Urinary incontinence (UI) and overactive bladder (OAB) in women has high prevalence which is increasing with the age. In adults aged 40 and older in the US demonstrated prevalence rate of 27.2% among man and 43.1% among women, respectively. Urine Incontinence was reported to affect 15% of women ages 40 to 49, 25% ages 60 to 69, and 38% of women age 80 and older.
Pelvic floor disorders result from neuro-urinary pathology as well as muscle functional impairment due to changes in bio-mechanical properties of soft tissues with the age. That is why pelvic floor characterization and diagnosis must include electomyographic (EMG) and biomechanical measurements (pressure) or better if EMG and tactile imaging with improved spatial resolution. The quantitative and objective imaging data for pelvic floor conditions could allow an effective treatment of OAB and UI. In this research the investigators propose to develop a new device for accurate diagnosis of the diseased conditions by measuring the pelvic floor muscles strength and EMG activity. The value to society is high given by the prevalence of OAB and UI.
Study Type
OBSERVATIONAL
Enrollment
20
The vaginal tactile imaging probe will acquire biomechanical and electromyography high definition measurements for anterior and posterior compartments along entire vagina.
Princeton Urogynecology
Princeton, New Jersey, United States
Institute of Female Pelvic Medicine & Reconstructive Surgery (IFPM)
Allentown, Pennsylvania, United States
Transvaginal biomechanical maps
Transvaginal biomechanical maps (pressures in Pa) will be recorded and compared for UI and OAB versus normal conditions.
Time frame: Four months
Transvaginal electromyography maps
Transvaginal electromyography maps (electrical voltages in mV) will be recorded and compared for UI and OAB versus normal conditions.
Time frame: Four months
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