View clinical trials related to Physical Activity.
Filter by:The aim of this intervention study is to examine whether tailored exercise therapy training is effective and cost-effective to decrease headache frequency and intensity, reduce medication used for chronic headache and patients´ absence from work, improve their neck muscle force, cervical spine mobility, functional ability and quality of life, and increase general physical activity in chronic headache women at regular work during a 6-month intervention. The intervention itself with pilot-tested upper-neck specific exercise regimen aims that patients would independently commit to train and exercise to reduce their headache, and thus increase their quality of life. In addition, reduced pain and frequency of headache may increase the objectively measured daily physical activity of chronic headache patients.
PACE+ was developed to address the increased number of adolescents in our country that are at risk for cardiovascular disease, cancer, and other diseases due to inactivity, obesity, and malnourishment. PACE+ will evaluate the efficacy of an integrated clinical and home-based intervention to improve physical activity and nutrition behaviors in adolescents ages 11-15 over a period of 2 years. This study is unique in that it will be one of the first to evaluate a combined physical activity and nutrition intervention for youth that revolves around the primary health care setting. The PACE+ intervention is particularly innovative in that three components - computer, provider counseling, and an extended home-based intervention - are unified through a common theoretical framework.
The goal of this randomized and controlled trial is to test whether a financial incentive of a donation to achieve a social goal is more effective to motivate and sustain a daily walking habit than the same dollar value given to an older adult. The investigators will achieve this using a novel computer platform utilizing a digital pedometer-internet interface.
The purpose of this study is to find out whether an Internet-supported FeetEnergy approach and two home works integrated in three health education lessons can increase adolescents' active commuting to school and leisure-time physical activity and decrease their screen time.
Just two generations ago, walking or bicycling to school was the norm for a substantial number of US children, e.g. 48% of children walked or biked to school in 1969 versus only 13% in 2009. This decline occurred in the same timeframe as the childhood obesity epidemic, which is at record high levels in the US and affects low-income and ethnic minority children the most. This project will test "the walking school bus" (WSB) program, in which children walk to and from school with adults, and its impact on low-income, ethnic minority children's walking to school, physical activity, and risk for obesity. Ultimately, this line of research has the potential to provide a low-cost, easy to disseminate program to reduce risk of obesity and cancer for at-risk children. The investigators Specific Aims among 3rd-5th grade children include: SA1) To recruit 770 child-parent dyads from 22 elementary schools over 4 years and conduct a cluster randomized controlled trial to assess the efficacy of a WSB program on children's walking to school, physical activity, and BMI z-score over a school-year SA2) To collect and analyze data on individual-, school-, and macro-level influences on changes to children's walking to school resulting from the WSB program The Primary Hypotheses to be tested, in comparison to control children, include: H1) The WSB program will increase children's walking to school over a school-year. H1a) Parents' outcome expectations and self-efficacy will mediate the relationship between the WSB and changes to children's walking to school. H1b) Walkability, safety, and acculturation will moderate changes to children's walking to school. H2) The WSB program will increase children's physical activity and decrease BMI z-scores over a school-year. H3) The WSB program will increase school-level pedestrian safety behaviors over a school-year.
This study tries to improve patient's activity by a "Prescription for Activity" led by physiotherapists in secondary health care setting. Three groups are compared in regard to their increase of physical activity.
The purpose of the present study is to evaluate the validity of 2 objective measures of physical activity among older adults. In addition, the investigators will examine the influence of functionality, walking aids, walking speed and step length on the accuracy.
In pregnancy, the adoption or pursuit of a sedentary lifestyle contributes to the development of co-morbid conditions such as hypertension, maternal and childhood obesity, gestational diabetes, pre-eclampsia, cesarean section and delivery of large-for-gestational-age infants (LGA). The aim of this study is to test the hypothesis that obese, pregnant women following a supervised moderate intensity physical conditioning program during the 2nd trimester of pregnancy will maintain a higher level of physical activity up to the end of pregnancy, as compared to women in the control group. We will also conduct a pilot study on the feasibility to examine the effects of the intervention on maternal fitness and neonatal anthropometry.
Stroke is the leading cause of adult disability in Europe and United States and the second leading cause of death worldwide and affects more than 10,000 Danes each year. Studies in a late and stationary phase after stroke have shown that physical rehabilitation is of great importance for survival and physical ability of these patients, however many studies show that patients lie or sit next to their bed under hospitalization for more than 88.5 % of the daily hours. Physical activity in stroke patients has never previously been measured immediately after debut of symptoms; furthermore there is no knowledge about the optimal dose of physical rehabilitation for these patients. Accelerometers, small measuring devices, are a relatively new way to measure physical activity precisely, and hence it is possible to obtain an objective measure of how active stroke patients are in the first week after admission. The accelerometers measure a variable voltage, depending on the range and intensity of movement. They can measure movement dependent of the placement of the accelerometer, for instance over the hip, arm or leg. Studies confirm their reliability, even in patients with abnormal gait, such as stroke patients. Another approach of studying the effects of physical activity and rehabilitation is through the examination of biomarkers. Studies have shown that biomarkers released during physical activity can inhibit biomarkers released after tissue injury in the brain, as seen after stroke. These brain biomarkers cause further damage and studies show that the higher the levels, the higher the damage. It is therefore obvious to examine whether physical activity rehabilitation can down regulate this destructive process in patients with stroke. Clarification of the optimal dose of physical activity in stroke patients immediately after debut of symptoms and examination of both the biochemical aspects of physical rehabilitation as well as the optimal dose of physical rehabilitation is of great importance for many patients, their relatives as well as of a great socioeconomic importance. The purpose of the project is to investigate which dose (15 vs. 2 x 30 minutes) of physical activity on a weight-bearing treadmill in the first 5 days after admission after an ischemic stroke, gives patients the best improvement in neurological dysfunction.
The purpose of this study is to examine if short bouts of structured physical activity implemented within the classroom setting as part of designated gross-motor playtime will increase preschool-age children during-school physical activity level.