View clinical trials related to Pediatric Obesity.
Filter by:Obesity is a complex multifactorial disease where genetics play an important role in predisposing children to early onset obesity. Though many obesity susceptible genes and variants have been identified with obesity, the most common obesity gene, MC4R only accounts for 5% of all early onset obesity cases. This implies that there may be more obesity related genes and variants that need to be unravelled to further delineate the relationship between obesity and genetics. The investigators propose in screening the exonic regions of all the genes in obese subjects using whole-exome sequencing (WES) to discover novel obesity related variants and genes. Primary hypothesis The investigators hypothesized that our paediatric subjects with early-onset severe obesity will have strong genetic predisposition and therefore the cohort would be enriched with obesity susceptibility genetic variants. Secondary hypothesis The investigators hypothesized that there is increasing prevalence of, and possibly worsening, obesity-related complications (namely glucose intolerance, hypertension, metabolic syndrome, non-alcoholic fatty liver disease) in our severely obese children, as compared to 15 years ago, due to an increasingly obesogenic environment promoting unhealthy lifestyle and eating habits.
This is a cohort study where families with infants are followed closely for three years. It aims to assess if parental weight status (normal weight vs. overweight/obesity), their physical activity and eating habit will influence their young children's growth and be helpful in childhood obesity reducing.
Insulin Resistance is the best predictor of whether the obese adolescent will develop type 2 diabetes. The present studies will focus on determining what might cause fat to accumulate in the subcutaneous fat regions and lead to local inflammation, causing insulin resistance to develop in obese adolescents.
The investigators long term-goal is to help YMCA programs across the nation successfully acheive the Y of USA "Healthy Eating and Physical Activity Standards". Our objective here is threefold. First, the investigators will work with South Carolina YMCA leadership to achieve the "Healthy Eating and Physical Activity Standards" and implement our HEPA Strategies in YMCA programs across the state, evaluate the uptake of and adherence to the standards and strategies, and identify factors that influence their implementation. Second, the investigators will evaluate the impact of acheiving the standards on children's MVPA and the serving and consumption of FV and water during the programs. Third, the investigators will evaluate the costs associated with and the cost-effectiveness of meeting the standards in terms of improvements in activity and healthy eating.
Background: Obesity is associated with alterations in iron metabolism leading to iron deficiency. Aim: to study the prevalence of obesity among primary school students, assess iron status among overweight/obese children with age ranging between 6 and 12 years and the effect of weight reduction program on iron status. Patients and Methods: The study will be conducted on 2 groups. Group 1 will include 1025 primary school children recruited from 2 urban schools in Cairo with age ranging between 6 and 12. Anthropometric measures and prevalence of overweight/obesity will be assessed. Group 2 will include 100 obese children according to the CDC definition and 50 age and sex matched children with normal weight. All will be subjected to history taking, anthropometric measures, complete blood picture, iron profile and soluble transferrin receptor. Weight reduction program for 6 months will be done for obese children and all parameters will be re-ckecked.
Childhood obesity is one of the greatest challenges facing public health and recent evidence shows it begins in preschool aged children. It has been suggested that interventions be carried out to improve physical activity and healthy eating behaviour among young children. This study aims to fully evaluate Healthy Start, a multilevel physical activity and healthy eating intervention for preschool aged children. It is hypothesized that the Healthy Start intervention will improve both eating and physical activity behaviors of children attending early childcare centers because of its influence on multiple factors.
The aim of the study is to investigate, in severely obese adolescents, the effects of a high protein, restricted carbohydrates utilizing partial meal replacements diet (HPRC-PMR) on weight loss, body composition, and bio-chemical markers of lipid metabolism, insulin resistance, and inflammation over a 12 months period.
The purpose of this study is to compare the effects of a cooking oil on metabolic rate, appetite, and metabolic risk markers.
The study was designed as a national multi-centered cluster randomized controlled trial involving more than 70,000 children and adolescents aged 7-18 years from 7 provinces in China. In each center, about 12-16 primary and secondary schools, with totally at least 10000 participants were randomly selected (Primary: Secondary=1:1). All of the selected schools were randomly allocated to either intervention or control group (Intervention: Control=1:1).The multi-components school-based and family-involved scheme was conducted within the intervention group for 9 month, while students in the control group followed their usual health practice. The intervention consisted of four components: a) Create supportive school and family environment, b) Health lifestyles education and related compulsory physical activities, c) Instruct and promote school physical education, d) Self-monitor obesity related behaviors. Four types of outcomes including anthropometric, behavioral, blood chemical and physical fitness were measured to assess the effectiveness of the intervention program.
The H4K Trial is a randomized controlled trial to improve children's body composition by testing a comprehensive, culturally and linguistically relevant, family-oriented intervention for overweight and obese Hispanic children (ages 6-11) in three pediatric clinics in San Antonio, Texas. The H4K trial will test the efficacy of a 6-month pediatric obesity management intervention (physician counseling plus telephone counseling, newsletters and text messages) compared to standard care (physician counseling only) on three outcomes: 1) body composition (i.e., waist circumference, weight and z-BMI); 2) insulin, glucose and cholesterol levels; and 3) behavior change in physical activity (PA), sedentary behavior and consumption of sugary beverages and fruits and vegetables. The investigators will recruit 230 overweight and obese children-and a parent or guardian for each-and randomize them to the H4K intervention (n = 115 child/parent dyads) or standard care (n = 115 child/parent dyads). The investigators hypothesize that intervention children will significantly improve their body composition, increased their PA levels and diet quality (more fruits and vegetables and less sugary beverages), and decrease their sedentary activity, compared to children in standard care. If successful, this study will generate new scientific knowledge about effective Hispanic family-based approaches for obesity prevention with high potential for replication in underserved areas across the nation.