View clinical trials related to Weight Loss.
Filter by:A prospective study on 50 consecutive patients who are going to have a lower body lift procedure is performed. Measures include comorbidities and complications. Risk factors assessed including patient age, gender, highest lifetime body mass index (BMI) (BMI max), current BMI, excess weight loss (EWL), type of weight loss and nicotine consumption.
The purpose of this parallel design study is to assess the relative effects of two 12-week healthy eating dietary interventions: general healthy eating (Diet A) and general healthy eating combined with advice to increase fibre intake (Diet B) to at least 25g/day (with a large proportion of the fibre intake derived from cereal or wheat bran), in overweight low-fibre consuming premenopausal female adults on body weight change (kg). It is hypothesized that adding fibre to a healthy eating diet (Diet B) would lead to greater weight loss and/or weight loss maintenance than following a healthy eating diet alone (Diet A).
The purpose of this study is to test the extent to which incentives, when combined with an existing evidence-based weight loss program, improve weight loss and weight loss maintenance. It will also compare the cost-effectiveness of the incentive-based weight loss programs to the basic program without incentives.
The purpose of this study is to assess the feasibility and efficacy of an electronically-mediated, pregnancy and postpartum, behavioral intervention program, compared to usual obstetric care, on changes in weight and cardiometabolic biomarkers among overweight and obese Black women.
Before and during bariatric surgery patients are given oral and i.v. midazolam, respectively and blood samples are drawn to establish midazolam time-concentration profiles. After 0.5-2 years, and substantial weight loss, oral and i.v. midazolam are administered once more and blood samples are taken again.
Super Obesity, i.e. a BMI above 50, is difficult to treat. Normal gastric bypass surgery is not always enough for proper weight control. Bypassing a longer segment of the gut may be more beneficial. Which part to bypass is not clear. The investigators want to compare the effects between preventing a 60 cm proximal (oral) portion of the jejunum from food contact with the effects when preventing a 200 cm part of the jejunum from contact with bile and pancreatic juice. Endpoints are quality of life, gastrointestinal function, and weight development.
Physical inactivity and overweight are two accepted risk factors for breast cancer. However, because of their correlation it is not clear which is most relevant to risk. The investigators now set out to study whether physical activity in addition to weight loss by diet only, affects sex hormone levels, known to be related to breast cancer risk. In the SHAPE-2 study 250 healthy overweight/obese and physically inactive women are randomly allocated to a diet-induced weight loss group, a combined exercise- and diet-induced weight loss group or a control group. The aim of the first two intervention groups is to loose 5-6 kg of bodyweight, either by dieting or mainly by increased physical activity. Measurements are performed at baseline and after 21 weeks, the end of the study period. The aim of this study is to provide insight into the effect of weight loss mainly driven by exercise compared to equivalent weight loss due to nutritional calorie restriction on breast cancer biomarkers.
Weight loss is a frequent problem associated with Alzheimers disease (AD). Mirtazapine has weight loss as a frequent side effect. The aim of this retrospective study is to check whether mirtazapine 30 mg (once daily) can counteract weight loss in patients with AD or mixed dementia (AD + vascular).
The primary aim of this study is to examine the effect of the consensus public health recommended level of physical activity [moderate physical activity (MOD-PA) = 150 min/wk] versus a higher dose of physical activity [high physical activity (HIGH-PA) = 250 min/wk] in the context of a comprehensive behavioral weight loss program that a includes a reduction in energy intake measures of cardiovascular function using cardiac MRI and biomarkers of vascular disease risk. Each of these exercise doses will be compared independently to a Diet Only group intervention on the proposed primary and secondary outcomes, with MOD-PA also compared to HIGH-PA. This study involves the recruitment of 390 overweight and obese adults who will be randomly assigned to one of the above conditions (Diet Only, MOD-PA, HIGH-PA) for a period of 12 months. The primary outcome is LVM measured by cardiac MRI. Secondary outcomes include additional cardiac MRI measures (aortic pulse wave velocity, end diastolic volume, aortic distensibility), inflammatory markers (CRP and TNFα) and selected adipocytokines (adiponectin) as biomarkers of risk related to vascular outcomes, body weight, body composition, and cardiorespiratory fitness, and traditional CVD risk factors (lipids, glucose, insulin, blood pressure). Additional secondary analyses will allow for examination of the effects of physical activity independent of weight change on the primary and secondary outcomes.
Obesity is an epidemic and the majority of breast cancer survivors are overweight or obese. The American Cancer Society has called for weight loss treatment to be standard of care for overweight women with breast cancer. During therapy women with breast cancer often gain weight and lose lean muscle mass. Overweight breast cancer survivors are more likely to have their cancer come back. The reason why overweight breast cancer survivors are more likely to re-occur has not been well studied, but changes in how insulin works may contribute. Overweight survivors are also at risk for the other chronic diseases associated with obesity. Fortunately, weight losses of as little as 5-7% of baseline body weight can improve risk of chronic disease. An effective behaviorally-based, lifestyle intervention delivered via the internet has been developed at the University of Vermont. This successful intervention has not been tested among breast cancer survivors. Given that women tend to lose muscle mass during cancer therapy the addition of a resistance training component to the weight loss intervention may be important. Therefore the overall goal of this project is to pilot test a proven distantly- delivered behavioral weight loss intervention among overweight breast cancer survivors and to evaluate whether a resistance program results in improvements in lean body mass, while studying how both interventions change insulin sensitivity. Specifically, this project is a randomized, controlled clinical trial designed to test the effectiveness and acceptability of a 6-month behavioral weight loss intervention with and without resistance training. Participants will be randomized to one of two groups: 1) behavioral weight control treatment via the Internet; or 2) behavioral weight control treatment via the Internet plus a resistance training program. Women eligible to participate include overweight breast cancer survivors who are age 50 or older and 6-36 months past receiving chemotherapy. Assessments will be conducted at baseline and six months and will include measures of body weight, muscle mass, adherence to treatment, and insulin sensitivity.