View clinical trials related to Muscle Weakness.
Filter by: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.
Impaired physical function and muscle dysfunction are a major consequence of COPD, which may be associated with increased mortality, poor quality of life and increased health care use. This is a randomized, placebo-controlled, double-blind, parallel group study to evaluate the safety and tolerability of GSK2881078, an SARM over 13 weeks of dosing in older male subjects and post-menopausal female subjects with COPD and muscle weakness. This study will also assess the effect of GSK2881078 on physical strength and function after 13 weeks of treatment. Approximately 100 subjects with COPD and muscle weakness will be randomized into two cohorts of 50 male subjects and 50 female subjects. Within each cohort, subjects will be randomized to receive GSK2881078 or placebo in a ratio of 1:1. All subjects will participate in a standardized home exercise program, which will consist of daily walking, along with several resistance or weight-bearing exercises, such as bicep curls, upright rows, step ups and a sit-to-stand maneuver. The study will consist of a screening/Baseline period of up to 30 days, a 13-week treatment period and a post-treatment follow-up period of 6 weeks.
The primary aim of the study is to assess the mobility dose in neurocritical care patients with ischemic stroke or intracranial hemorrhage and its effects on discharge disposition and patient outcomes. The investigators hypothesize that patients' mobilization dose in the intensive care unit (ICU) predicts discharge disposition, 90 day Barthel Index and other outcomes like muscle wasting (expressed as decrease in rectus femoris cross sectional area (RF-CSA) in the paretic and non-paretic limb measured by bedside ultrasound), and ICU length of stay (LOS).
The purpose of the study is to evaluate the safety and efficacy of RA101495 in patients with generalized Myasthenia Gravis (gMG). Subjects will be randomized in a 1:1:1 ratio to receive daily SC doses of 0.1 mg/kg RA101495, 0.3 mg/kg RA101495, or matching placebo for 12 weeks.
This study aims to test whether a safe physical activity program with a built-in motivational enhancement component, performed in a seated position, preserves the function and well-being of older home care clients.
Falls and fractures are serious and costly events for elderly individuals: they cause functional impairments, increase mortality and contribute to huge healthcare costs for the society. The number of falls, and following consequences, are expected to increase in society as the proportion of the elderly population will increase, therefore it is crucial to be able to detect and prevent falls and fractures in the population. The investigators have previously published results that objective measurements of postural balance can predict fall risk in 70-year-olds in Umeå and subsequently investigated whether balance can be improved through 4-week balance exercise program. However, preliminary results suggest that the frequency and duration of exercise should be longer than 3 times a week for 4 weeks to produce effects. Furthermore, there is also evidence indicating a link between muscle weakness and fall risk in elderly subjects, while research findings show that it is possible for older individuals to influence muscle strength and muscle mass with resistance exercise. Functional strength training can also positively influence the balance. In this context, the investigators aim to investigate whether a 10-week resistance exercise program may positively affect balance, muscle strength, muscle mass and physical function, with the aim of preventing future falls and fractures in the population.
This study will evaluate the safety and effectiveness of Respiratory-gated Auricular Vagal Afferent Nerve Stimulation (RAVANS) for improving motor recovery after stroke. Subacute stroke patients will receive RAVANS or sham stimulation concurrent with arm motor training during 10 intervention sessions occurring daily for 30 minutes over 2 weeks. The safety and improvements in arm motor function after the intervention will be compared in patients receiving RAVANS to those receiving sham stimulation.
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.
Acquired Neuromyopathy of Resuscitation (NMAR) is a common condition. Its diagnosis is difficult and often late because it is based on a clinical assessment of muscle strength (MRC score) requiring the patient to be awake and cooperative. Transcutaneous electrical stimulation consists of applying electrical stimulation along the path of a motor nerve in order to generate contraction of the previously relaxed muscle. The mechanical response thus generated is recorded and allows the muscular strength developed to be assessed. Non-invasive and easily performed in the patient's bed, transcutaneous electrical stimulation could be an interesting alternative for early assessment of muscle strength in the still sedated resuscitation patient. However, this technique could be perceived as uncomfortable or painful in the awake patient so that magnetic stimulation, which is generally much better tolerated, should be preferred. However, magnetic stimulators have a limited maximum magnetic field which may prevent supramaximal stimulation especially in patients developing generalized edema (i.e., in the initial resuscitation phase).