Active clinical trials for "Sarcopenia"

The goal of this clinical trial is to compare the effects of a deprescribing pharmacotherapy approach to the STOPP-START approach (usual care) in geriatric patients with sarcopenia and polypharmacy. The main question it aims to answer is the number and type of medication that can be stopped in this population without being restarted within 6 months. After inclusion a medication review is performed by a team consisting of the researcher, a geriatrician and a hospital pharmacist, according to the protocol within which the patient was randomised. Participants are follow up at appointments after 1, 3 and 6 months. At these appointments, questionnaires are administered about the quality of life and complications related to medication.

Investigators use clinical trial to explore the role of sarcopenia and multimodal rehabilitation in prognosis of rectal cancer patients receiving concurrent chemoradiotherapy.

The aim of the study is to investigate the effect of coenzyme Q10 supplementation (150 mg/b.i.d, 300 mg/d, 12 weeks) on coenzyme Q10, glucose parameters, BDNF, myokines, and cognitive function in mild cognitive impairment (MCI) and Alzheimer's disease (AD) patients who combined with hyperglycemia but without sarcopenia, or with hyperglycemia and pre-sarcopenia.

The purpose of the study is to determine whether community-dwelling older adults with probable sarcopenia (muscle loss) will experience improved patient-reported outcomes and physical performance after completing an 8-week multicomponent exercise training program when compared to a control group who does not complete the intervention. As an additional aim, subjects who participate in the exercise intervention will be asked about their experiences to identify factors that contribute to positive health behaviors in community-dwelling older adults.

The aim of this study is to investigate whether virtual reality assisted stationary cycling exercise results in more physical activity than conventional unsupervised stationary cycling exercise. Physical activity levels are reported for both exercise duration and volume and non-exercise activity.

The aim of the present study is to find out the influence of sarcopenia on outcomes of neuroplasty in patients with lumbar spinal stenosis.

The purpose of this study is to evaluate the changes of muscle, in microgravity. Which will help explain the health benefits of exercise. There are tests that can be done to tell researchers more about the human body, such as a dual energy x-ray absorptiometry (DEXA) scan, which measures body composition (fat and lean body mass). The use of muscle testing and a Handgrip test can tell us about the strength and power within an individual's muscles. A VO2 max test helps us understand the aerobic fitness level of an individual and one of the most important aspects of this study are muscle cells. A muscle biopsy allows us to obtain muscle cells from the thigh, which will be sent into space by a rocket. Researchers will study these muscle cells in a low gravity environment aboard the International Space Station. Studying the muscle cells under those conditions will potentially mimic an accelerated aging process, which will help researchers better understand muscle wasting in the elderly.

This study examined the effects of combined-modality exercise training (resistance, endurance, flexibility and balance) on muscle mass, muscle function and physical activity in community-dwelling elderly living in Jamaica who had been characterised as having sarcopenia.

Therapeutic advances in oncology have transformed the prognosis of cancer patients, placing a significant number of them either in a context of recovery or in prolonged remission close to a chronic disease. Thus, the reconquest of a life after cancer becomes possible but raises many challenges for the patient, his entourage, the medical profession and our society. One of the major challenges is the detection and management of treatment side effects for all patients. In addition to the standard organic assessment (glycaemia, creatinine, liver test, blood count), we are mainly interested in muscle deconditioning and cognitive impairment, which are particularly disturbed in these populations. After the evaluation day, patients are referred to the most appropriate structures (Adapted physical activity, sports for health, and rehabilitation at Henry Gabriel Hospital). JUMP research is part of axis 2 of the 2021-2030 cancer plan: "Limiting sequelae and improving quality of life", through sheets 1 (research) / 6 (access and quality) / 7 (prevention). This leads to the concrete implementation on the territory of adapted care channels in the city: medical structure, physiotherapy, Adapted Physical Activity (APA) structures, associative structures; which makes it possible to develop and strengthen the city-hospital link. Finally, it allows the patient to take ownership and get involved in the project, allowing in the future to make them truly active in they care and to advise and motivate their peers. This study is non-interventional, it uses research on data that is already collected as part of conventional care, during the JUMP evaluation day. This study allows the investigators to constitute a cohort of patients to study different parameters related to the disease or to the treatments received. Our main objective in this study is to describe the muscular and neurocognitive impairment of post-cancer patients evaluated as part of the JUMP program.

The goal of this observational study is to compare glycemic control and irisin levels in subjects with diabetes mellitus type 2 with sarcopenic obesity vs non-sarcopenic obesity. The main questions it aims to answer are: Is glycemic control worse in diabetic patients with sarcopenic obesity? Are irisin levels higher in patients with non-sarcopenic obesity? Participants will be asked to: Fill in three questionaries on lifestyle Perform two physical performance tests The investigators will collect the following data: Anthropometric measurements Body composition by bioelectrical impedance analysis. Results of routine blood analyses Irisin levels by drawing a vial of blood from the antecubital vein