View clinical trials related to Weight Loss.
Filter by:Primary Objective: To test the effect of pramlintide on body weight in clozapine- and olanzapine-induced weight gain in persons with schizophrenia who are currently taking either drug; measures of the metabolic syndrome will be evaluated as well.
This study will investigate how to better predict why some individuals gain or lose weight more easily than others. It will examine whether the increase in the amount of energy a body burns in 24 hours with overeating or the decrease over 24 hours with fasting can help determine how easily someone gains or loses weight. Healthy people between 18 and 60 years of age who have a body mass index (BMI) between 18.5 kg/m(2) and 24 kg/m(2) (for overfeeding study) or a BMI greater than 27 kg/m(2) with a body weight less than 350 pounds (weight loss study) may be eligible for this study. The study requires a 10-week admission to the NIH Clinical Center (2-week baseline, 6-week overfeeding/weight loss, 2-week post-weight change). Participants undergo the following tests and procedures during the hospital admission: - Medical history, physical examination and laboratory studies - Questionnaires to assess eating behavior, food preferences, body composition, and activity level - Body composition assessment (height, weight, waist circumference, and fat mass and muscle content through DXA and MRI scans) - Oral glucose tolerance test - Meal test to measure the response of certain hormones to food - Activity monitors to determine activity level - Metabolic chamber study to measure calories burned over 24 hours and monitor body temperature - Free-living energy use study to measure calories burned under normal home conditions over 7 days - Fat and muscle biopsies - Dietary intervention: Measurements of food intake and energy loss over a 6-week overfeeding (1.5 times the subject s normal food intake) or weight loss (one-half the subject s normal food intake) program Followup procedures after the inpatient stay: - Height and weight measurements at 6 months (overfeeding study participants) and monthly for the first year, at 3-month intervals for the second year, and then yearly for 3 more years (weight loss study participants) - Yearly visits (2-night inpatient stay) for all participants for repeat meal test, DXA, oral glucose tolerance test, behavioral questionnaires and, in women who can become pregnant, pregnancy test
The aim of this study is to measure important components of weight change in patients who underwent bariatric surgery on measures of fat mass and its distribution and fat-free mass (FFM) (bone mineral density, skeletal muscle, and specific organs) at 60 months (T60) and 84 months (T84) post-surgery, and to compare compartment sizes with stable weight controls.
The primary objective of this study is to assess, over a period of 12 months, the effect on weight loss and weight maintenance of rimonabant 10 mg in comparison with rimonabant 20 mg in overweight/obese patients after an initial treatment period of 6 months with rimonabant 20 mg. Secondary objectives are to assess the effect of rimonabant over a period of 12 months on waist circumference, high-density lipoprotein (HDL)-Cholesterol and triglycerides (TG), fasting plasma glucose (FPG), fasting insulin and to evaluate the long-term safety and tolerability of rimonabant 10 mg and 20 mg over a period of 12 months after randomization in overweight/obese patients.
This study will involve secondary data analysis for a study done by Wylie-Rosett et al. in 2001 that evaluated the costs and effects of incremental components of a weight-loss program. Data analysis will involve cross-sectional and predictive analyses and may include: regression analyses to determine predictors of weight loss and cardiovascular risk, correlations between weight reduction strategies and biological indices, and interactions between biomarkers of inflammation and traditional cardiovascular risk factors. This data will also be available for economic modeling.
Obesity and osteoarthritis (OA) co-exist in an increasing part of the population. The two diseases intertwine in several ways. The evolution in the population shows a tendency towards deterioration of both by increasing general age and weight. The two diseases share pathogenetic features and the development of one disease increases the risk of the other and may be the onset of a vicious circle. There is a link between treatments of these two diseases as well. There is now solid (gold) evidence that by treating effectively the obesity of patients with co-occurring OA, the functional status is dramatically ameliorated; the short-term results are equal to that of a joint replacement. The long-term efficacy of a weight loss remains to be shown. OA is definitely one of many diseases in which obesity must be taken seriously into account when planning a correct treatment of patients. This trial has two phases, the first (16 weeks) consisting of a dietary intervention with low-energy diet and the second (52 weeks) a randomized, three group (each n>50 patients) controlled study of maintenance of weight loss by either continuing dietary instruction, exercise, or a control group. The hypothesis is that maintenance of an initially induced weight loss is dependent on attention rather than any specific therapy.
The study was designed to evaluate the long term efficacy and safety of Meridia 15 mg daily in obese subjects.
To compare the effect of megestrol acetate concentrated suspension and placebo on caloric intake in patients with cancer-associated anorexia.
Purpose of the study is to compare the effects of megestrol acetate concentrated suspension and placebo on caloric intake for the treatment of cancer-associated anorexia in patients with lung or pancreatic cancer
We hypothesize that a combination of high-caloric expenditure exercise and behavioral weight loss counseling would lead to a greater loss of fat mass and a greater improvement in cardiometabolic risk factors that standard (lower caloric expenditure) cardiac rehabilitation exercise plus counseling.