View clinical trials related to Pelvic Floor Muscle Weakness.
Filter by:The goal of this research study is to investigate the effect of a new neuromuscular approach for correcting pelvic alignment and improving pelvic floor muscle function. Investigators hypothesized that this approach would be significantly superior than no intervention to improve the ability of pelvic floor muscle contraction, measured by transabdominal sonography as bladder base elevation. Participants will be randomized to the intervention and control groups. while intervention group will receive five supervised sessions of pelvic realigning exercises, the control group will receive no intervention. Bladder base elevation will be measured as an indicator of pelvic floor muscle function, before and after one week intervention in both control and intervention groups.
The study aim is to evaluate the ability to correctly contract pelvic floor muscle among physiotherapy students before and after "women health" course. Pelvic floor muscle contraction will be evaluated via transabdominal ultrasound.
The aim of this study is to investigate which verbal instruction will lead to the most efficient contraction of pelvic floor muscles in post stroke patients. Pelvic floor muscle contraction will be evaluated via transabdominal ultrasound. ultrasound.
The aim of this study is to compare the effectiveness of different verbal instruction on pelvic floor muscle contraction among males. Pelvic floor contraction will be measured via ultrasound.
It is a prospective cohort study.The primiparas in six geographic regions of China are recruited to observe the natural recovery of pelvic floor muscle. The pelvic floor muscle function is evaluated at 6 weeks,3 months and 12 months after delivery.
The aim of this study was to investigate the effectiveness of pelvic floor muscle and abdominal training in reproductive-age patients with stress urinary incontinence. This prospective randomized controlled design study included 64 female patients aged 18-49 years with stress urinary incontinence. The patients were divided into 2 groups (32 PFMT "Pelvic Floor Muscle Training" and 32 PFMT+AT "Abdominal Training") by computer-based randomization. The stress urinary incontinence type was assessed by a stress test, and the pelvic floor muscle strength was measured with a home biofeedback device. Voiding functions were assessed by a 3-day voiding diary and uroflowmetric test. The UDI-6 scale was used to assess the urinary symptoms, and the IIQ-7 scale was used to assess the quality of life. The follow-up measurements of both groups were obtained in the 0th, 4th, and 8th weeks.
The aim of this study is to T to compare the effectiveness of producing a pelvic floor muscle contraction by different verbal instruction. Pelvic floor muscle contraction will be measured displacement of the pelvic floor when imaged on ultrasound.
Pregnant participants will be recruited at the obstetrics outpatient clinic during their visits 4 weeks before the due date. They are randomized into two groups. The first group will be educated to do digital perineal massage. They will be also educated to do pelvic floor muscle exercises and will receive the usual education program for strengthening the pelvic floor. The second group will receive the usual education program for strengthening the pelvic floor. Occurrence of perineal laceration will be reported at time of delivery.
Aim: To determine the effects of pelvic floor muscle training (PFMT) in women with a single delivery route. Pregnancy and delivery route alter the pelvic floor muscle strength and are considered risk factors for urinary incontinence and genital dystopias. Methods: A Randomized controlled clinical trial with two hundred ninety-seven women aged 35 to 45 years old were selected for functional assessments of their pelvic floors by vaginal digital palpation and perineometry. One hundred sixty-five (69.7%) exhibited muscle strength deficits and were included in the clinical trial. The participants were distributed into two groups based on the delivery route (A, vaginal delivery and B, cesarean delivery) and were then randomly subdivided into Groups A1 (n = 44) and B1 (n = 42), who performed PFMT, and Groups A2 (n = 39) and B2 (n = 40), who did not undergo muscle training. The PFMT involved perineal contraction exercises in the dorsal decubitus, sitting, and standing positions and was applied twice per week for a total of 15 sessions. The functional assessment of pelvic floor by vaginal digital palpation and perineometry was performed after 15 sessions of pelvic´s floor muscles training. The statistical analysis was performed using the Mann-Whitney and Z tests at a 5% level of significance.