E-Posters-10141

Pdf Summary

This study aimed to investigate if linear flow could be identified in a female bladder using Doppler ultrasound. The researchers previously showed that turbulent fluid flow could be differentiated from laminar flow within a female bladder model using Doppler ultrasound. In this study, a nonpregnant female volunteer with no urinary complaints or urogynecological history was evaluated using transabdominal ultrasound. Ureteral jets were identified and visualized under color flow, and manual pulsatile movements were created in the bladder to evaluate fluid flow. The observations showed that sonography can identify laminar flow in a human female bladder and differentiate it from static fluid. The researchers suggest that further studies should aim to identify turbulent flow in females with urogynecological pathology, as turbulence has been linked to recurrent urinary tract infections. Confirming these findings in human bladders with urinary complaints and urogynecological history is needed. The study included images showing homogenous laminar flow in ureteral jets and generalized fluid flow when pressure was applied to the abdomen over the bladder. In conclusion, this study demonstrates the potential of ultrasound evaluation to identify and differentiate fluid turbulence in a human bladder.

Meta Tag

Concept Fluid Turbulence

Concept Doppler Ultrasound

Concept Laminar Flow

Concept Turbulent Bladder Fluid

Concept Static Fluid

Keywords

linear flow

Doppler ultrasound

laminar flow

female bladder

transabdominal ultrasound

ureteral jets

fluid flow

urinary complaints

urogynecological history

ultrasound evaluation

Fluid Turbulence

Doppler Ultrasound

Laminar Flow

Turbulent Bladder Fluid

Static Fluid