View clinical trials related to Weight Loss.
Filter by:Aim: The impact of extended antral resection (AR) after laparoscopic sleeve gastrectomy (LSG) on weight loss changes and metabolic response is still not clearly elucidated with conflicting results. The investigator's retrospective cohort study aimed to determine whether AR is superior to antral preservation (AP) regarding weight loss and resolution of co-morbidities. Methods: Patients were divided into two groups according to the distance of gastric division as AR group (2cm from pylorus) and AP group (6cm from pylorus). Postoperative excess weight loss percentile (%EWL) and total body weight loss percentiles (%TBWL) at the end of first, 6th and 12 months were compared. Secondly, metabolic parameters and complications were compared.
One in three college students have overweight or obesity and are in need of brief and simple weight loss interventions that complement their unstructured lifestyles. Implementation intentions, a strategy that connects a goal-aligned behavior to a cue, facilitate goal-attainment for a wide variety of health-behaviors, but have not been tested as a stand-alone treatment for weight loss in students. College students with overweight or obesity (N = 95) were randomized to one of three conditions: an implementation intention group (IMP), an enhanced implementation intention group (IMP+) that included text message reminders and fluency training (i.e., training for speed and accuracy), and a control goal intention group (GOL) for four weeks. Participants completed anthropometric and self-report assessments pre- and post-treatment as well as experience-sampling assessments during the study to assess how implementation intentions contribute more directly to behavior change
The major aim of the proposed study is to develop a gender-sensitive individually tailored add-on intervention that focusses on improving individual gender-specific SIRs (subjective illness representations) in obese or overweight individuals. We will investigate whether this will improve compliance with and long-term success of common weight loss interventions. The effectiveness of this intervention in every-day-life with regard to weight-related behavioral changes and weight loss will be evaluated within a randomized controlled setting.To enhance the applicability of the intervention in every-day-life and its dissemination we plan to develop a smart-phone-based intervention.
Adverse childhood experiences (ACEs) are repeatedly shown to predict negative biopsychosocial health outcomes, including obesity. High rates of ACEs in communities are often paralleled by high obesity rates, and higher ACEs, such as child abuse, have been shown to positively predict later obesity and use of unhealthy weight control behaviors. Thus, in light of the high prevalence of and potential causal links between early-life stress and obesity, there is a critical need to further explore the ACEs-obesity relationship in order to understand and to improve obesity outcomes. Given the adverse impact of ACEs and obesity on brain health, two potential high impact treatment targets of the ACEs-obesity relationship will be explored in the proposed pilot study: 1) markers of neurocognition (i.e., executive function; EF) and, 2) brain health/plasticity (i.e., neurotrophins like brain-derived neurotropic factor; BDNF and glial cell derived neurotrophic factor; GDNF). Specifically, this trial will be the first to 1) Identify whether brain markers of neural health (e.g., neurotrophins) are related to ACES and/or neurocognitive EF performance, and 2) Test whether neuronal or glial neurotrophins predict or change in response to weight loss. Addressing these two needs advances the science of whether ACEs and EF levels are differentially related to brain indices of neural and glial health/plasticity. Results of this pilot may identify a neural substrate and/or profile by which ACEs promote obesity that may ultimately be more amenable to pharmacologic intervention in order to promote weight loss outcomes. This group-treatment trial will assess 48 obese adults randomized to either an 8-week behavioral weight loss treatment group (n=24) or a wait list control (n=24). Our primary endpoints are percent reductions in body weight and changes in neurotrophins (e.g., BDNF, GDNF). Weight and blood specimens will be assessed at baseline, post-treatment (8-weeks), and follow-up (12-weeks). In testing these endpoints, we will meet the following aims: 1) To test whether neurotrophins are related to ACEs and executive function (EF), and 2) To test if neurotrophins predict or change in response to weight loss trajectory. ****The above description describes the study design that was terminated prematurely due to Covid-19. The following description is the modified protocol. The treatment described above was canceled and the present study focused on the baseline visit. In this visit, participants participated in a stress reactivity protocol, so instead of looking at change in BDNF, GDNF, and inflammatory markers after weight loss treatment, we looked at change in BDNF, GDNF, and inflammatory markers after the stress activity task. This information will tell us about how ACEs status is related to these biomarkers at baseline and in response to stress.
The main goal of the proposed study is to compare the effects of weight loss (WL) alone with WL plus weighted vest use or WL plus resistance exercise training (RT) on indicators of bone health and subsequent fracture risk.
The objective of this study was to assess the effectiveness of a 6-month text-based mobile health and wellness (mHWC) intervention, as compared to usual care (UC), for weight loss in adults. Participants were randomly assigned to one of the two groups (mHWC or UC). At the beginning of the study, both groups were given a Fitbit wearable device, and a weight scale. All participants also received a counseling session from a dietician focused on diet, physical activity, and sleep, and were set up on the Nudge app, a commercially-available mHWC platform. Participants in the mHWC group received text-based coaching messages via Nudge and did not return to the clinic for the duration of the 6-month intervention. Those in the UC group met once a month with a pharmacist or dietician for 6 months. In both groups, the focus was on facilitating health behavior change related to diet, physical activity, and sleep to promote weight loss. We hypothesized that weight loss at 6 months would be greater in the mHWC group vs. the UC group.
Internet-based applications are potential supporters for individuals in weight loss programs due to their accessibility and wide access. These applications are aimed at changing the lifestyle of individuals. This study is a randomized controlled study aiming to evaluate the effect of phone application supported nutrition education on weight loss according to standard education. It has been assumed that the telephone application would increase the adaptation and motivation of the people on diet. Anthropometric measurements and nutritional features of individuals, Weight Efficacy Lifestyle (WEL test), Quality of Life SF-36, Rosenberg Self-Esteem, Obese Individuals Specific Quality of Life, Healthy Life Style Behaviour Scale-II and Healthy Eating Index score changes questioned as intermediate variables. Between March and September 2018, 79 people aged between 18-64 years, whose BMI was 25 and more, who were admitted to the dietitian at Ege University Faculty of Medicine Hospital Endocrine and Metabolic Diseases Clinic and received routine nutrition education were included in the study. In the first interview, the data collection form of all individuals was filled out and anthropometric measurements of all individuals were made by the researcher. All individuals received a classic nutrition education by the clinical dietician and then written personal weight loss diets. Afterwards, only a control appointment for 3 months later was given to the control group. Phone application named Motive designed by the researcher uploaded to only case group's phone. With the telephone application text, visual and video notifications were sent to case group for 3 months.
The effect of lactoferrin versus iron supplement in treating iron deficiency anemia and helping weight loss in obese school age children
More than 160 million American adults are overweight or obese. Existing weight loss interventions from self-help to gold standard behavioral treatments, while often effective, do not sufficiently maintain motivation to adhere to dietary goals in the face of powerful biological and environmental influences to consume highly palatable foods. Clarification and awareness of values, a staple of acceptance-based treatments drawn from Acceptance and Commitment Therapy, are thought to enhance autonomous motivation to engage in behaviors consistent with one's personal life values (e.g., health) in the presence of countervailing forces (e.g., hunger, deprivation). However, the independent efficacy of values clarification and awareness in facilitating weight control has never been tested. This pilot study seeks to investigate the feasibility and acceptability of a series of three weight loss workshops (based off the gold standard) infused with values clarification and awareness techniques to promote weight control. Participants will be asked to follow a reduced-calorie dietary prescription while holding their values in mind in moments of dietary decision-making over the course of one month. The primary aims of this study are to: 1) develop the series of values-infused workshops, using participant feedback to iterate and improve the treatment manual; and 2) evaluate treatment acceptability. Secondary aims are: 1) to evaluate whether clinically meaningful changes in measures of values clarification and values awareness occur; 2) to evaluate whether the intervention will lead participants to experience clinically meaningful changes in values-congruent weight control behaviors; 3) to evaluate whether the intervention will lead participants to experience clinically meaningful changes in weight; and 4) to evaluate theorized mechanisms of action in the intervention.
The goal of the proposed research is to assess the effects of a sequential combination of lifestyle and well-being intervention on weight loss and psychological well-being. It is hypothesized that psychological well-being promotion as an adjunct to life-style intervention will outperform life style intervention alone in promoting weight loss and psychological well-being in obese individuals.