View clinical trials related to Physical Inactivity.
Filter by:The study has two aims: (1) to develop and examine the acceptability of the technological and theoretical frameworks of MAP to Health and (2) to determine whether MAP to Health is related to changes in theoretically identified mechanisms of behavior change (meaning salience, basic psychological needs satisfaction, and internal motivation). In an exploratory aim, the study will assess how the intervention and mechanisms of change are related to changes in physical activity. Participants will be adults in midlife (ages 40-64) who are insufficiently active, are interested in increasing physical activity, do not have contraindications to engaging in physical activity, and are patients in a large healthcare system in the Midwest.
Aging causes various changes in the body. This, together with a sedentary lifestyle, can lead to health problems such as loss of muscle mass and strength, bone mineral density and cardiovascular capacity. Therefore, it is essential to remain physically active in adulthood. Outdoor fitness equipment offer a free and easy-to-use option for physical activity and health improvement. However, there are few studies that quantitatively evaluate the physical fitness and health improvement associated with the use of these parks. Hence, the main objective is: 1) To evaluate the effects of training on outdoor fitness equipment on different body composition and health-related fitness parameters.
Physical activity is an important determinant of health and well-being in older people. However, many older people do not achieve recommended physical activity levels and increasing older people's physical activity is challenging. This preliminary study will explore the effects of a brief physical activity intervention on physical activity and physical function in older people with multimorbidity. The findings will be used to inform the design of a subsequent adequately-powered randomised controlled trial.
Aim: By application of wearable devices and health management platform to strengthen physical activity and improved life quality in hemodialysis patients.
The goal of this system identification experiment is to estimate and validate dynamical computational models that can be used in a future a multi-timescale model-predictive controller. System identification is an experimental approach used in control systems engineering, which uses random and pseudo-random signal designs to experimentally manipulate independent variables, with the goal of producing dynamical models that can meaningfully predict individual responses to varying provision of support. A system identification is single subject/N-of-1 experimental design, whereby each person is their own control. This 9-month system identification experiment will experimentally vary daily suggested step goals and provision of notifications meant to inspire bouts of walking during different plausible just-in-time states. Results of this system identification experiment will then enable the development a future multi-timescale model-predictive controller-driven just-in-time adaptive intervention (JITAI) intended to increase steps/day. The system identification experiment will be conducted among N=50 inactive, adults aged 21 or over who have no preexisting conditions that preclude them from engaging in an exercise program, as determined using the physical activity readiness questionnaire.
The present project is designed to address the problem of elevated depression and stress among health care workers (HCWs). Investigators will test the extent to which a 12-week mobile health aerobic exercise intervention (4 days/week for 20 minutes/day) impacts HCWs reported depression. Investigators propose a 2-arm (exercise and waitlist control) parallel randomised controlled trial, with 560 underactive participants recruited from Providence Health Care. Participants will complete an online questionnaire (baseline and every 2 weeks until week 12, and again at week 24) assessing depressive symptoms (primary outcome), stress, flourishing, resilience, life satisfaction, burnout, work-family spillover, , sleep quality, workplace engagement, and absenteeism (secondary outcomes).
This study will comprise a randomized controlled, counter-balanced, cross-over trial to evaluate the independent effects of a high cholesterol (high egg), low saturated fat diet and a high saturated fat, low cholesterol diet on blood lipids. Evaluations also include analysis of physical activity as there is emerging evidence that the lutein and zeaxanthin in egg yolk may increase physical activity levels by crossing the blood-brain barrier and altering neuronal function. The study will also investigate effects on a number of novel lipoprotein parameters (particle size and particle concentrations).
This study was planned to investigate the effectiveness of technology-based and traditional cardiac rehabilitation programs in individuals with coronary artery disease.
Interventions to promote physical activity among women breast cancer survivors (BCS) in low to middle-income countries are limited. We conducted a study to assess the acceptability and preliminary effectiveness of an 8-week, 3 times/week group dance intervention for BCS delivered in Bogotá, Colombia. The effect of the intervention on participants' physical activity levels, motivation to engage in physical activity, and quality of life were evaluated, and interviews were thematically analyzed to assess program acceptability.
The physical fitness and functionality of older adults are affected during the COVID-19 Pandemic. Regular exercise programs are effective in physical fitness and functioning in older adults. Individualized and supervised exercise programs for older adults in a safe environment can improve physical fitness and functionality. This study aims to examine the effect of home-based and exercise training on physical fitness and functionality in sedentary older adults during the COVID-19 pandemic.