Standardization of Prostatic Resection by Virtual Computational Reconstruction and Computational Flow Dynamics

"\- Video recording starts in an antegrade manner starting from the bladder neck through the prostatic urethra and ends after the verumontanum at the external sphincter. Videos were taken with a very slow movement of the endoscope to ensure the sharpness of the data and to prevent complications in post-processing.~The focal length and zoom of the endoscope camera were set at the beginning and maintained throughout the capturing, while the angle of the lens changes to capture the widest field possible for each targeted area.~* Computational fluid dynamics (CFD) can then be used to numerically model the behavior of the flow inside the urethra by solving the governing equations of the flow using the finite volume method.~* Through which we can develop a urodynamic computer model to simulate the bladder-urethral passage and predict the success of the resection undertaken by the surgeon. No extra intervention will be provided to our patients apart from their routine surgery."