View clinical trials related to Overweight.
Filter by:Overweight and obese patients will be recruited and randomly assigned to two groups of intervention. To the first group [sulphate-bicarbonate-calcium water and low-calorie diet (SW-D)] will be administered "Acqua Santa di Chianciano"®, associated to a personalized low calorie diet, while the second group [tap water and low-calorie diet (TW-D)] will follow the personalized low calorie diet but will be asked to drink the same quantity of tap water, over a 4 week period. Stool samples will be collected and analyzed for changes in gut microbiota composition. Patients' body weight will be recorded at the beginning and at the end of the study.
The purpose of this study is to research the effects of exercise on calories eaten and expended. The investigator expects to find out whether subjects change their eating and activity behaviors when starting an exercise program.
The purpose of this study is to investigate the effects of a synbiotic (ProSynbiotic) on the gut microbiota composition, body composition and adiposity-related genes and metabolic markers in healthy overweight adult subjects.
The investigators are interested in how skeletal muscle processes fat and how this may affect insulin resistance. This is an important question since insulin resistance predates and predicts type 2 diabetes. The investigators are especially interested in learning about the effects of weight and training on insulin resistance. The investigators will study people before and after supervised aerobic or yoga training to identify differences in resting fat and sugar metabolism which may lead to differences in insulin resistance. The investigators will test these differences using stable isotopes, and the use of these stable isotopes is experimental. Overweight/Obese Group: Eight visits will be required at the University of Minnesota Clinical Research Unit. Four visits will be done before training (screen and 3 pre-training visits), 1 visit during the training, and 3 post-training visits will be done. In between, the training will take about 16 weeks and will be a supervised treadmill program. Lean/Trained Group: Four visits will be required at the University of Minnesota Clinical Research Unit (screen and 3 study visits).
The purpose of this study is to investigate the variety of physical activity, a cross-sectional design will be used. The data collected will provide descriptive details about how people are engaging in physical activity, as well details about the environment they are in while engaging in physical activity.
Main scientific question: A previous intervention with an anti-inflammatory multifunctional dietary portfolio (MFD) showed remarkable reductions in cardiometabolic (CM) risk markers compared with a well-designed control diet. The study was performed under weight maintenance conditions in healthy subjects in a 4w crossover design (Tovar et al., 2012). MFD consumption also resulted in improved cognitive performance after 4 weeks (Nilsson et al., 2013). The present project will further study the preventive potential of MFD, using its unique properties for identification of new biomarkers and to evaluate the potential role of alterations in the gut microbiota. MFD will be tested in healthy at risk subjects in a randomized parallel design in an eight-week intervention with the test or control diet, respectively, allowing for weight loss. Assessment of standard anthropometric/biochemical markers of CM risk, metabolomics analysis and appetite regulating hormone evaluation are also planned. Associations between the gut microbiota composition and measures of CM risk are also included. The project provides unique opportunities to identify mechanisms for the metabolic impact of MFD, for further exploitation in innovative food and/or dietary concepts. Central hypothesis: The CM-preventive potential of MFD may be boosted in a medium-term trial under conditions allowing for body weight reduction. Expected additional benefits may be recorded as reduced values for conventional CM-related parameters, markers of modified gut microbiota composition and specific changes in blood metabolite profiles. Objectives: - To further improve the effect of MFD on biochemical/anthropometric CM risk markers in healthy subjects by administering the diet under conditions allowing for weight reduction. - To identify MFD-related changes in the gut microbiota associated with improved CM risk markers. - To assess MFD-related modification in metabolic pathways, studied with a metabolomics approach, and to correlate them with conventional clinical outcomes, aiming to identify new markers of altered metabolic risk.
The purpose of this research study is to evaluate the effects of intermittent fasting in subjects that are eating a Mediterranean diet or a Western diet. This study is part of ongoing research in the prevention and treatment of age-related diseases at Washington University School of Medicine.
The first step in any clinical intervention against obesity involves sustained lifestyle changes. Researcher can use these strategies to beneficial the effects of weight and on cardiovascular risk. The researcher develope methods for assessing the effectiveness use optical technology to make such assessments, specifically in the area of fatty tissue can predict the effectiveness of the intervention in causing weight reduction and treating metabolic disease.
- Obesity is an important and growing public health worldwide - Obesity is highly related to the development of metabolic syndrome, diabetes, cardiovascular diseases and cancer - An extensive body of evidence from efficacy trials has shown that weight loss is achievable, however, a modest weight loss is achieved in a small proportion of patients - Important adverse events have been reported with the use of antiobesity drugs. - The use of natural products with potential effects inducing weight loss is an alternative strategy for treating patients with overweight and obesity. However, efficacy and safety should be evaluated in RCT. - Obex combines different molecules with potential effects inducing weight loss and control on metabolic parameters such as fasting glucose, cholesterol and triglycerides. - Therefore, the administration of Obex in overweight and obese patients with impaired fasting glucose could be an excellent strategy to induce weight loss and ameliorate the metabolic disturbances related to obesity and 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.