Active clinical trials for "Overweight"

The 1.2 million households living in public housing are disproportionately affected by obesity, where prevalence is estimated at 50%. An ecologic framework hypothesizes that this disparity is related, in part, to social and environmental factors within these neighborhoods that influence residents' lifestyles. Social networks and the built environment may work together to promote or inhibit lifestyle behaviors; however, combined social network-built environment interventions have not previously targeted changes in diet. Investigators hypothesize that an intervention that combines a social network approach with strategies that address public housing residents' challenges related to the built environment will improve dietary habits. The investigators' overall aim is to develop a combined social network-built environment intervention to reduce intake of beverages high in added sugars and to pilot test the intervention among residents of public housing developments in Baltimore, MD. The investigators' aim for this work is: 1) To develop a combined social network-built environment intervention to reduce intake of beverages high in added sugars and to pilot test the intervention among residents of public housing developments in Baltimore, MD. Investigators hypothesize that a social network intervention will be feasible and acceptable in promoting healthy lifestyle change, and that this intervention will alter lifestyle behaviors among public housing residents.

The purpose of this study is to determine the effect of interactive video game in management of overweight in children. The investigators will evaluate the effect of product versus standard physical activity.

The purpose of Intermittent Fasting study is to investigate whether intermittent fasting could decrease the chronic inflammation levels in overweight/obese people.

The investigators have previously shown the intact protein from cod filet improves glucose regulation and serum lipid profile in overweight adults. A large amount of trimmings from various fish species such as cod is thrown away or sold at very low prices for animal feed, and analyses of the amino acid composition reveals that this can be a good protein source for humans. Two fractions are normally isolated from intact fish meal, i.e. water soluble and non-water soluble proteins. In the present study the investigators will compare these fractions, by studying their effects on glucose regulation in overweight/obese adults.

The proposed study is a randomized control trial evaluating the efficacy of two training programs in increasing physician identification, documentation, and motivation of overweight children. Pediatric primary care physicians will be recruited from the College of Physician and Surgeons of Ontario and randomized into two practice-based interventions (behavioural/educational) which are a one-time training attendance. The educational intervention will focus on the medical management of pediatric obesity, the use of Body Mass Index charts, and information about how obese children would like to be approached by their physicians. The behavioural intervention will incorporate Motivational Interviewing tools in addition to an abbreviated training program received by the educational intervention group.

The purpose of this study is to explore the effect of 8-weeks use of the Medidata Patient Cloud (a mobile application for capturing data directly from subjects, enabling entry of diary and quality of life data into internet-enabled devices) in combination with an activity tracker (Fitbit Flex) on health outcomes in overweight people with Type 2 Diabetes.

The purpose of the study is to assess whether a Mediterranean-type weight-loss diet, enriched with canola oil, high in plant protein, and low in carbohydrates will produce blood sugar control, reduce coronary heart disease (CHD) risk factors and maximize weight loss, better than conventional higher carbohydrate diets in overweight diabetic patients.

Preliminary studies in rats and mice indicate that calanus oil reduce accumulation of intra-abdominal fat. Pilot studies in humans have shown no adverse effects. In the present study 120 subjects, males and females, 20-65 years old, BMI 25-30 kg/m2 will be included and given calanus oli 1 g twice daily versus placebo for 1 year. The hypothesis is that calanus oil will reduce intra-abdominal fat, improve glucose tolerance and lipid profile.

A large proportion of the adult population in the United States qualifies for weight loss treatment based on the NIH treatment recommendations, but traditional clinic-based weight loss treatments have a number of limitations. For example, access to healthcare facilities is limited among people living in rural communities and people of low socioeconomic status, yet a disproportionate number of these people would benefit from services. Internet-based weight loss interventions have been used to deliver services to these populations, but these "e-Health" interventions suffer from a number of limitations and produce only modest weight loss. The limitations associated with internet-based interventions include decreased use of the internet application over time; patients must logon to the internet to receive treatment recommendations, yet few patients regularly logon to the application and this negatively affects treatment outcome. An additional limitation is the quality of self-reported food intake, exercise, and body weight data that participants enter into the internet application or report to their online counselor. Self-reported data are associated with error and accurate data are needed to formulate effective treatment recommendations for participants. Lastly, most applications rely on asynchronous communications between the patient and the counselor, and patients do not always receive personalized treatment recommendations in a reasonable amount of time (1 to 3 days), which limits the extent to which the recommendations result in behavior change and weight loss. The purpose of the proposed pilot and feasibility project is to test the efficacy of the Remote Intervention for Diet and Exercise (RIDE) e-Health application at promoting weight loss compared to a control condition. The RIDE e-Health application addresses the limitations of internet-based interventions that are noted above. The application relies on novel technology to collect near real-time food intake, body weight, and exercise data from participants while they reside in their free-living environments. These data are transmitted to the researchers in near real-time: food intake data are collected and transmitted with camera and Bluetoothenabled cell phones using the Remote Food Photography method that was developed by this laboratory, body weight data is automatically transmitted daily from a bathroom scale using the same phones, and accelerometry is used to collect exercise data that is transmitted via the internet. These data are analyzed and personalized treatment recommendations are sent to the participant in a timely manner, e.g., every 1 to 3 days, using the cell phones. The RIDE e-Health application was developed based on learning and behavioral theory to maximize behavior change and weight loss. The findings of this study will have significant implications for the affordable delivery of effective weight management interventions to patients with limited access to health care.

The purpose of this research study is to study the effectiveness, tolerability and safety of armodafinil in outpatients with binge eating disorder.