View clinical trials related to Obesity; Familial.
Filter by:This study will help researchers learn more about how babies respond to bottle nipples with larger or smaller holes. Researchers guess that infants of mothers with obesity who did not lose weight prior to pregnancy will have the greatest Suck Effect on the challenging compared with the typical nipple.
Search for mechanisms of the effect of fecal microbiota transplantation on patients with obesity
This study seeks to correlate microbiome sequencing data with information provided by patients and their medical records regarding obesity.
Existing obesity prevention efforts have had limited success among underserved, low-income children. This study capitalizes on the strengths of a nationwide ongoing Home Visitation Program (HVP), which serves at-risk, low-income, ethnically/racially diverse mothers and their infants, to test the effectiveness of delivering obesity prevention as part of their weekly, in-home services. The study will evaluate whether the integration of an obesity prevention enhancement module into existing HVP services, reduces the risk and incidence of obesity and associated risk factors in mothers and infants, compared to the provision of standard home visitation services. The study also focuses on the role of maternal factors (maternal diet, physical activity, food insecurity and feeding practices) and social factors (social network support) as mechanisms operating on infant outcomes.
The purpose of this study is to evaluate whether an intervention targeting healthy habit development reduces the risk and prevalence of obesity in low-income mothers and children. The study intends to evaluate whether the intervention, delivered in the context of home visitation services for low-income families, reduces weight gain and risk factors associated with parent and childhood obesity compared to those receiving standard home visitation services.
Our hypothesis is that aggressive preconception weight loss in obese women will improve the metabolic health of the mother and the intrauterine environment. An optimized developmental environment will normalize fetal growth and improve clinical fetal and infant outcomes, and theoretically reduce future susceptibility to obesity and cardiometabolic disease.