View clinical trials related to Weight Gain.
Filter by:Introduction. Obesity is the main risk factor for the development of chronic degenerative diseases in Mexico and other countries around the world. Due to the difficulty of treating obesity, it is necessary to change the curative paradigm for a preventive one. A review showed that holiday periods during the year are critical points for weight gain. The holiday season is the festive period with the greatest impact on adults' body weight. Observational studies have shown that more than 50% of the annual weight is gained during this period. However, few preventive interventions in the festive period have been carried out globally. Additionally, the COVID-19 pandemic seems to be negatively affecting diet, physical activity and body weight. So preventive interventions are needed, especially those that can be implemented in an online format. The purpose of the study is to evaluate the effect of two online interventions -Watch your Weight during the Holidays Program and the Relative 5:2 Fasting - on the prevention of body weight gain from baseline to 8 weeks in comparison with a control group in Mexican adults during the COVID-19 pandemic. Methodology: This is a Pilot Randomized Controlled Trial (RCT). The primary outcome is the change in body weight from baseline to 8 weeks. Secondary outcomes are the percentage of retention / desertion of the participants, adherence to interventions, participant satisfaction scale, changes in other obesity parameters, biochemical, physical, and quality of life variables from baseline to 8 weeks. Obesity and quality of life parameters from baseline to 52 weeks are also secondary outcomes. The statistical analysis of the primary and secondary variables will be conducted, according to their distribution, by intention to treat and, secondarily, by completer´s analysis.
This study evaluates the effect of micronized progesterone substitution in the luteal phase on resting energy expenditure in women during menopausal transition.
The primary objective of this study is to determine to what degree sugary drink warning labels increase consumers' knowledge about the potential health harms of sugary drinks and reduce sugary drink intake. The study is designed to answer three additional questions: 1) Do some warning labels work better than others? 2) What is the effect of warning labels over time? 3) If warning labels influence behavior, is it because they increase knowledge or simply provide a salient reminder that some drinks are less healthy? This study will test the effect of repeated exposure to warning labels on total calories purchased over time and assess whether knowledge or salience better explain label effects.
One possible reason that weight gain after transplant may interfere with new kidney function is due to the enlargement of a kidney structure called the glomerulus. The researchers believe that modest caloric intake reduction (CIR) early after kidney transplantation can reduce the enlargement (hypertrophy) of the glomerulus associated with kidney transplantation and may improve long term allograft survival, by reducing glomerular hypertrophy mediated progressive glomerulosclerosis.
The purpose of the proposed study is to pilot a 6-month, cognitive-behavioral binge eating intervention, Appetite Awareness Training (AAT) to reduce binge eating and prevent weight gain for Black women with a BMI > 25 kg/m^2 and with weekly binge eating episodes. Intervention participants will receive a 8-week group AAT intervention, and will also receive bluetooth-connected scales for daily weighing. Participants will also receive tailored feedback on self-weighing frequency and weight change. The investigators will follow-up with participants at six months.
The investigators aim to ascertain how food reward signals and eating behaviour relates to the gut-brain pathway in weight-losing patients after curative surgery for oesophageal cancer, and how this pathway responds to clinical treatment for this unintentional weight loss. The primary outcomes are the blood oxygen level dependent (BOLD) signal on functional MRI (fMRI), and the breakpoint during the progressive ratio task (PRT - a measure of eating behaviour), how these differ in response to multiple clinical treatment options, as well as how they relate to weight gain while on treatment.
Some individuals smoke with the perception that smoking helps control body weight. Smokers gain an average of as much as 10 pounds in the months following smoking abstinence, with heavier and more-dependent smokers gaining more weight. T The Mayo Clinic Nicotine Research Program will randomize 100 nondiabetic, overweight or obese adult smokers to active lorcaserin or placebo for 24 weeks; all of the subjects will receive open-label varenicline for 12 weeks. The purpose of this study is to assess the efficacy of a 24-week course of lorcaserin for decreasing weight gain after stopping smoking.
In current clinical practice, an acceptable standard treatment for locally advanced prostate cancer is radiation therapy in combination with hormone therapy (called Treatment B or Group B in this study). However, despite our best treatments, there is a risk that the prostate cancer may eventually return. As well, the hormonal therapy that is given to treat the prostate cancer is known to cause some harmful effects, with some patients using the hormones gaining weight, developing diabetes, having increased cholesterol levels, having increased blood pressure, and/or heart problems. This study is looking at whether Metformin, a drug that is commonly used to treat diabetes, can prevent patients from developing some of the harmful effects of the hormonal therapy. In treating diabetes, Metformin is known to decrease patients' sugar levels and also prevents patients from gaining weight, decreases their cholesterol levels, decreases the number of heart problems and allows patients to live longer. As a result, the researchers in this study are hopeful that Metformin will also be beneficial for men with prostate cancer on hormonal therapy by preventing them from developing these problems.
We will conduct a 12-week, randomized open label study, comparing usual care (UC) antipsychotic treatment (aripiprazole, quetiapine, risperidone) with ziprasidone (ZIP) in children and adolescents aged 13-18 years old. Patients will have 10 days or less lifetime antipsychotic exposure and be in clinical need for antipsychotic treatment for a pediatric psychiatric disorder with FDA indication for antipsychotic use, i.e., bipolar mania, schizophrenia-spectrum disorders, and irritability associated with autistic disorder. In addition, we will also include youth fulfilling research diagnostic criteria for severe mood dysregulation (SMD). Randomization will be stratified by high vs. low genetic risk for antipsychotic-induced weight gain based on MC4R genotype and the primary outcome will be weight change from baseline to endpoint between ZIP and UC antipsychotic treatment in each of the two genotype groups. As detailed below, other metabolic and cardiac safety parameters will also be measured and compared across treatments in each of the genotype groups.
Olanzapine is one of the most effective and best tolerated of the atypical antipsychotics, but it is also particularly associated with weight gain and metabolic problems. This study is being conducted by GW Pharma Ltd as a pilot study in order to determine the efficacy and safety of two medications GW42003 and GW42004 as a 40:1 ratio when combined with the subjects existing treatment of olanzapine in subjects with weight gain attributable to olanzapine treatment for functional psychosis. This is the first study to determine whether the study medications have a positive benefit for subjects on their cholesterol levels, body weight and other metabolic parameters, as well as a potential augmentation of the anti-psychotic effect of olanzapine. This is a multi-centre randomised, double-blind, placebo-controlled, parallel-group pilot study. There will be two groups of subjects (GWP42003 plus GWP42004 (40:1 ratio) and placebo), with a treatment duration of 6 weeks as well as a baseline period of variable length and one week follow-up. The two treatment groups will be randomised equally. In order to be eligible for enrollment in this study, subjects will need to be aged 18 years and above and be clinically diagnosed with functional psychosis and receiving olanzapine treatment for no more than 3 months with evidence of weight gain attributable to olanzapine treatment. Eligible subjects will enter the study at a screening visit (Visit 1) and commence a baseline period. Subjects will also be assessed at Visit 2 for further weight gain during the baseline period. The baseline period is flexible in length to allow time for this weight gain to be achieved and also for the olanzapine dose to be stabilised. If eligible the subject will be randomised into the 6-week treatment phase. There are a total of 6 visits in the study.