Key result
Persistently high adolescent BMI in mothers linked to ~2-fold higher odds of offspring obesity.
Why the study?
The study aimed to assess the impact of stress, dysregulated eating, and social genomic biomarkers on cardiometabolic risk factors among original NGHS participants now in midlife and their children.
Does maternal early life stress and a persistently high adolescent weight trajectory predict adult adiposity and cardiometabolic risk in offspring?
Cohort (n=1,177)
No
Does maternal early life stress and a persistently high adolescent weight trajectory predict adult adiposity and cardiometabolic risk in offspring?
Odds Ratio: 2
Persistently high adolescent BMI and dysregulated eating are strongly associated with adverse midlife health and predict increased odds of obesity in offspring.
Persistently high maternal adolescent BMI trajectory was associated with offspring obesity; leaves open intergenerational prevention targets pending causal studies.
PURPOSE: The National Heart, Lung and Blood Institute Growth and Health Study (NGHS) prospectively collected anthropometric, biospecimens, clinical, health behaviour and psychosocial measures associated with cardiovascular disease from childhood to young adulthood. The aim of the current study was to assess the impact of stress, dysregulated eating and social genomic biomarkers on cardiometabolic risk factors among the original participants now in midlife and their children. PARTICIPANTS: Beginning in 1987-1988, NGHS recruited black and white girls (age 9-10 years) from socioeconomically diverse backgrounds from from three sites: Cincinnati, Ohio; Washington, DC; and Western Contra Costa County, California (N=2379) and followed them for 10 years. The study maintained an 89% retention rate. The current study is 30 years after the start of the original study and focused on the participants of California (n=887) and their children aged 2-17 years. We re-enrolled 624 of 852 eligible participants (73%): 49.2% black and 50.8% white. The mean age was 39.5 years. Among the 645 eligible biological children, 553 were enrolled; 49% black and 51% white, with 51.5% girls and 48.5% boys. The mean age was 9.3 years. FINDINGS TO DATE: Longitudinal analysis of adolescent drive for thinness predicted higher scores for drive for thinness during midlife, which was indirectly associated with greater adult body mass index through adult drive for thinness. Latent trajectory modelling of adolescent growth over 10 years found that women with persistently high weight trajectory had twice the odds of having children who met the definition for obesity compared with the persistently normal group, adjusting for adult weight. FUTURE PLANS: New studies on neighbourhood socioeconomic status, food insecurity and additional biomarkers of chronic stress, microbiome and accelerated ageing (ie, telomere length and epigenetic clock) are underway. We are developing a 10-year follow-up to understand changes in ageing biomarkers of the participants and their children. TRIAL REGISTRATION NUMBER: NCT00005132.
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Laraia et al. (2023) conducted a cohort in Cardiometabolic risk and transgenerational obesity (n=1,177). Persistently high BMI trajectory during adolescence vs. Persistently normal weight trajectory was evaluated on Having children who met the definition for obesity (twice the odds).
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