View clinical trials related to Pediatric Obesity.
Filter by:Impact of resistance training in prepubertal children with obesity focusing mostly in changes in body composition and markers of insulin resistance. Hypothesis is that this will show positive changes in this randomized controlled trial.
In the county of Oppland, Norway, questionnaires addressing physical and mental health and socioeconomic status is issued to all (1960) families who meet for the pre-school assessment at the public health clinics in 2007. Particularly growth, physical activity and diet is addressed. Families who have children with a BMI >18.9, which corresponds to BMI>30, and living in selected municipalities in the county are invited to participate in a 5 year intervention program in order to avoid future overweight conditions in children. Similarly overweight children from the rest of the county serve as controls.
The prevalence of overweight children has increased significantly over the past 3 decades and 3 out of every 4 overweight children become obese adults. Additionally, overweight children are now at risk for developing type-2 diabetes while still in their youth. To address the issue of childhood weight management, Golan and colleagues provided a model for intervention development that targets parents as an exclusive agent of change when attempting to treat weight issues for children under 12 years of age. The Kaiser Permanente Colorado (KPCO) Weight Management Program (WMP) developed Family Connections, a condensed two-session program, based on the Golan model, for parents of children between the ages of 8-12 with a Body Mass Index (BMI) greater than the 85 percentile for age and gender. There is a need to determine if the content of Golan's model can be translated into a practical intervention to be used in usual pediatric weight management practice. The Family Connections study uses three arms to determine the effectiveness of healthy eating and active living messages.
This 12-month randomized controlled trial, sponsored by NIH/NCI, aims to reduce BMI in obese adolescents (ages 11 -13) by intervening on physical activity and nutrition behaviors within primary care settings. PACE-PC is a theory-based stepped care program that enables pediatricians and primary care providers to intervene with obese adolescents to improve their anthropometric, metabolic, physiological, behavioral, and quality of life outcomes over a one-year period. The program integrates clinician counseling, health educator counseling, and phone and mail contact. It supports tailoring to the needs of obese adolescents and family members and promotes improved diet and physical activity behaviors, weight loss, and ultimately weight loss maintenance. Participants will be randomly assigned to the Enhanced Usual Care or the PACE-PC stepped care condition. The Enhanced Standard Care condition includes an initial visit and counseling by a physician, 3 visits with a health educator, and materials on how to improve weight related behaviors. The PACE-PC Stepped Care condition includes 3 steps (each lasting 4 months), with the first step being the most intensive: Step 1 includes: a physician visit, monthly health educator visits, biweekly phone counseling, and weekly dissemination of nutrition and physical activity information Step 2 includes: a health educator visits every other month, biweekly phone counseling, and weekly dissemination of nutrition and physical activity information Step 3 includes: monthly phone counseling and weekly dissemination of nutrition and physical activity information Participants randomized to the PACE-PC condition will be enrolled in Step 1 (the most intensive) for the first 4 months. Depending upon response at the end of Step 1, for the next 4 months adolescents will be triaged to Step 2 (less intensive) or will repeat Step 1. At 8 months, again based upon treatment response, triage will occur to either Step 3 (least intensive) or repetition of the previous step.
To compare anthropometric and metabolic effects of a comprehensive weight management program on obese adolescents and children in comparison to regular clinical weight management visits.
We run a successful clinic in Bristol for children with severe obesity who already demonstrate many features to suggest they are at increased risk of early diabetes and heart disease. However, we have found that young children respond better to simple interventions than do adolescents. We have used a new treatment regimen "Mandometer®" to help our most difficult adolescent cases lose weight. We would like to do a study to see if all adolescents might improve weight loss using this technology compared to what we routinely offer
This project will apply the concepts from the Chronic Care Model to the problem of pediatric obesity and proposes: 1) to assess the effectiveness of teaching primary care providers (in diverse practice settings) to use specific communication strategies with parents of overweight and obese children to help them take steps with their child toward healthy behavior change; 2) to offer core components of an efficacious evidence-based pediatric obesity treatment within the pediatric primary care setting to determine if participating children will achieve clinically meaningful weight loss (assessed as weight and BMI percentile changes at the end of treatment and at a six month follow-up); and 3) to assess the ability of trained, behavioral psychologists to offer the treatment so that desired child outcomes are achieved. The primary project outcomes will include: 1) increase in self-reported physician confidence in use of counseling skills related to pediatric overweight; and 2) change in child's diet, physical activity, weight and BMI percentile at the end of treatment and at 6-month follow-up.
The purpose of this study is to design, implement, and evaluate a recreation site-based obesity prevention & control intervention for 7-9 year old children and their families by targeting physical activity and dietary behaviors.
To determine the extent to which a clinical intervention based on the Chronic Care Model (CCM), compared with the usual care control condition, results in a smaller age-associated increase in body mass index (BMI) over a 1 year intervention (primary outcome) and a 1 1/2-year follow-up period.
Primary hypothesis to be tested: Early protein intake predicts infant growth and later risk of childhood obesity. - Childhood obesity is a major public health problem and is an identified priority concern for the health care. Infants fed formula are more likely to become obese than breastfed infants. The higher protein content of infant formulae, compared with breast milk, could be a causal factor. - The study will in a multicentre intervention trial on newborn infants investigate whether feeding infant formulae, which differ in their level of milk proteins, can influence the risk of later childhood obesity. The trial will take place in five countries with different habitual total protein intakes to increase the range of protein intakes - The investigators will study body composition, hormonal status, protein metabolism and anthropometric markers of childhood obesity. The whole cohort will be followed up until age 18 years, to assess the long term impact on the prevalence of obesity. - The investigators will explore the impact of consumer (parental) attitudes to, and perceptions of, different practices of infant feeding in relation to infant behaviour (satisfaction, crying, sleep duration). This consumer science information will help improve the understanding of consumer (infants and parents) acceptance of and preference for foods that contribute to healthy diets. - If a relationship between early dietary protein intake and later childhood obesity risk is confirmed, it offers possibilities for the prevention of obesity, for improving advice given to parents and for developing nutritionally improved dietary products for infants.