View clinical trials related to Physical Disability.
Filter by:Upper limb recovery after stroke is unacceptably poor with almost half of stroke survivors likely to regain some functional use. The rehabilitation process for upper extremity for individuals with stroke is of long duration and clinicians face the challenge of identifying a variety of assistive appliances that may be adapted and graded to facilitate this process. One of these appliances that is widely used in rehabilitation is splint and strapping. Therefore, this study aims to investigate the effectiveness of this modality in rehabilitation of the upper limb in stroke survivors.
Background: People who are homeless are more likely to experience poor mental health and addiction as well as suffering from non-communicable diseases. There is evidence of frailty and accelerated physical ageing among people experiencing homelessness. Appropriate physical rehabilitation and nutritional supplementation strategies can stabilize or reverse frailty and general physical decline, but it is not known how this type of intervention would work in practice in this population. Aim: To evaluate the feasibility and preliminary efficacy of a physical rehabilitation drop in intervention with protein supplementation to target physical functioning and frailty in people with problematic substance use who are experiencing homelessness. Methods: The intervention will consist of a 12-week low threshold physical rehabilitation program with protein supplementation. Participants will be service users of the Advance Ballyfermot Project, a day services center for people who are homeless and have active addiction issues. Primary outcomes will be feasibility including numbers recruited, retention of participants and number of repeat visits. Any adverse events will be recorded. Secondary outcomes will be strength and muscular mass, physical performance and lower extremity physical function, pain, frailty and nutritional status.
There are psychosocial factors that affect pain, and therefore, psychological intervention techniques have been added to its usual pharmacological and physiotherapeutic treatment. Despite the abundant evidence that addresses psychosocial factors as clear mediators in the perception of pain, the use of psychological techniques for pain management in competitive athletes, and more especially in competitive athletes with physical disabilities, is scarce. The purpose of this study was to ascertain the perception of high-level competitive athletes with physical disability and sports agents (coaches, physiotherapists and psychologists).
Pain in physically disabled athletes affects the sporting career directly or indirectly through psychological consequences. Numerous studies address psychological skills in able-bodied athletes and in able-bodied athletes they are scarce.This information is part of a research project aimed at finding resources to help athletes in their pain management.
Families who have children with disabilities experience more challenges in interacting with their children than families who have children without disabilities. This increased level of burden results in higher rates of emotional stress and hardship for those families. Motivated by the idea of making deeper connections between children with disabilities and their parents, our gaming platform is designed around two key concepts - human touch and collaborative play. Using wearable sensors, conductive fabrics, microcontrollers, and wireless communication, our gaming platform will register and interpret "touch" as a way to interface with game apps and the devices they are installed on. In other words, touch is translated into player input. Thus, rather than interact with an iPad directly, children and their parents interact with each other instead. Our platform engages both parents and children with disabilities equally in order to better focus on their shared physical expression. As touch can be registered from any part of the body, our platform can be used with children with any type of disability and allows for both active and passive participation by children with a severe disability.
Investigators will examine the feasibility and health outcomes following a high-intensity functional training intervention for people with mobility-related disabilities. In addition to participant recruitment, attritions rates, and satisfaction, investigators will assess changes to both physical health outcomes (e.g., strength, body composition) and psychosocial outcomes (e.g., quality of life). The findings will provide evidence for the efficacy of HIFT to improve various health outcomes for a population that experiences health disparities in access to, and engagement in, community-based exercise.
This study is examining whether a virtually supervised exercise program can improve physical function in persons who are awaiting kidney transplant. the investigators will compare the results to a similar group of persons who receive a health education program.
Patients in an Intensive Care Unit (ICU) are at great risk of muscle atrophy and neuromuscular complications, that could lead to respiratory complications, decreased physical functioning and deteriorated health related quality of life. The objective is to investigate if extended physical therapy in a general ward could lead to increased physical functioning for post-ICU patients.The study hypothesis is that extended physical therapy would lead to increased physical function at hospital discharge compared to standard amount of physical therapy.
Replacing sedentary behaviors during leisure time with active video gaming (AVG) has been shown to be an enjoyable option for increasing the amount of physical activity acquired each week. This project will examine the feasibility of an AVG intervention using the GAIMplank.
Background: Low-frequency neuromuscular electrical stimulation (NMES) attenuates the loss of muscle mass of Intensive Care Unit (ICU) patients. However, it has been shown that medium-frequency NMES may be better than low-frequency for the maintenance of skeletal muscle mass in healthy subjects. Objective: to compare the effects of low-frequency and medium-frequency NMES, along with a standard physical therapy (SPT) programme, on the attenuation of skeletal muscle atrophy in critically ill patients. Methods: Fifty-four critically ill patients admitted into intensive care unit (ICU) and on mechanical ventilation (MV) participated in this randomized, single-blinded, experimental study. Participants were allocated to one of the following groups: Control Group (CG), received a standard lower limb physical therapy (SPT) programme, 2x/day; Low-frequency NMES Group (LFG), received lower limb SPT+NMES at 100 Hz, 2x/day; and Medium-frequency NMES Group (MFG), received lower limb SPT+NMES at 100 Hz and carrier frequency of 2500 Hz, 2x/day. The primary outcome was the thickness and quality of the quadriceps muscle, evaluated with ultrasonography while patients were in ICU. Secondary outcomes, assessed at various stages of recovery, were strength, functionality, independence for activities of daily living, quality of life, and total days hospitalized.