Active clinical trials for "Musculoskeletal Pain"

Worldwide, the COVID-19 pandemic continues to grow. Although COVID-19 mainly affects the lungs and internal organs, musculoskeletal injury from this disease was reported with the presentation of marked elevation in creatine kinase and lactate dehydrogenase levels. Patients with post-acute COVID-19 are considered patients with a post-intensive syndrome (PICS) that results in loss of functional independence. In the physical and rehabilitation medical field, various modalities with therapeutic exercise can be used to manage pain by a physical therapist and psychiatrist. Pain management is particularly important during the COVID-19 pandemic because of the reduced accessibility to hospitals and medical resources.

Previously it has been demonstrated that exposing the heart to electromagnetic field during exercise stress test improves the recovery following the stress test. This is explained by the effect of the electromagnetic field on the sympathetic activity of the heart. In the present study we would like to further investigate the effects of electromagnetic field on autonomic nervous system function in patients with chronic musculoskeletal pain that usually have high sympathetic activity. Each patient will be exposed to 20 minutes of electromagnetic field during which the autonomic nervous system function will be measured. In addition, patient tolerability to the exposed magnetic field will be investigated. We assume that short exposure to electromagnetic field would result in decreased sympathetic activity and therefore, on the long run, could be suggested as a therapeutic tool for such patients.

The use of Bone Marrow Autologous Collection (BMAC) in musculoskeletal conditions including osteoarthritis and tendon injuries has been growing. Outcome evidence continues to be sparse. The purpose of this study is collect a longitudinal case series of patient reported outcomes following BMAC injections for musculoskeletal conditions including osteoarthritis, tendinopathy and injuries to ligaments, tendons and muscles.

The aim of this study is to investigate the associations between pain cognitions and movement-evoked pain in people with musculoskeletal pain complaints.

This is an observational study that evaluates the characteristics of Platelet Rich Plasma used in the therapy and treatment of musculoskeletal injuries and degenerative joint diseases. A sample of the PRP will be tested for platelet and microparticle content using dynamic light scattering to determine if there is a relationship between the composition and the treatment outcome.

The sporty performance exhibited by an athlete faces physiological, biomechanical and psychological activity of the athlete. It depends on both the psychological state and the elevation of the musculoskeletal system to a certain level so that the athlete can perform optimally and excellently. For this reason, we aimed to evaluate the musculoskeletal system pain of amateur and professional athletes in different disciplines and the psychosocial states such as sports confidence, depression and quality of life.

Background The progression and associations of central and peripheral musculoskeletal pain, frailty, disability and fracture risks are not well known. This study aims to characterise the development and progression of different frailty, pain and disability phenotypes and their individual associations. Methods A prospective cohort of 10000 people aged > 18 will be recruited from general practice surgeries, secondary care and the general public. Data collection waves will be at baseline,and then annual follow-ups for up to five years. Data will be collected using a questionnaire asking about demographic characteristics, pain severity (0-10 scales), pain distribution (a pain Mannikin), pain quality (the McGill Pain Questionnaire), central pain (the CAP-Knee Scale), fracture risks (a modified version of the FRAX instrument), frailty (the Fried Criteria and the FRAIL scale) and disability (the FRAIL scale). Discussion Participant data will be analysed to determine phenotypic subgroups of frailty, pain and disability. Further to this, the progression of these characteristics and their influences upon health and wellbeing will be quantified.

The objective of this study is to determine the differences between neck and shoulder region skeletal muscle tone, stifness, pain-pressure threshold, self-reported pain intensity and physical activity in female office workers. 50-100 participants aged 20-60 are anticipated.

The aim of this study, original named "The musculoskeletal pain intensity and interference questionnaire (MPIIQM)" is the Turkish validation, reliability and cross-cultural validation of the questionnaire.