OBJECTIVE: To examine associations between exposure to maternal diabetes in utero and body mass index (BMI) growth trajectories from birth through 13 years of age among a diverse cohort of youth. STUDY DESIGN: Mixed linear effects models were constructed to assess differences in BMI and BMI growth velocity from birth through 13 years of age for 95 subjects exposed to diabetes in utero and 409 unexposed subjects enrolled in a retrospective cohort study. RESULTS: The overall BMI growth trajectory (adjusted for sex and race/ethnicity) was not significantly different for exposed and unexposed subjects from birth through 26 months of age (P = .48). However, the overall growth trajectory from 27 months of age through 13 years differed by exposure status (P = .008), adjusted for sex and race/ethnicity. The difference was primarily due to a significantly higher BMI growth velocity among exposed youth between 10 and 13 years, increasing by 4.56 kg/m² compared with 3.51 kg/m² in the unexposed (P = .005). Control for demographic variables, socioeconomic factors, and maternal prepregnancy BMI did not alter the observed associations. CONCLUSIONS: Exposure to maternal diabetes in utero accelerates BMI growth in late childhood, thus increasing long-term obesity risk.
OBJECTIVE: To examine associations between exposure to maternal diabetes in utero and body mass index (BMI) growth trajectories from birth through 13 years of age among a diverse cohort of youth. STUDY DESIGN: Mixed linear effects models were constructed to assess differences in BMI and BMI growth velocity from birth through 13 years of age for 95 subjects exposed to diabetes in utero and 409 unexposed subjects enrolled in a retrospective cohort study. RESULTS: The overall BMI growth trajectory (adjusted for sex and race/ethnicity) was not significantly different for exposed and unexposed subjects from birth through 26 months of age (P = .48). However, the overall growth trajectory from 27 months of age through 13 years differed by exposure status (P = .008), adjusted for sex and race/ethnicity. The difference was primarily due to a significantly higher BMI growth velocity among exposed youth between 10 and 13 years, increasing by 4.56 kg/m² compared with 3.51 kg/m² in the unexposed (P = .005). Control for demographic variables, socioeconomic factors, and maternal prepregnancy BMI did not alter the observed associations. CONCLUSIONS: Exposure to maternal diabetes in utero accelerates BMI growth in late childhood, thus increasing long-term obesity risk.
Authors: D Dabelea; R L Hanson; R S Lindsay; D J Pettitt; G Imperatore; M M Gabir; J Roumain; P H Bennett; W C Knowler Journal: Diabetes Date: 2000-12 Impact factor: 9.461
Authors: Matthew W Gillman; Sheryl Rifas-Shiman; Catherine S Berkey; Alison E Field; Graham A Colditz Journal: Pediatrics Date: 2003-03 Impact factor: 7.124
Authors: Kaela M Varberg; Rashell O Garretson; Emily K Blue; Chenghao Chu; Cassandra R Gohn; Wanzhu Tu; Laura S Haneline Journal: Am J Physiol Cell Physiol Date: 2018-06-27 Impact factor: 4.249