View clinical trials related to Weight Loss.
Filter by:Patients were randomly assigned into 2 groups: those patients undergoing RYGB with a BPL of 70cm and those ones undergoing RYGB with a BPL of 120 cm. Excess BMI loss 5 years after surgery was investigated
The purpose of this study is to learn if a new whole-person lifestyle program improves the health of low-income mothers.
The study will investigate the effects of Metformin and Topiramate prescribed at 4 weeks post-surgery on overall weight loss at 6 months post-surgery. The investigators will study patients who, based on current diagnoses and medication regimens, could be expected to benefit the most by taking a medication to facilitate additional post-surgery weight loss. Patients scheduled to undergo laparoscopic sleeve gastrectomy (LSG) at Hartford Hospital's Bariatric and Metabolic Surgery Program will be screened, consented and enrolled in the study. Prior to surgery patients will be randomized to either pharmacotherapy or no pharmacotherapy following LSG. For those randomized to receive pharmacotherapy, medications will be initiated at 4 weeks, as this is the estimated time post-LSG at which patients advance from a liquid diet to soft foods allowing medications to be better tolerated. Once randomly assigned to the medication group, patients will receive Metformin or Topiramate based upon physician judgment and medical history. Dosages will not be adjusted during the course of the study. The primary outcome will be % total body weight loss (%TWL) at 6 months following surgery, as the majority of the weight loss after LSG occurs during the first 6 months. Data collected through up to 12 months will be analyzed. The %TWL for both arms of the study will also be assessed at 8 weeks, 16 weeks, and 9 months and one-year post-LSG. Resolution of comorbidities will be noted.
This trial examined whether a smartphone application designed to encourage a more attentive eating style could help people to lose weight, compared to a control group.
The purpose of this study is to assess the safety profile of bariatric embolizations and confirm published reports of sustained post-procedural weight loss, and pathologically assess post-procedural metabolic effects.
The purpose of this study is to determine if post-exercise protein supplementation can rescue the anabolic response of muscle and bone to resistance exercise during caloric restriction.
This study will explore whether the use of orlistat results in weight loss that is accompanied by a reduction in the body burdens of polybrominated biphenyls (PBB) and other Persistent Organic Pollutants (POPs).
A randomized controlled trial aiming to investigate the effects and possible interactions of diet induced weight loss and lactation on cardiometabolic profile
Patients and clinicians need better options to prevent the weight regain that almost universally follows a weight loss intervention. In lay terms, a new, higher "set point" seems to occur after people gain weight. Evidence from some research studies reinforces these observations, showing that processes of energy homeostasis vigorously defend the higher level of adiposity for years, if not permanently. Only bariatric surgery appears to "re-set" to a lower level of adiposity. No clear mechanism has been elucidated to date that explains these phenomena. The current proposal endeavors to address this crucial scientific gap by translating preclinical data into human studies testing novel mechanistic hypotheses. Prior studies in rodents show that a high-fat diet causes inflammation and a cellular response, known as gliosis, within hypothalamic regions regulating energy balance and glucose homeostasis. Evidence further suggests that gliosis might play a pathogenic role in obesity and type 2 diabetes mellitus (T2D) because its development precedes weight gain and impaired glucose homeostasis and its inhibition improves metabolic health. Importantly, gliosis is detectable in mice and humans by magnetic resonance imaging (MRI). Using MRI, the investigators discovered the first evidence of gliosis in obese humans and went on to show associations of gliosis with insulin resistance in humans, independent of the level of adiposity. New findings suggest that people with T2D have more extensive gliosis than is seen in nondiabetic obese subjects. Further findings reveal that gliosis improves, but is not completely reversed, 8 mo. after Roux-en-Y gastric bypass (RYGB) surgery in T2D patients. It remains unknown whether gliosis improves similarly when weight loss occurs by lifestyle change or if the efficacy and durability of weight loss via bariatric surgery is partially explained by its ability to reverse gliosis via an as yet unknown mechanism of action. We therefore propose three studies in humans to discover 1) if hypothalamic gliosis is reversed by a standard behavioral weight loss intervention, 2) if the extent of gliosis predicts successful weight loss during, or weight regain after, behavioral weight loss, and 3) the time course of improvement in gliosis after RYGB and the relation of its improvement to the short- and long-term efficacy of RYGB. Future research would define dietary, environmental, or other risk factors for the development of hypothalamic gliosis in humans. Achieving a better understanding of the role of the brain in obesity and its treatment could open new avenues for research, intervention, and prevention.
This is a randomized controlled trial to test the effects on WBI of a novel psychological intervention combined with standard behavioral weight loss (BWL) treatment, as compared to BWL alone. Participants will be a total of 72 men and women seeking weight loss, ages 18-65 years, with a body mass index (BMI) of 30 kg/m2 or above, a history of experiencing weight bias, and elevated levels of WBI. Participants will attend a screening visit in which they will complete a behavioral evaluation with a psychologist and a medical history that will be reviewed by a nurse practitioner or physician. Questionnaires assessing experiences and internalization of weight bias, with confirmation by interviewer assessment during the behavioral evaluation, will be used to determine whether participants meet criteria for having high levels of WBI. Eligible consenting participants will be randomly assigned to the standard BWL intervention (n = 36) or the BWL + BIAS program (n = 36). All participants will attend weekly, 90-minute group meetings for 12 weeks (12 visits). In the BWL + stigma intervention, 60 minutes will be devoted to BWL and 30 minutes to weight stigma. In the standard BWL treatment group, the additional 30 minutes will be devoted to sharing recipes and food preparation tips. Following 12 weeks of weight loss treatment, participants will attend group meetings focused on weight loss maintenance, every-other-week from weeks 13-16 (2 visits), and monthly from weeks 17-26 (2 visits). Maintenance sessions in the BWL + stigma group will continue to incorporate discussion of WBI. Assessments - which include questionnaires and measurements of body weight - will occur at baseline and weeks 12 and 26. Weight will be measured at every group meeting for clinical purposes.