Aging Starts at Conception

The developmental-origins-of-health-and-disease framework established decades ago that adult chronic-disease risk is set in utero and in early childhood. Children’s biological-age trajectories begin diverging by approximately age five. Adverse childhood experiences are associated with telomere attrition and lifelong inflammation programming. Childhood obesity is an aging accelerator. The federation had no lifelong-trajectory perspective until now. The CureForge Developmental Origins & Pediatric Longevity Institute is the federation’s research engine for that perspective. Ten specialized AI systems collaborate across developmental programming biology, pediatric biological-age clocks, adverse-childhood-experience biology and lifelong inflammation, child-obesity-as-aging-accelerator dynamics, breast-milk biology, neonatal microbiome seeding, childhood vaccination optimization, adolescent mentalhealth coordination, pediatric rare-disease coordination, and lifelong-trajectory modeling that connects to the federation’s longevity-escape-velocity institute.

Value proposition:

• Lifelong-trajectory perspective from conception through adult longevity
• Pediatric biological-age clocks calibrated against longitudinal cohorts
• Adverse childhood experiences modeled as biology, not history