26 Clinical Trials for Various Conditions
The proposed research seeks to determine whether virtual coaching and social support focusing on key social cognitive factors will be an effective strategy for maintaining physical activity (PA) after completing cardiac rehabilitation (CR). Despite the well-documented benefits of CR, only 15-50% of individuals continue to exercise 6 months after completing CR.4-6 Thus, after 36 sessions (typically 12 weeks), many patients are left without the support necessary to sustain physical activity (PA) and prevent adverse secondary cardiac events. Though previous research has explored interventions to sustain PA after CR, many studies have been lacking in a theoretical basis, objective measurement of PA, measurement, and analysis of psychosocial and social cognitive factors, and long-term impact on clinical outcomes. Low-cost, pragmatic approaches to maintaining PA after CR is urgently needed for older adults, and virtual technologies offer promising solutions to promote adherence to PA. The three specific aims of the project are to: 1) determine the effect of virtual coaching and social support on adherence to PA (measured by objective step counts) in the intervention vs. control groups; secondary measures will be amount of sedentary time, functional fitness, and self-reported exercise; 2) determine the effect of virtual coaching and social support on psychosocial and social cognitive factors in the intervention vs. control groups; 2a) evaluate the extent to which psychosocial and social cognitive factors mediate the effect of the intervention on PA adherence; 3) examine differences in cardiovascular (CVD) risk factors (blood pressure, lipids, HbA1c, BMI) between groups.
The majority of the US population spends most of the day sitting and the we have new scientific evidence that this can contribute to poor health regardless of how much physical activity a person does. However, we do not measure sitting time very accurately and when we ask people to tell us how much they do, their answers are unreliable. Our study will use small sensors to objectively measure when people sit or do physical activity, and we will use sophisticated computational techniques to summarize these movement patterns.
Diabetes Prevention Program translational efforts, such as the Group Lifestyle Balance Program (GLB), have been shown to be effective in reducing weight and modifying diabetes and CVD risk factors in a variety of diverse community settings. Although one of the two primary goals of these DPP translation programs focuses on increasing physical activity levels, few published DPP translation studies reported results on change in physical activity with only one study reporting activity levels from an objective measurement instrument. In order to completely understand the role that physical activity plays in making healthy lifestyle change, it is critical that we validate the impact of activity using a valid and reliable objective measure. In addition, current studies suggest that decreasing time spent sitting may have a positive health impact separate from the effects of participating in planned bouts of moderate intensity activity. Therefore, we propose to examine the impact of a modified version of the GLB program, which will focus on decreasing sedentary/sitting behaviors. The results of this project will provide information regarding best options for physical activity within lifestyle intervention programs, focusing both on verifying the current role of physical activity in lifestyle intervention using an objective measure and on examining an alternative intervention option for translation efforts.
This study is a randomized trial that will compare the effects of two, 12-week activity interventions on patterns of physical activity, physical health, and quality of life measures in 40 older adults who are able to walk for exercise. One intervention will target 150 minutes per week of home-based moderate exercise (e.g. brisk walking), consistent with current recommendations. The other intervention will target a decrease in time spent in sedentary behaviors (e.g. sitting) of 60 minutes per day. Both interventions will wear an activity armband which will allow them to self-monitor their activity or sedentary behavior in real time using a smartphone. The armband will also provide objective data to an interventionist that will facilitate the intervention. The main outcome will be time spent in moderate exercise.
The goal of this study is to test self-control as a behavior change mechanism for physical activity and to investigate whether a smartphone-based self-control intervention can increase physical activity among sedentary middle-aged adults.
The pilot study will create, implement, and evaluate a physical activity program in both the school and home setting during the COVID-19 pandemic.
This study is a randomized crossover trial to compare the effectiveness of interrupting SB on glucose homeostasis in the lab and free-living settings. All participants (N=56) will complete one screening visit to determine eligibility, complete at fitness test, and body composition analysis by bioelectrical impedance. After 7-21 days, all participants will complete two 3-hour in-lab oral glucose tolerance tests (spaced 7-21 days apart). Prior to the in-lab OGTT visits, participants will wear an activity monitor for 7 days on the right thigh. The experimental conditions for the OGTTs will be: 1) 3-hour OGTT of continuous sitting; and 2) 3-hour OGTT with sitting interrupted every 30 minutes with 3-minutes of moderate intensity walking on a treadmill. There will be a 7-21 day washout period between the OGTT visits. In addition, a subset of participants (N=12) who meet inclusion criteria and who successfully complete both OGTT visits will complete a second randomized crossover trial in the free-living environment. The experimental conditions for the free-living components will be: 1) 4 days of habitual sedentary behaviors; and 2) 4 days of prompted short exercise breaks during times in which sedentary behaviors have exceeded 30 minutes. Participants in the free-living trial will wear an activity monitor and a continuous glucose monitor.
This is a RWJF funded study that will apply behavioral choice theory and learning theory principles to 'map' exergames to determine how behavior change principles influence sustained use of health games by adolescents.
The SWITCH (School Wellness Integration Targeting Child Health) project is a multi-component intervention designed to support school wellness programming and contribute to youth obesity prevention. Consistent with social-ecological models, SWITCH is designed to reach multiple settings within schools while also facilitating engagement with families and community partners. The program focuses on three distinct behaviors known to impact obesity (i.e., physical activity (PA), sedentary behavior (SB) and fruit and vegetable consumption (FV)) in a creative way by challenging children to "switch what they do, view and chew".
The purpose of this study is to develop and test a brief program to help overweight people become more physically active. We plan to design a program that teaches people how to become more active by identifying how fitness enables them to live their lives better. Participants will be asked to complete questionnaires and wear a device that tracks their exercise for 1 week. If accepted into the study, they will receive a 1 day program designed to help them exercise more. Then they will receive phone calls and emails for support after the program. Finally, participants will come in 3 and 6 months after the program to complete the same questionnaires and wear the exercise tracker again. The study is primarily interested in increasing exercise levels, and so we hope to see participants exercising more after the program than they were before. We will also ask them questions (via the questionnaires) that tell us the degree to which they are exercising based on their one desires and values, as opposed to doing it because they were told to.
Chronic pain contributes to declining health and function in older adults; effects that are intensified by obesity and sedentary (sitting) behavior. The purpose of this study is to develop and test a novel, patient-centered intervention to reduce pain and improve physical function in older, obese adults. The study will utilize a combination of telephone based coaching and smartphone tools to deliver this novel intervention to decrease both body weight and sitting behavior. The long-term goals of this project are to test the efficacy of the intervention and to develop it as a tool for clinicians to provide outside-of-clinic patient-centered support for overweight/obese older adults with chronic pain.
The investigators previous studies show that community gardening is associated with reduction of key health behaviors for cancer prevention in diverse populations. Community gardeners eat more fruits and vegetables per day, are more physically active, and are more likely to avoid age-associated increase in body mass index (BMI). The effect is partially explained by the finding that gardeners are more socially involved, and feel more social support than non-gardeners. The investigators propose a randomized controlled trial to determine whether community gardening improves cancer-preventive behaviors among a multi-ethnic, low-income adult population and elucidate the pathways that shape cancer-preventive behaviors. A randomized controlled trial is needed to demonstrate that the observed behavioral differences are due to the effect of gardening as an intervention rather than self-selection by gardeners.
An interdisciplinary team with extensive garden study experience conducted a pilot randomized controlled clinical trial to see whether gardening reduced risk factors for diseases like cancer and heart disease. The pilot trial will provide preliminary data on associations between human microbiome, diet, physical activity, and social interactions and the outcomes of weight status and key inflammatory biomarkers.
This study involves a randomized controlled trial to test the feasibility, acceptability, and efficacy of a mobile health (mHealth)-enhanced physical activity (PA) intervention to increase daily bout-related and total moderate-intensity PA and to reduce sedentary behavior (SB) in non-physically impaired patients with ischemic stroke or transient ischemic attack (TIA).
This is a pilot study to assess the feasibility of using treadmill desks (Workstations) within a Louisiana office workplace and to determine the effects of walking while working in overweight or obese, sedentary individuals.
The benefits of physical activity (PA) for healthy aging are well known; however \< 16% of U.S. older adults meet the federal recommendations for moderate to vigorous PA (MVPA). Asian Americans (AA) are a fast-growing segment of the older adult U.S. population and are likely to have limited English proficiency, lower-incomes, and low PA levels. Older AA adults are under represented in clinical trials and as a result, evidence-based PA programs remain inaccessible. Similarly, while the number of PA interventions for older adults incorporating technology to promote and sustain behavior change is increasing, the applicability and efficacy of these approaches for AA is poorly understood. Thus, there is a critical need to develop and test innovative PA interventions for this at-risk group. The primary objective of this study is to evaluate if a culturally and linguistically adapted community-based walking program enhanced with a cognitive behavioral intervention delivered via WeChat - a widely used Chinese social networking application - (enhanced walking) improves physical activity compared with walking only. Secondary objectives are to identify participant experiences in engaging in this platform to improve PA, and gain insights into the scalability of the intervention for future pivotal trials. The proposed research is a randomized, controlled trial that will recruit 60 community-dwelling Chinese older adults. The primary outcomes are PA (measured by FitBit step counts over time, and proportion meeting federal recommendations for moderate physical activity (MPA)). Secondary outcomes include patient-reported outcomes, and patient-reported experience measures. We aim to evaluate the acceptability of this enhanced program, and determine the feasibility of WeChat as a platform for increasing PA. The primary outcome will be analyzed using mixed effects ANOVA, and latent growth curve modeling. Secondary outcomes will be analyzed using linear regression. Semi-structured interviews will be conducted with participants upon program completion to identify contextual factors influencing application use, and thematic analysis will be used to examine relationships between these key factors. Results from this study will provide information about the applicability of mobile technology in supporting PA improvement among older Chinese, and valuable insight on contextual factors influencing application effectiveness, which will inform the potential for adoption and scale.
Stroke survivors demonstrate high levels of sedentary behavior, placing them at risk for exacerbation of chronic health conditions. This may lead to recurrent stroke. Subtle cognitive impairments are common after stroke and can lead to difficulty self-monitoring and problem solving to overcome barriers to physical activity. Investigators developed the Activating Behavior for Lasting Engagement (ABLE) intervention to promote activity scheduling, self-monitoring, and problem solving activity over the full day. This study examines the effects of the ABLE intervention on sedentary behavior after stroke.
The goal of this study is to develop a smart phone app to administer a behavior change program that helps adults to increase daily steps by planning where, when, and with whom to walk. The investigators tested the effectiveness of the walking program app for increasing the number of daily steps among sedentary older adults. The investigators examined the effects on self-efficacy and social integration/support.
The purpose of this study is to determine whether a Twitter-based intervention with a private, online support group can significantly increase number of walking steps compared to self-monitoring of physical activity alone or a control group in sedentary women at a women's heart clinic.
This study plans to learn more about physical activity and physical function in sedentary older adults with type 2 diabetes.
Despite the recognized health benefits of a physically active lifestyle, mid-life and older low-income and ethnic minority adults, including Hispanic Americans, are among the least active and understudied groups in the U.S. This research aims to develop and evaluate a bi-lingual physical activity promotion program, applying easy to use state-of-the-art computer technology, which is tailored to the preferences and needs of mid-life and older Latino adults. Such computer-based programs represent a potentially low-cost means for reaching the large proportion of low-income and ethnic minority Americans who are under-active.
The purpose of this study is to determine the individual and combined effectiveness of two smartphone-based tools for improving physical activity. The first is an individualized and guided goal-setting module, and the second uses "points", "levels", and "badges" to provide instant positive feedback throughout the program. It is hypothesized that both components will be effective, and greater effects will be noted for those receiving both components.
The average adult has a poor quality diet and sedentary lifestyle, but the best way to produce sustained healthy change remains unknown. The MBC2 intervention uses handheld technology to help individuals monitor and transmit information about their eating and activity remotely to a behavior coach. The proposed trial tests whether MBC2 intervention improves diet and activity more than a stress management control condition, and whether changing multiple health behaviors is best achieved by changing them all at the same time, or one after another.
The purpose of this study is to examine the efficacy of a multifaceted behavioral intervention aimed at raising walking levels among sedentary older Latinos.
This clinical trial tests the effectiveness of a Healthy Parents and Children Enhancement (H-PACE) program for improving lifestyle behaviors among children. Proper nutrition and physical activity (PA) are essential parts of overall health. Together, they can decrease the risk of developing obesity as well as related diseases such as diabetes, heart disease, stroke, and several types of cancer. To address the prevalence of obesity and related diseases, programs focusing on increasing opportunities for active living and healthy eating are necessary. Multi-component school-based obesity prevention programs have demonstrated increases in PA and improvement in dietary habits; however, most afterschool programs are short term; evidence is needed to confirm long-term effects. Moreover, programs that involve parents have shown to be more successful in helping children choose healthier behaviors. Unfortunately, due to technological advancement, opportunities for children to be active in schools have become more limited in modern society. H-PACE program is based on the national childhood obesity prevention campaign designed to help families, schools, communities, and physicians to raise awareness of nutritional and PA daily guidelines. The H-PACE will encourage daily lifestyle behaviors (five or more servings of fruits and vegetables, two hours or less of recreational screen time, one hour of PA, zero sugary drinks, ten hours of sleep) that impact childhood obesity. This trial is being done to determine whether participating in the H-PACE program may help improve lifestyle behaviors among children.
The purpose of this research is to test programs to increase physical activity and reduce sedentary behavior using motivational messages over a cell phone.