View clinical trials related to Physical Activity.
Filter by:This trial will take the form of a feasibility study; designed to assess the feasibility of a proposed future clinical trial in this setting. This proposed future clinical trial is proposed to assess the impact of physical activity, in the form of specialised chair based physical activity interventions, on the physiological, psychological, cognitive, social and emotional health, and functional capacity of geriatric populations with pre-existing frailty within a clinical hospital ward setting; recognising health as a holistic concept incorporating a multitude of inter-related dimensions. This feasibility study is single-centre (taking place in the Harborne Ward of the Queen Elizabeth Hospital Birmingham, Mindelsohn Way, Edgbaston, Birmingham, United Kingdom).
The goal of the study is to develop and test an intervention toolkit to increase the enrollment in EnhanceFitness (an evidence-based group physical activity program for older adults) at Young Men Christian Association (YMCA) sites through physical therapist referrals. A cluster-randomized trial will be used to compare current and intervention toolkit approaches to generating enrollment in EnhanceFitness at YMCAs. The objective of this trial is to compare the effectiveness and cost of the current approach for generating enrollment in EnhanceFitness ("business as usual" or "control arm") with the intervention toolkit that YMCA staff will use to engage physical therapists to refer their older adult patients to EnhanceFitness (the "intervention").
This study is a randomized controlled trial, designed to evaluate the effect of structured physical exercise sessions on the spontaneous physical activity energy expenditure and caloric intake in overweight adults. The design employs a parallel three-group experimental arms: (1) a moderate exercise group (MEG); (2) a vigorous exercise group (VEG); and a control group (CG) without physical exercise sessions.
This study examines the effectiveness and the costs of a complex multiple risk behavior intervention to promote healthy behaviors in people aged between 45 and 75 years attended in Primary Health Care services. This intervention aims to reduce tobacco use, to enhance adherence to the Mediterranean dietary pattern and to increase physical activity. The study also seeks to provide evidence on the strategies to integrate health promotion into the usual clinical practice of primary care providers.
A two-arm parallel randomised controlled trial comparing pedometer-based intervention with and without email counselling in a primary care setting. Physically inactive patients from four general practices will be randomised to the pedometer-plus-email group or to the pedometer-alone group. All patients will be instructed to gradually increase the daily number of steps to at least 10,000. Patients in the pedometer-plus-email group will receive 8 counselling emails based on behavioural techniques. The primary outcome will be change in average daily steps measured during 7-day period at baseline and at 12 weeks.
This study is for physically inactive adults with an active membership at a Greater Providence Young Men's Christian Association (YMCA). Participants will receive weekly feedback on their attendance at the YMCA, and will be enrolled in the study for 1 year. Participants will be assigned to one of three conditions, to either receive weekly: (i) monetary incentives, (ii) donations to a charity of their choice, or (iii) feedback only. In order to continue to receive incentives, participants must maintain an active membership at the YMCA.
The overall objective of the proposed research is to pilot test the feasibility and acceptability of a set of more scalable technology-supported physical activity promotion intervention strategies in breast cancer survivors using tMultiphase Optimization Strategy Trial (MOST) methodology. MOST involves highly efficient randomized experimentation to assess the effects of individual intervention strategies, and thereby identify which strategies and what strategy levels make the important contributions to the overall program's effect on physical activity. This information then guides assembly of an optimized physical activity program, that achieves target outcomes with least resource consumption and participant burden. The resulting intervention will have great potential for scalability because it uses technology (smartphones) participants already own and requires no on-site visits.
The purpose of this study is to compare the time spent in glucose target range (4.0-10.0 mmol/L) during exercise and in recovery using three different basal insulin management strategies for prolonged aerobic exercise: A) pump suspension for the duration of the activity, starting at the onset of exercise; B) A 50% basal rate reduction, performed 90-minutes in advance of exercise for the duration of the activity; and C) An 80% basal rate reduction, performed 90-minutes in advance of exercise for the duration of the activity.
Mindfulness interventions are increasingly offered to undergraduate students at universities world-wide, however the evidence base is very limited. The objective is to evaluate effects of a customized mindfulness intervention (called Mindfulness-Based College) on undergraduate student health. A superiority randomized controlled trial with parallel groups will be performed with 30 participants in each arm. Participants will be randomly assigned to Mindfulness-Based College or health education waitlist control. Investigators will be blinded to treatment allocation. Participants will be assessed at baseline, 10 weeks, and six months. The primary outcome is a college health summary score, including seven evidence-based determinants of health particularly relevant to college student well-being: body mass index, physical activity, diet, alcohol consumption, sleep quantity, perceived stress, and loneliness. Primary intention-to-treat analyses will evaluate whether MB-College vs. control is associated with the summary score, utilizing generalized linear models. Secondary analyses will evaluate which, if any, of the seven determinants of health are driving associations.
The effect of small-sided team sport training and protein intake on muscle mass, physical function, and adaptations important for health in untrained older adults was examined. Forty-eight untrained older (72±6 years) men and women were divided into either a team sport group ingesting a drink high in protein (18 g) immediately and 3 h after each training session (TS-HP, n=13), a team sport group ingesting an isocaloric drink with low protein content (3 g; TS-LP, n=18), and a control group continuing their normal activities (CON, n=17).