View clinical trials related to Obesity.
Filter by:The purpose of this study is to assess whether post-exercise Greek yogurt following a single session of aerobic exercise improves metabolic and musculoskeletal health in women with overweight/obesity.
The goal of this interventional study is to make people in a community realize negative effects of obesity on health, and how to tackle it by adopting a lifestyle modification for weight reduction. Adults aged 20 years old or more with obesity (BMI ≥ 25 kg/m2) or waist circumference ≥ 80 cm in women and ≥ 90 cm in men were recruited. All participants received an educational session of lifestyle modification for weight reduction on the first day of study. Participants were then assigned to either continuously receive education (video clips and infographics) via application LINE, or no further education. The main questions it aims to answer are: 1. Whether or not an educational session of lifestyle modification leads to weight reduction. 2. Whether or not a weight loss by a continuous education via an online application is more effective than not receiving it.
This study evaluates the effectiveness of a Wise Intervention based on a values alignment approach to improve obesity-related eating habits in Spanish adolescents. Half of the participants will receive the experimental intervention, while the other half will receive a control intervention.
In this study, the investigators use a novel endoscopic duodenal-jejunal bypass liner-the Gastric Bypass Stent System (Hangzhou Tangji Medical Technology Co., Ltd., China) for the treatment of obesity. The aim of this study is to evaluate the efficacy and safety of this new device on weight loss and obesity-associated metabolic parameters.
Childhood obesity is a major health concern and lifestyle intervention is recommended as the cornerstone in the weight loss treatment. However, only limited knowledge exists in relation to characterization and follow-up of children who decline participation in a lifestyle intervention. The aim of this study is to investigate the long-term development in BMI z-score for children with obesity who decline to participate in a lifestyle intervention. This study identified approximately 170 children with obesity who declined treatment in a community-based lifestyle intervention. The development in BMI z-score for these children will be compared to children enrolled in the lifestyle intervention (i.e. treatment) and children who were never invited. Data from different sources will be used to answer the research question (intervention registries, health check-ups at school and Danish registries).
The transition to university from secondary school comes with many changes to living arrangements, dietary and alcohol intake, physical activity, and stress. The purpose of this study is to explore weight gain in new university students in the UK under the 'Freshman15' phenomenon. This phenomenon is an expression commonly used in the United States and Canada to describe a weight gain of 15 lbs (6.8 kg) in students who transition from secondary school to university life. The research will assess to investigate the impact of lifestyle factors that predict students' weight gain during their first year at the University of Aberdeen. The study specifically focuses on how these factors vary based on their living arrangement. Also, the change in lifestyle will be explored in relation to age-matched individuals not-attending university.
The goal of this clinical trial is to compare the effects of inclined and uninclined treadmill training on total body fat, lipid profile and quality of life in obese adults. The main question it aims to answer is : Will there be difference between the effectiveness of inclined and uninclined treadmill training on total body fat, lipid profile and quality of life in obese adults. Participants will be divided into group A and Group B. Group A participants will be considered as a control group with no inclination of the treadmill and speed of 5.0 mph. Whereas Group B participants will be considered as an interventional group with fixed speed of 5.0 mph and increased inclination of 1% after every one minute.
This study has been designed as a randomized, double blinded, multi-centric, placebo controlled and phase II dose-ranging study. One group will receive placebo alone and the other three groups will receive IP twice daily (different dosages) for four months.
This clinical trial aims to compare the effect of a nutritional intervention based on Mindful Eating, with standard dietary treatment, in changing the eating behavior of overweight individuals.
Obesity and metabolic associated diseases such as type 2 diabetes, NASH, cardiovascular diseases, are the dysregulation of energy homeostasis associated with an imbalance between different types of adipose tissues (ATs). White AT (WAT) which stores energy and functions as a fat storage depot, is fibrotic whith chronic inflammation and is found in excess. On the other hand, brown and beige ATs (BATs), considered as the good ATs because they regulate energy expenditure, are almost undetectable in individuals with obesity. In addition, BAT and WAT produce different hormones that are involved in the control of energy homeostasis via central and peripheral actions. A promising emerging therapeutic approach is to restore BAT in patients with severe obesity in two ways, i) by stimulating BAT in individuals with obesity by pharmacological treatment, ii) by injecting BAT into individuals with obesity using a cell-based therapy approach. However, the development of these two proposals is limited both by the lack of in vitro preclinical BAT models relevant for the screening and validation stages of drug candidates, and by the lack of physiologically functional BAT compatible with tissue graft. The bottleneck is the absence of an unlimited source of human BAT. The ExAdEX technology makes possible in vitro to turn WAT derived from lean donors into BAT. This new technology offers the possibility of having in vitro predictive human 3D models suitable for the identification and characterization of compounds affecting AT biology, and paves the way for the production of BAT for cell-based therapy of obesity and associated metabolic diseases. The Primary objective of the study is addressed the effectiveness of the ExAdEx process to induce, ex vivo, the conversion of WAT from obese patients into TAB. The secondary objectives are 1) to compare the efficacy for conversion into BAT when WAT derived from either from visceral or from subcutaneous AT; 2) to investigate the capacity of the ExAdEX-BAT to produce the FGF21 and adiponectin batokines and to respond to insulin.