View clinical trials related to Weight Loss.
Filter by:The aim of this study is to evaluate if an internet-based CBT (Cognitive Behavioral Therapy) programme for weight stability after LCD (Low Calorie diet) treatment for obesity, can reduce weight gain and improve weight stability, self reported health, pain, eating behavior, fatigue and mood. Adults with obesity and health problems in primary health care are invited to be part of the study. The geographical area is Orebro county which has in all 29 primary health care centers. Population is 276 000, and according to population studies around 15% of the adult population has a BodyMassIndex (BMI) over 30, which is characterized as obesity according to WHO. Specific objectives are; - To evaluate if internet-based CBT treatment after LCD improves weight stability after 1 and 2 years. - To evaluate if weight loss improves metabolic parameters such as HbA1c, blood glucose, Cholesterol, Low density lipoproteins (LDL),High density lipoproteins (HDL) , triglycerides (TG) and Bloodpressure (BP) - To evaluate weight loss influence on quality of life, body pain, eating behavior, obesity related problems, fatigue and mood, and to see if CBT program for weight stability also improves these factors - To evaluate if LCD treatment is a possible treatment for obesity in ordinary primary health care Patients taking part in the study, undergo a 12 week period of Low Calorie Diet (LCD) treatment, followed by a 12 week reintroduction to ordinary food. During this period the patient has contact with the primary health care nurse and doctor. After 24 weeks of treatment, the patient who follows the study is supposed to have lost around 10% of initial weight.All patients losing more than 7% weight during the first 24 weeks, are randomized to either ordinary follow up (group 1) or an internet-based CBT programme for weight stability (group 2). All patients in the study are followed at 1 year by doctor, and at 2 year by nurse visit.
The purpose of this study is to examine the effects of a weight reduction program in adults, seen in a primary care setting, with overweight/obesity perceived as a health problem or with diseases related to overweight/obesity and ambitions to achieve weight reduction as part of treatment.
The investigators purpose is to study how CBT (cognitive behavioral therapy)-based weight loss program affects on eating behavior, weight loss and risk factors for CHD (coronary heart diseases)and type 2 diabetes. Moreover, the investigators aim is to recognize subjects suffering from anhedonia (one of the core symptoms of depression, lack of pleasure) and follow how they benefit from the program in order to achieve maintained weight loss. Also, the associations between weight loss, physical activity and musculoskeletal disorders are studied.
Approximately 60 obese, but otherwise healthy, subjects will be assessed in this benchmark study to investigate the physiological changes associated with weight loss and regain. The aim is to estimate the changes in body composition during and after three interventions (i) calorie restricted diet + a marketed anti-obesity drug (sibutramine )(ii) calorie restricted diet + sibutramine placebo, and (iii) calorie restricted diet + moderate exercise. The interventions will last 12 weeks, after which there is a further 12 week observation period during which subjects will return to their normal lifestyle and are expected to regain weight. Additionally, a range of biomarkers may be evaluated to determine whether there are correlations at early and late time points with weight and fat loss and weight and fat regain. The changes in body composition and other biomarkers will be used to determine whether mathematical models can be built that predict the weight loss and regain of individual subjects. In addition, the usefulness of tools that may aid the physiological characterisation of weight loss/regain will be assessed, in particular methods for measuring energy expenditure and energy intake such as ambulatory activity meter, Sussex Ingestion Pattern Monitor ™ (SIPM), hunger-satiety VAS, indirect calorimetry and, if available, the Theranos in-home graphical user interface (GUI) portal. Knowledge of the body composition changes resulting from these typical weight loss interventions and predictive markers of response would facilitate the design of future studies for novel anti-obesity agents and allow earlier, more informed triaging of NCEs.
The investigators are conducting a study that will investigate the possible mechanisms of weight loss associated with exenatide treatment and the metabolic characteristics of high responders (i.e. subjects who achieve greater than 5% weight loss) to exenatide treatment. The investigators will also examine the magnitude and duration of weight loss among a cohort of high responders over 52 weeks of treatment, and at 3 and 6 months following treatment. Hypothesis: The mechanisms of weight loss with exenatide are not fully understood, and weight loss responses to exenatide are highly variable, possibly reflecting distinct metabolic parameters. By identifying and following a group of obese women who lose greater than 5% body weight after short-term exenatide treatment, the investigators can gain insights into the possible mechanisms of weight loss and assess long-term weight loss with this pharmacotherapeutic intervention.
By affecting the gastroesophageal pressure gradient, obesity predisposes to reflux of gastric contents. The investigators hypothesized that the loss of weight will decrease this gradient and as a result decrease the severity and frequency of GERD symptoms. GERD negatively affects health related quality of life. Since loss of weight may decrease gastroesophageal reflux, the investigators hypothesized that it obesity contributes to poor quality of life in GERD subjects and losing weight should also favorably impact and improve quality of life in GERD patients.
Patients with overweight or obesity are in need to loose weight and represent a particularly challenging medical condition. Undoubtedly, any intervention achieving a negative energy balance over an extended time period will result in weight loss. Although several treatment modalities are available, currently the most extended approaches are lifestyle changes, pharmacotherapy, and bariatric surgery. Given the limited approved anti-obesity drugs, the main therapeutic strategies involve either conventional treatment or bariatric surgery. Conventional weight-reduction programs pursue a safe weight loss rate of 0,5-1,0 kg per week. The main modifiable factors affecting energy balance are dietary energy intake and energy expended through physical activity. In spite of the difficulty in achieving relevant and sustained weight loss via the conventional approach, some patients are successful in reducing weight and obesity-associated complications. Bariatric surgery has proved to be the most effective long-term treatment for weight loss and comorbidity improvement. While some of the surgery-induced benefits are directly dependent on adipose tissue reduction, others are due to specific gastrointestinal changes that take place early on and before any significant effects on body weight are observed. The present study contemplates the determination and comparison of the anthropometric and metabolic changes produced by the conventional and surgery-induced treatment modalities. Particular emphasis will be placed on the potential differential effects between conventional and surgical weight loss on body composition changes, circulating adipokines and gastrointestinal hormones together with their subsequent impact on cardiometabolic risk factors.
The purpose of this study is to find out the impact of improving diabetes control through weight reduction and lifestyle changes on a common diabetes complication called peripheral neuropathy.
The main purpose of this study is to help us understand the effects of diabetes medication Liraglutide on weight loss and hunger. The investigators have already determined what the highest tolerated dose of Liraglutide is through earlier human research studies. Liraglutide was approved by the FDA in January 2010 for treatment of diabetes. The investigators will also study the following: 1. The impact of Liraglutide on brain responses to food 2. It's effect on physiological and mental performance 3. If its effect on the brain differs among obese and lean diabetic subjects.
Almost half of the Dutch population is currently characterized by overweight and obesity. Losing weight is not the problem in obesity treatment, it is the seemingly obligatory weight regain after weight loss: the yoyo-effect. The primary objective of this study is to investigate the association between the weight-loss-induced cellular stress response and the rate of weight regain. The secondary objective is to investigate the differences in cellular stress response and weight regain after rapid and slow weight loss. To investigate this, subjects will receive meal replacements replacing either all or part of the daily meals during the intervention period. THe first group will consume 500 kcal/d diet for 5 weeks while the second group consumes a 1250 kcal/d diet for 3 months, both followed by 1 week normalization and a 2 week strict weight maintenance diet. During the 9-month follow-up period subjects will receive dietary advice according to the Dutch recommendations for healthy eating. The association between the amount of weight regain after the weight loss period and changes in adipokines, parameters of adipocyte metabolism, in vivo adipose tissue metabolism, adipocyte extracellular matrix gene expression profiles, adipocyte stress protein expression and gene polymorphisms in selected genes.