Dietary Supplementation of Rural Gambian Women during Pregnancy Does Not Affect Body Composition in Offspring at 11–17 Years of Age

Abstract

Fetal nutrition is thought to be an important determinant of later disease risk, although evidence from randomized-controlled trials in humans is lacking. We followed children born during a protein-energy supplementation trial to investigate to what extent this maternal supplement, which improved birth weight, influenced offspring body composition in adolescence. Subjects were 1270 Gambian children (659 boys, 611 girls) aged 11-17 y whose mothers had participated in the original cluster-randomized trial and had received the supplement during pregnancy (intervention) or postpartum (control). Basic anthropometry was measured using standard techniques and fatness was assessed by bioelectrical impedance analysis and population-specific prediction equations. For boys, mean body fat was 12.6% for both intervention and control groups. Mean trunk fat was 11.9% in the intervention group and 12.0% in the control. Intervention girls had a mean body fat of 19.5% and trunk fat of 15.2%; for control girls, it was 19.3 and 14.8%, respectively. BMI, body fat, trunk fat, fat mass index, and fat-free mass index did not differ for either sex when analyzed with generalized estimating equations adjusted for age, maternal height, maternal parity, location, season of birth, and menarche in females. Neither infant-attained size nor the onset of menarche were affected by maternal supplementation. These findings suggest that protein-energy supplements to pregnant women, compared with lactating women, do not affect offspring body composition during adolescence.

Early invitation to food and/or multiple micronutrient supplementation in pregnancy does not affect body composition in offspring at 54 months: follow‐up of theMINIMat randomised trial,Bangladesh

“…), but was not associated with the body composition of children at 11–17 years of age (Hawkesworth et al . ).…”

“…), but has not been associated with differences in offspring body composition at 11–17 years of age (Hawkesworth et al . ). In Indonesia, protein‐energy supplements resulted in a modest improvement in birthweight, and children were taller throughout the first 5 years (Kusin et al .…”

The Association of Early Life Supplemental Nutrition With Lean Body Mass and Grip Strength in Adulthood: Evidence From APCAPS

“…Conversely, follow-up studies of nutrition intervention trials in pregnant women have shown an inconsistent relationship between early nutrition exposure and LBM of the offspring (9, 10, 30). A widely cited study from Guatemala showed a positive association of a high-energy, high-protein supplement provided to pregnant women and young children with the LBM of the offspring (girls only) during adolescence (9).…”

Early Life Influences and Type-2 Diabetes – A Review

“…Several studies around the world have since assessed the critical role of maternal nutrition on offspring outcomes at birth and in later life [33][34][35][36][37][38][39][40][41] . In India too, studies on maternal pre-pregnancy nutrition have contributed to the developmental origins evidence base.…”