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CrossRef Text and Data Mining | |||
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A Velocity-Based Approach to Noninvasive Methodology for Urodynamic Analysis | |||
Lorenzo Lotti, Pietro Spatafora, Vincenzo Li Marzi, Giulio Nicita, Enio Paris, Sergio Serni | |||
Int Neurourol J. 2023;27(1):63-69. Published online 2023 March 31 DOI: https://doi.org/10.5213/inj.2244274.137 |
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A Velocity-Based Approach to Noninvasive Methodology for Urodynamic Analysis Towards a noninvasive urodynamic diagnosis of infravesical obstruction Noninvasive urodynamic evaluation of bladder outlet obstruction using Doppler ultrasonography Meta-analysis for cardiovascular risk stratification based on noninvasive left anterior descending velocity reserve 1381: Flow Controlling Function of the Urinary Sphincter: Noninvasive Urodynamic Evaluation by Velocity-Flow Plots using Doppler Ultrasonography Shallow Landslides and Rockfalls Velocity Assessment at Regional Scale: A Methodology Based on a Morphometric Approach Noninvasive urodynamic evaluation of bladder outlet obstruction using Doppler ultrasonography Novel spatiotemporal evaluative methodology of COVID-19 pandemic velocity based on differential equations An evidence-based approach to urodynamic testing Noninvasive Urodynamic Evaluation |