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Growth and later health: a general perspective
1The MRC Childhood Nutrition Research Centre, Institute of Child Health, London, UK.
Insights
Early growth significantly impacts long-term health, influencing risks for obesity, cardiovascular disease, and even cognitive development. Understanding these early growth patterns is crucial for preventing adult diseases.
Area of Science:
- Pediatrics
- Developmental Biology
- Public Health
Background:
- Pediatric growth and its derangements are well-studied.
- Emerging evidence highlights early growth's fundamental role in programming later health.
- Concepts like the postnatal growth acceleration hypothesis link early growth to adult disease risk.
Purpose of the Study:
- To explore the fundamental role of early growth in long-term health.
- To understand the mechanisms, triggers, and critical windows of early growth's influence.
- To identify public health implications for primary disease prevention.
Main Methods:
- Review of animal and human studies on early growth patterns.
- Analysis of evidence linking early growth to obesity and cardiovascular disease.
- Examination of the impact of early growth on brain development and cognition.
Main Results:
- Rapid early growth is associated with increased risks of obesity and cardiovascular disease.
- Early growth influences senescence and lifespan in animal models.
- Catch-up growth in infants born small may confer adverse health outcomes.
Conclusions:
- Early growth, including prenatal and postnatal phases, has profound programming effects on lifelong health.
- Understanding these effects offers potential for primary prevention strategies against adult diseases.
- Further research into the mechanisms and critical windows of early growth is warranted.
Abstract:
Whilst growth and its derangement in disease have been a long-standing focus in pediatrics, increasing evidence points to a further, fundamental role of early growth in the programming of later health. In studies on animals and humans, rapid early growth is associated with higher risk of obesity and cardiovascular disease, and in animals, senescence and life span - a concept encapsulated in the postnatal growth acceleration hypothesis. This hypothesis explains the benefits of breastfeeding to infants for reduced cardiovascular disease risk in terms of their slower early growth and the fetal origins hypothesis in terms of the adverse postnatal catch-up growth in infants born small. Early growth, notably prior to full term, also influences brain development and cognition - and emerging evidence suggests diverse, broader effects, for instance cancer and the onset of puberty. Understanding the mechanisms, triggers and windows for such effects is important, given the major public health implications, including potential new opportunities for primary prevention of adult disease.
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