You have accessJournal of UrologyUrodynamics/Lower Urinary Tract Dysfunction/Female Pelvic Medicine: Basic Research & Pathophysiology (MP54)1 Apr 2020MP54-20 IDENTIFYING AN OVERACTIVE BLADDER PHENOTYPE WITH AUDIO VISUAL INTERVENTION IN AN ORAL HYDRATION STUDY Urmila Sivagnanalingam*, Priscilla Koirala, Kaitlyn Maddra, Rui Li, Kyla Egenberger, Syndey Roberts, Natalie Swavely, Samuel Weprin, Adam Klausner, and John Speich Urmila Sivagnanalingam*Urmila Sivagnanalingam* More articles by this author , Priscilla KoiralaPriscilla Koirala More articles by this author , Kaitlyn MaddraKaitlyn Maddra More articles by this author , Rui LiRui Li More articles by this author , Kyla EgenbergerKyla Egenberger More articles by this author , Syndey RobertsSyndey Roberts More articles by this author , Natalie SwavelyNatalie Swavely More articles by this author , Samuel WeprinSamuel Weprin More articles by this author , Adam KlausnerAdam Klausner More articles by this author , and John SpeichJohn Speich More articles by this author View All Author Informationhttps://doi.org/10.1097/JU.0000000000000916.020AboutPDF ToolsAdd to favoritesDownload CitationsTrack CitationsPermissionsReprints ShareFacebookLinked InTwitterEmail Abstract INTRODUCTION AND OBJECTIVE: Limited studies have been conducted to investigate the effect of environmental stimuli on patient sensation changes in urinary urgency. In this study we quantified percent-sensation changes with an audio-visual intervention to assess any differences between normal and overact bladders during in a non-invasive oral hydration study. METHODS: All recruited participants completed an ICIq-OAB survey and were divided into healthy and OAB groups based on responses to the urgency question (5a ≤1a or ≥2). An additional survey was completed by participants asking if 1) the sound or sight of running water, 2) being stressed or anxious and 3) cold weather made them feel more likely to rush to the toilet to urinate. In the study, participants drank 2L Gatorade G2® during fill 1 and water during fills 2 and 3 while concurrently using a tablet-based sensation meter to record real-time bladder sensation on a 0%-100% scale. When participants reached 50% sensation in fill 3, participants were instructed to remain completely silent for 90-seconds (as a control period) and then to watch a 3-minute video showing scenes of waterfalls, flushing toilets, running water, water fountains, etc. The % sensation change from the end of the control period to the end of the video was calculated for both healthy and OAB participants. Firth logistic regression analysis was performed to assess statistical difference and odds ratio between the groups. RESULTS: Data analysis was performed on 30 participants (19 healthy, 11 OAB). Percent sensation during the audio-visual intervention increased by ≥30% in 4/11 OAB and 0/19 in healthy participants. A ≥30% increase in sensation was significantly associated with OAB participants (p<0.01, odds ratio=7.183). Survey responses were categorized as low (0-1) or high (2-4), and the odds ratio for OAB participants exhibiting high responses were significant (p<0.02) for the water (8.4), stress (21.3) and cold (9.3) triggers. CONCLUSIONS: The results from this study suggest that OAB participants may have a heightened sensation to urinate with audio-visual stimuli compared to healthy subjects. The survey further validates that environmental stimuli such as water, cold or stress increase urinary urgency in OAB compared to healthy participants. The findings may be used to help identify a behavioral-based OAB phenotype using a non-invasive approach. Further research is needed to understand the effect of environmental triggers on bladder sensation in OAB. Source of Funding: NIH grant R01DK101719, NSF REU award 1852116, and the Virginia Commonwealth University Presidential Research Quest Fund and School of Medicine Summer Research Fellowship Program. © 2020 by American Urological Association Education and Research, Inc.FiguresReferencesRelatedDetails Volume 203Issue Supplement 4April 2020Page: e799-e800 Advertisement Copyright & Permissions© 2020 by American Urological Association Education and Research, Inc.MetricsAuthor Information Urmila Sivagnanalingam* More articles by this author Priscilla Koirala More articles by this author Kaitlyn Maddra More articles by this author Rui Li More articles by this author Kyla Egenberger More articles by this author Syndey Roberts More articles by this author Natalie Swavely More articles by this author Samuel Weprin More articles by this author Adam Klausner More articles by this author John Speich More articles by this author Expand All Advertisement PDF downloadLoading ...
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