View clinical trials related to Osteoarthritis Hand.
Filter by:Virtual reality creates interactive, multimodal sensory stimuli that have demonstrated considerable success in reducing pain. Much research so far has focused on VR's ability to shift patients' attention away from pain; however, these methods provide only transient relief through means of distraction and therefore do not offer long-term analgesic remediation. An alternative and promising approach is to utilize VR as an embodied simulation technique, where virtual body illusions are employed as tools to improve body perception and produce potentially more enduring analgesia. Disturbances in body perception (i.e., alterations in the way the body is perceived) are increasingly acknowledged as a pertinent feature of chronic pain, and include aberrations in perceived shape, size, or color that differ from objective assessment. The degree of body perception distortion positively correlates with pain, and prior interventions have evinced that treatments aimed at reducing body perception distortions correspondingly ameliorate pain. Several recent experimental research studies have demonstrated the analgesic efficacy of body illusions in a range of pain conditions. Immersive VR multisensory feedback training signifies a promising new avenue for the potential treatment of chronic pain by supporting the design of targeted virtual environments to alter (distorted) body perceptions. Various illusions have been described to alter pain perception; however, they. Have not been directly compared to each other. The multimodal stimulus control of VR enables physical-to-virtual body transfer illusions, resulting in the feeling that the virtual body is one's own. These virtual body illusions can modulate body perception with ease and could therefore be used to alter the perceived properties of pain, consequently utilizing a virtual avatar to specifically shape interactive processing between central and peripheral mechanisms.
Osteoarthrosis (OA), a multifactorial degenerative process, is responsible for joint pain and functional limitation. In the hand, more specifically in the proximal and distal interphalangeal joints of the fingers, it is one of the sites of greatest manifestation of the disease. Numerous treatments, whether drug, rehabilitation or surgery, have been proposed with the aim of both interrupting the natural evolution of the disease and alleviating or stopping the symptoms. This study aims to evaluate the effectiveness of personalized Photobiomodulation Therapy (PBT) with regard to alleviating symptoms and improving the quality of life of these patients with the disease.
Osteoarthritis is the most common musculoskeletal disease and is characterized by cartilage destruction, osteophyte formation, subchondral bone sclerosis and cysts. Modern treatment strategies, as well as preventive measures, include early detection and knowledge of the early course of the disease. This includes how stress patterns, physical activity, impaired function and metabolic changes and other comorbidities affect development and possible associations with osteoarthritis. The overall objective was to study the early development of osteoarthritis of the knee and its association with hand- and general osteoarthritis, metabolic diseases, biomarkers, long-term pain, physical function and stress patterns
The study aims to compare oral colchicine 0.5 mg administered two times daily for 12 weeks with placebo as a treatment of hand OA symptoms.
Strengthening and stretching exercise programs, and recommendations to protect the affected joint have shown to be effective both clinically and economically in conditions such as hand osteoarthritis and hand rheumatoid arthritis. However, their application format is not up to date. In this sense, problems such as the lack of monitoring by the health professional and the lack of patients motivation may cause poor adherence to the treatment protocol, which is one of the main predictors of treatment efficiency. Therefore, an smartphone application has been developed for the rehabilitation of hand osteoarthritis and rheumatoid arthritis to enhance patients adherence and motivation. The smartphone application includes: a) exercise programs and recommendations based on the most up to date scientific evidence adapted to the pathology; and b) enhancers of patient adherence to treatment (patient diaries and behavioral change strategies).The objective is to develop a cost effective digital solution to optimize the health care offered to these pathologies based on up to date scientific evidence in order to improve the functional ability and the quality of life of these patients, and to reduce the number of consultations to primary and specialized care.
Introduction: Osteoarthritis is a disabling disease that can affect 6% to 12% of the adult population and more than a third of people over 65 years of age. Considering osteoarthritis of hands, existing research about the therapeutic treatment advocates actions such as (1) joint protection, (2) assistive technology and (3) exercises, however, doubts persist as to their effects. Objective: To verify the functional and analgesic effect of joint protection and energy conservation techniques, assistive technology (orthotics and adaptations) and exercises in the treatment of patients with osteoarthritis of the hands. Method: An epidemiological study in which a total sample of patients with knee osteoarthritis will receive joint protection and energy conservation guidelines. Subsequently, the sample will be divided into two groups, group 1 with radiological signs that suggest osteoarthritis of the hands and 2 with patients with radiological signs and symptoms of osteoarthritis of the hands, who present greater functional limitations in the daily life, being eligible for treatment of Rehabilitation, in which will be used orthosis aiming at the relief of pain, stabilization of the affected joints and the prevention of grievance of deformities and orientations of exercises to maintain muscle strength. Participants will be followed up for two years, evaluated with the Disabilities of the Arm, Shoulder and Hand questionnaire (DASH), Stanford Health Assessment Questionnaire (HAQ), palmar grip strength measured with Jamar dynamometer, key pinch strength, three point pinch strength and pulp pinch strength measured with B & L Pinch-gauge dynamometer. The groups will be divided between 1 and 2, the group 1 will be composed of patients who will only perform the orientations informed in the theoretical and practical classes, while the group 2, besides the orientations will receive orthoses with models such as volar hand rest splints, short thumb stabilization splints, and volar finger splints with nocturnal support, aiming at the relief of the pain, stabilization of the affected joints and the prevention of the appearance / aggravation of deformities. Exercise guidelines for maintenance of muscle strength for thumb and fingers will be performed on patients who present significant improvement of pain.
The purpose of this study is to evaluate efficacy and safety of Celecoxib capsule in hand osteoarthritis patients.