View clinical trials related to Neuromuscular Diseases.
Filter by:The main aim of the study is to validate the algorithms developed to analyze the signals from the various sensors contained in the magneto-inertial control units and reconstruct upper and lower limb movements under different normal and pathological conditions.
The goal of this study is to learn if Multispectral Optoacoustic Tomographs (MSOT) works to diagnose and follow the course of neuromuscular diseases (NMDs) in children. MSOT scans will be obtained from muscle region to measure hemo/myoglobin, collagen and lipid content/signal and oxygenation in patients with neuromuscular diseases. No additional research activities -other than MSOT - will be done during this study. Existing clinical, laboratory and imaging data from standard-of-care procedures will be correlated with the MSOT data. The expected total duration of the study is approximately 36 months. Repeated measurements will be done to evaluate disease progression and the value of MSOT in NMD.
Neuromuscular scoliosis is the consequence of general hypotonia involved in certain neuromuscular diseases. Thoracic braces are necessary to slow down the deformation. In France, Garchois brace is largely used in this context because of a better pulmonary tolerance. Historically, molding of thoracic orthotic brace was based on a plaster cast directly on the patient. He/she is suspended in a frame or is lying on an examining table, and is held by 4 therapists (a physician, an orthoprosthesist, a nurse and a doctor). The position during molding could be very uncomfortable and anxious. With the development of new technologies, a 3D scan application on smartphone to obtain the volume and deformations of the patient was developed. This tool enables digital acquisition of trunk and head volume while bypassing the seated patient. No plaster strips are used. The resulting negative is digitally filled to obtain a positive. The positive is then corrected before the corset is made, either digitally or after 3D scanning, in plaster or foam. This application was first used in our department in 2017. The aim of this retrospective monocentric study is to show that this application can be used to produce brace that are as corrective and reliable as braces made after plaster casting, while improving the satisfaction of children, their families and professionals during impression taking. as their parents and of the professionals present during the molding.
The goal of this pilot study with a pre-post design is to investigate the effects of separate individualization of the AFO stiffness towards plantar- and dorsiflexion in a spring-hinged AFO on walking compared to a spring-like AFO (3 types) having the same stiffness in both directions. People with a neuromuscular disease or nerve injury causing at least plantarflexor weakness (determined as the inability to perform 3 single heel rises), with an indication for or using an AFO, will be fitted with a new, custom-made spring-hinged AFO with the NEURO SWING® system ankle joint (Fior& Gentz, Lüneburg In Duderstadt, Germany), of which the stiffness of ventral and dorsal compartment of this spring-hinged AFO will be individualized. For comparison, measurements will be performed with three different prefab spring-like AFOs with different stiffness levels (but which have a similar stiffness towards plantar and dorsiflexion), and the participants' current AFO if applicable, and shoes-only at baseline. The main outcome parameters will be the maximal ankle plantarflexion angle, ankle angular velocity and knee flexion angle during the loading response, which will be measured using a 3D gait analysis. Secondary outcomes include other gait biomechanics, walking energy cost, walking speed, standing balance, perceived physical functioning and perceived walking ability.
This is a fully remote, site-less, prospective, observational study enrolling adults in the United States (excluding U.S. territories) with undiagnosed neuromuscular symptoms. The main study objective is to evaluate the feasibility of a social media recruitment campaign tied to a participant reported symptom survey and self-administered physical assessment tool to influence undiagnosed participants to seek care for suspected Myasthenia Gravis (MG).
Few studies have been conducted on pain assessment during and after open muscle biopsy. Furthermore, no clinical factors likely to influence pain perception during and after open muscle biopsy have been evaluated in previous studies.The proposed observational study aims to study pain perception in subjects over the aged of 18 years old who underwent an open muscle biopsy for a suspected myopathic disorder. Describing the main characteristics of pain during and after open muscle biopsy using a questionnaire will not only clarify this aspect, which is little studied in the literature, but will also provide information for improving analgesic management of the procedure.Studying the prognostic aspects of pain perception will give healthcare professionals an idea of which patients are at risk of suffering greater adverse effects from the procedure, so that they can be offered a personalised service in the future.
The study is an open, prospective, single center clinical observational pilot investigation. The aim is to compare the carbon dioxide values measured by the IscAlert sensor, which is inserted in proximity to the nasal mucosa. The study wants to investigate if the nasal mucosa application and measurements are feasible, what kind of possible complications such a measurement can cause, and if the measurements can be a surrogate marker for systemic carbon dioxide values.
Assessment of safety and efficacy of volume-targeted ventilation in patients with neuromuscular disease.
This study is a prospective interventional study. It will be conducted at a single center with participants who have neuromotor impairments. The primary objective is to assess and measure the clinical and psychosocial effects of a season of power wheelchair soccer among its participants presenting with severe motor impairments due to neuromuscular lesion. A maximum of twenty participants will be recruited and included in the same group. Data collection will be performed before, during, and after the wheelchair soccer season. The study will span the entire season, starting in November 2023 and ending in June 2024. Clinical and psychosocial assessments will be conducted every 3 months. Each assessment session will last 2 hours per participant. Before and after the wheelchair soccer season matches, we will evaluate parameters related to the physical load of the sport. These evaluations will last 10 minutes per participant.
The goal of this clinical trial is to demonstrate the improvement of fibromyalgia syndrome obtained following active stimulation compared to sham, with diminished functional disability and improved health status using Exopulse Molli suit stimulation. The main questions it aims to answer are: Evaluation of pain, fatigue, mood and quality of life changes observed after active stimulation in comparison to sham. Improvement of fibromyalgia syndrome as per the Fibromyalgia Impact Questionnaire (FIQ) Study subjects will participate in: A randomized sham controlled double-blind trial to demonstrate the improvement of pain, quality of life, fatigue and mood in adult patients with fibromyalgia following a 2-week intervention of "active" versus "sham" Exopulse Mollii suit. A 2-week washout period should be enough to prevent a potential carry over effect. After this phase (phase 1), a second open label phase (phase 2) will be proposed for patients to understand the effects of Exopulse Mollii suit employed for 4 weeks (7 sessions per week) on the studied outcomes.