View clinical trials related to Hand Osteoarthritis.
Filter by:This is a collaborative study with 11 Occupational Therapy (OT) departments in North-West England. The OTs provide arthritis gloves to 25% of out-patients with inflammatory, rheumatoid and osteoarthritis. The pressure applied by the glove(s) may help relieve hand pain, swelling and stiffness. People find they help but there is little research testing this. Of the five small studies published: two found little or no benefit; one found similar effects from arthritis and ordinary thermal gloves; two found some benefits. Testing if gloves work helps therapists and patients judge if they will help. This is a feasibility study to help us plan a future trial testing if arthritis gloves work for people with arthritis. We aim to find out: the rate we can recruit people to the study; if OTs can assess people's hands and provide gloves as agreed; how many people do we need to take part in a trial; what do people think (if any) is the gloves' most important effect and how long should we test them for? We will analyse the data to see what effect the gloves have. The study will last 12 months. People will get arthritis gloves as part of their usual care. The OTs have agreed a standard way of assessing and providing the gloves to ensure best practice across departments. The assessments include: difficulties using hands, pain and stiffness levels, and measuring hand and finger joint size and movement. People can take part if they: have one of the three types of arthritis; are willing to wear Isotoner three-quarter length gloves; can attend the usual 4 week review appointment for re-assessment; will allow us to use their anonymized hand assessments. We will also interview some people about their views of the assessment and their treatment. Each patient will be involved for 4-8 weeks.
Due to constant strain the joints of the hands are frequently affected by osteoarthritis (OA). Short-wave diathermy (SWD) is a form of electromagnetic therapy, which causes movement of ions, distortion of molecules, and creation of eddy currents and as a result heat is produced in deep tissue. Its claimed mechanism of action includes inducing an anti-inflammatory response, reducing joint stiffness, stimulating connective tissue repair, and reducing muscle spasm and pain. Since the available studies were performed to study the large weight-bearing joints only, there is a lack in scientific evidence for the efficacy of SWD in hand OA. The aim of this randomized, double blind, placebo-controlled study is to evaluate the effect of SWD on: joint function in patients with hand OA. joint pain in patients with hand OA. grip strength in patients with hand OA. quality of live in patients with hand OA.
Osteoarthritis (OA) is the most common form of arthritis and the hand is the most frequently affected site.Interphalangeal (IP) joints (the small joints of the fingers) are often involved causing pain, progressive loss of hand function and deformity. Deviation, or bending to the side, of IP joints (IPJs) with significant functional and cosmetic consequences for the individual is common. There are no drugs which can slow the disease process so there is reliance on symptomatic treatment such as pain relief and hand therapy. Joint thermoplastic splinting (moulded plastic splints that are custom-made) is employed by hand therapists in other settings, but to the investigators knowledge no studies have formally investigated the effect of splinting in IP OA. By resting inflamed tissues and correcting joint alignment, a beneficial role for splinting in IP OA is likely. In this study, the investigators want to test whether thermoplastic splinting of deviated IP joints due to OA will 1) improve joint alignment 2) ameliorate soft tissue inflammation, and whether as a consequence 3) pain and overall hand function will be improved. Adults with hand OA with 'affected' IP joints (symptoms from OA associated with deviation of the joint on X-ray)will be recruited from a specialist hand osteoarthritis clinic. Initially this will be for distal IP (DIP) joints. In the intervention group (30 patients), an 'intervention' joint for splinting will be identified as the most painful deviated DIP joint in the past week leading up to enrolment. Up to 3 other 'affected' DIP joints on either hand will not be splinted but will be monitored as 'control' joints. In the control group (15 patients), an affected joint will be monitored but not splinted. Assessment of joint pain, hand function by a hand therapist, deformity (by X-ray)and joint inflammation will take place at baseline, during and at the end of splinting period of 3 months, and also at 6 months,to assess whether any changes are persistent. In this way, the efficacy of splinting of IP joints in OA will be assessed.
The purpose of this study is to evaluate the effect of a hand exercise intervention on function and osteoarthritis symptoms in persons with hand osteoarthritis .
Digital osteoarthritis (DO) which affects the interphalangeal joints and the Metacarpophalangeal (MCP) of the thumb is a common disease, the prevalence of which increases with age (36% of the population aged over 70). Certain forms of DO with clinical manifestations involving inflammatory features are particularly refractory to usual treatments (analgesics, NSAIDs, braces and local injections). The mechanism of osteoarthritis involves two major cytokines: interleukin-1 beta and tumor necrosis factor alpha. TNF alpha is particularly involved in the inflammation process. The aim of the present study is to study the efficacy of TNF alpha blockers (2 injections of adalimumab compared to placebo injections in patients with severe and refractory hand osteoarthritis. We hope that such new therapeutic option may induce substantial pain relief.