proposed to analyse the visco-elastic properties of the bladder. It is based on a mathematical analysis of the pressure decay after a stepwise filling. By assumption of a mechanical visco-elastic model of bladder tissue and a model of the geometry, the derived parameters are interpreted as elasticity and viscosity moduli. Static cystometry is involved in this new procedure. From analysis by stepwise cystometry it is concluded that static cystometry attained by following a slow-filling procedure is unacceptable in studying elastic behaviour.
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Coolsaet et al. (2010) studied this question.
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