Critical and Sensitive Periods in Development and Nutrition

Critical or sensitive periods in the life of an organism during which certain experiences or conditions may exert disproportionate influence (either for harm or benefit) on long-term developmental outcomes have been the subject of investigation for over a century. This chapter reviews research in th...

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Veröffentlicht in:Annals of nutrition and metabolism 2019-01, Vol.75 (Suppl 1), p.34-42
Hauptverfasser: Colombo, John, Gustafson, Kathleen M., Carlson, Susan E.
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container_end_page 42
container_issue Suppl 1
container_start_page 34
container_title Annals of nutrition and metabolism
container_volume 75
creator Colombo, John
Gustafson, Kathleen M.
Carlson, Susan E.
description Critical or sensitive periods in the life of an organism during which certain experiences or conditions may exert disproportionate influence (either for harm or benefit) on long-term developmental outcomes have been the subject of investigation for over a century. This chapter reviews research in the context of the development of social preferences and sensory systems, with a summary of the criteria for defining such a period and the evidence necessary to establish its existence. The notion of nutritional programming, central to the Barker/Developmental Origins hypotheses of health and disease, represents a variant of the critical/sensitive period concept. It is implicit in these hypotheses that the fetal period is a time during which metabolic and physiological systems are malleable and thus susceptible to either insult or enhancement by nutrient intake. Evidence for critical/sensitive periods or nutritional programming requires a systematic manipulation of the age at which nutritional conditions or supplements are implemented. While common in research using animal models, the approach is difficult to establish in epidemiological studies and virtually nonexistent in human clinical trials. Future work seeking to establish definitive evidence for critical/sensitive periods or programming may be advanced by harmonized outcome measures in experimental trials across which the timing, duration, and dose of nutrients is varied.
doi_str_mv 10.1159/000508053
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subjects Anatomy & physiology
Animal models
Clinical trials
Critical period
Development
Epidemiology
Fetuses
Food intake
Hypotheses
Infants
Metabolism
Nutrient solutions
Nutrients
Nutrition
Preferences
Programming
Requirements
Sensory perception
Sensory systems
Studies
Systematic review
Young Brain – Big Appetite
title Critical and Sensitive Periods in Development and Nutrition
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