Active clinical trials for "Osteoarthritis"

Knee injuries, especially those to the ACL, are common among physically active people. These injuries are frequently treated with surgical reconstruction (ACL reconstruction; ACLR). While ACLR restores stability it does not protect against future injury, long-term pain, disability, and arthritis associated with these injuries. Our study is going to examine new ways to provide feedback about the way people move to determine if these are better at modifying movement patterns that are known risk factors of posttraumatic osteoarthritis development than current standard treatments. If you participate, you will be asked to undergo a movement analysis in a research laboratory while you perform tasks such as walking and hopping. After this initial assessment, you will be randomly allocated to one of 2 treatment groups. Each treatment group will perform 4 weeks (3x/week) of exercises to change the way people walk. Participants will then report for follow-up movement analysis testing 1- and 4-weeks after completing the intervention.

The goal of this clinical trial is to compare function in reverse shoulder arthroplasty (RSA) using two different degrees of humeral retroversion (RV). The main question it aims to answer is: • Does external rotation improves when using a higher retroversion? Participants will randomly receive a 0 degree or 30 degree RV for their RSA. They will be followed for two years and clinical outcomes will be recorded and analyzed.

The goal of this clinical trial is to compare robotic arm assisted surgery with manual surgery in patients operated with knee replacement. The main aim of the study is to compare changes in joint awareness (measured by the Forgotten Joint Score. Participants who are listed for knee arthroplasty are randomised to either robotic arm assisted surgery or manual surgery.

Exercise is very important for living healthier and longer lives. For people with obesity and osteoarthritis, exercise is even more important because it can help them feel less pain in their joints. Also, the more intense the exercise is, the larger the health benefits will be. The most common ways to exercise are running and riding a stationary bicycle. However, these two types of exercise can cause problems for people with obesity and osteoarthritis. Fast running creates large loads in the knees because of the impact of the foot on the ground. On the other hand, studies in cycling show limited improvement in pain because cycling does not allow the feet to move freely, which is important for reducing pain in people with osteoarthritis. This study introduces a new way to exercise using a hip flexion feedback system (HFFS). The subjects will exercise by increasing how much they lift their knees while walking on treadmill. The exercise will also involve controlling the impact of the feet on the treadmill. The HFFS monitors the subject's heart rate during the exercise using a standard heart rate monitor. A TV placed in front of the treadmill shows how high individuals need to lift their knees. How much participants need to lift their knees is calculated by the HFFS based on real-time heart rate readings. Therefore, the HFFS can help people stay at a specific exercise intensity by controlling how high it tells them lift their knees during the exercise. This study will have participants with osteoarthritis and obesity in two groups. One group will exercise using the HFFS. Another group will not exercise. The exercise group will do a 12-week high intensity exercise program. Our first goal is to determine how much fitness, pain, and the ability to move improve due to the exercise program. With this study we are looking to introduce a better and safer way to exercise for people with osteoarthritis and obesity. The results of this study will also allow for further development of home-based exercise and telemedicine.

The goal of this pilot randomised clinical trial is to compare a 12-week Healthy Body & Mind Program to usual care in older adults living with cognitive decline and osteoarthritis. The main questions it aims to answer are: Does the Healthy Body & Mind Program improve health-related quality of life in older adults living with cognitive decline and osteoarthritis (pre/post and intervention/control)? Does the Healthy Body & Mind Program improve other health outcomes (cognition, pain, anxiety/depression, physical function) in older adults living with cognitive decline and osteoarthritis (pre/post and intervention/control)? Participants will complete a co-designed and multidisciplinary 12-week program that includes physical activity and lifestyle education (nutrition, social activity and managing anxiety/depression). Researchers will compare outcomes between the intervention group and a wait-list control to see if there are difference in outcome measures (quality of life, cognition, pain, anxiety/depression, physical function).

Self-management programs, including exercise therapy and joint protective strategies, are core treatments in knee and hip OA. Since the complex wrist joint cannot fully be compared to larger weight-bearing joints as the knee and hip, there is a need to develop exercise therapy programs specially designed for the wrist. Such a program should be part of a comprehensive joint protective standard care and could be beneficial to decrease disability and postpone, or possibly even eliminate, the need for surgery in individuals with wrist OA. Aim: This is a randomized controlled trial (RCT) with the aim to investigate if a self-managed exercise therapy program with joint protective strategies to improve neuromuscular control (intervention group) will reduce pain and improve functioning more compared to a training program with range of motion (ROM) exercises (control group).

Osteoarthritis is a degenerative disease affecting joint cartilage and its surrounding tissue. It is the leading cause of disability in the elderly. Photobiomodulation (PBM), has been used widely for alleviation of pain, reduction of inflammation, and acceleration of wound healing, and particularly to treat knee osteoarthritis (KOA). The purpose of the current study is to determine if B-Cure laser treatments, applied at home, by the patient or personal caregiver in a real-life situation, can reduce pain and improve functionality in patients with KOA.

A Chatbot oriented to virtually assist patients in a physiotherapy treatment has been designed and developed to interact with patients with musculoskeletal disorders in need for domiciliary rehabilitation. The tool has been designed to promote adherence to rehabilitation, what in turn may have an impact on clinical outcome. A randomized clinical trial involving patients undergoing total knee replacement has bee designed to determine the applicability of the proposal. The participants will be assigned into exerimental group (intervention with the software tool) or control group (standard care).

Studies have demonstrated that early rehabilitation interventions following knee arthroplasty (TKA) can shorten the time needed to regain baseline extension/full extension and gait mechanics. As telehealth visits and home-based rehabilitation increases with advancements in technology, much of this rehabilitation is projected to be performed at home. The purpose of this study is to prospectively evaluate early post-operative knee extension and self-reported outcomes in patients using the Zero Degree Knee positioner (ZDK) compared to subjects not using the ZDK. Patients electing to undergo primary TKA will be recruited into the study and randomized to receive and follow the ZDK protocol post-operatively or standard of care rehabilitation instructions. Knee extension measurements will be recorded at 2 weeks post-op and patient-reported outcome measurements will be recorded pre-operatively and at various post-op timepoints.

The purpose of this study is to determine the effects of real-time gait biofeedback delivered over a 6-week period on early markers of FastOA and conduct 6-week and 6-month follow-up assessments in anterior cruciate ligament reconstructed patients.