View clinical trials related to Weight Loss.
Filter by:This study is an 8 week weight loss intervention with 3 randomly assigned groups: DIET, cold exposure (CE), and DIET+CE. The study will be a total of 13 weeks. All participants will undergo a screening session, two experimental sessions at baseline and two experimental sessions after the intervention. There will be a control (ambient) experimental session and a cold exposure experimental session These will be done in a randomized order both before and after the intervention. Therefore, a total of 5 lab visits will be required for all participants regardless of group outside of their assigned group intervention. Participants in the CE and DIET+CE groups will report to the laboratory every 2nd day for the 8 week intervention to undergo cold exposure as outlined below. The DIET and DIET+CE groups will have a weekly nutritional consultation at the lab as well as a weekly check-in with the nutritionist via text, phone, or email. Participants will be randomly assigned a group after completing the screening session and prior to the experimental session.
The incidence of cancer of the oesophagus is increasing. While surgical removal of the tumour (oesophagectomy) may offer the best chance of cure, such major operations are associated with long-term complications such as poor appetite, unintentional weight loss and nutritional impairments. In the long-term, unintentional weight loss of 10-30% increases the risk of disease and death. However, a knowledge gap exists as there has been no comprehensive assessment of how this surgery changes the mechanisms of how the gut communicates with the brain (gut-brain pathways) and its relation to food intake and eating behaviour. The aims of this study are to test the hypotheses that: 1. Oesophagectomy induces changes in the small intestine barrier (gut mucosa) and changes in hormonal signals after food consumption. 2. Oesophagectomy reduces appetite, eating behaviour, and food intake and shifts food selection from high-fat and high-glycaemic index items (quickly digested carbohydrates) to low-fat and low-glycaemic index items (slowly digested).
This study is a multi-center, open label, randomized controlled trial that main purpose of this study is to evaluate the differences of glucose control and weight loss between Beinaglutide and Dulaglutide in type 2 diabetes with overweight or or Obesity.
The aim of the study is to evaluate the effect of kangaroo care on physiological weight loss in term newborns.
Pilot study enrolling obese post HSCT (hematopoietic stem cell transplantation) patients at the hematology/oncology clinic at the Mattel Children's Hospital, University of California, Los Angeles. Parameters include percent over the 95th percentile (%BMIp95), zBMI, fasting metabolic metrics, addictive eating habits, and motivation for change.
In patients initiating Liraglutide for weight management, the objective is to compare the effect of Med diet, high protein/low carbohydrate (HP/LC) diet and low fat (LF) control diet on CV parameters, namely arterial stiffness, measured by carotid-femoral pulse wave velocity (cfPWV), and visceral adipose tissue, in addition to other metabolic indicators.
Pediatric severe obesity is the fastest growing obesity category in the United States, and anti-obesity pharmacotherapies are promising adjuncts to lifestyle modification (LSM) for the treatment of this disease. While anti-obesity pharmacotherapies have overall been associated with mean weight loss, there is substantial variability in their individual-level effectiveness. While some patients lose a significant amount of weight with anti-obesity pharmacotherapies, others lose little or even gain weight. Due to this well-recognized variability in individual-level response, the National Institutes of Health (NIH) has recognized the importance of using precision medicine approaches in order to optimize treatments for pediatric severe obesity. Pharmacometrics, which uses mathematical models to study medication dose-exposure (i.e. blood drug concentrations)-response relationships, is an emerging science that can help determine optimal dosing regimens based upon patient-specific characteristics. Pharmacometrics quantitates the interplay between pharmacokinetics (PK; drug dose-exposure associations) and pharmacodynamics (PD; drug exposure-response associations). Population PK (popPK), a type of PK, can be used to quantitate variability in drug exposure among individuals in order to help inform recommendations on therapeutic individualization (e.g. through tailored dosing). In this study, investigators will use popPK/PD modeling to characterize associations between anti-obesity pharmacotherapy dose, exposure, and changes in weight and weight-related outcomes in youth with severe obesity. This study will focus on topiramate because this medication is commonly prescribed for weight loss in youth with severe obesity and has been associated with highly variable individual-level effectiveness.
This research aims to measure anew way of calories counting using a mobile app on weight loss and adherence to the mobile app. The participants should be adults who is overweight or obese and should have a smartphone with access to the internet. The participants will fill a baseline survey, take the height and weight measurements, watch a video about the use of the calories counting and app. A follow up visit will be in 4 weeks to take the height and weight measurements and fill a questionnaire. There is an option for the participants to continue with the research for additional 11 months with visit at 3, 6 and 12 months.
The IWCR is a global scientific study aimed at better understanding the opportunities and barriers for reducing the prevalence of obesity by collecting information from people who have experience with weight management in their everyday lives. The investigators seek to gather information on a wide range of weight management experiences, ranging from weight loss and weight loss maintenance to weight gain and inability to lose weight.
The purpose of this study is to determine how an important weight loss after bariatric surgery affects obese patients ' spine, and the effects it has on low back pain, sagittal alignment and lipomatosis .