Skin Barrier Function in Neonates and Infants

Барьерная функция кожи у новорождённых и младенцев
Eung Ho Choi
2025-01-01

atopic dermatitisinfant skinneonatal skin barrierskin pHskin permeability
This review focuses on the skin barrier function in neonates and infants, emphasizing the structural and functional differences compared to adult skin. Neonatal and infant skin is thinner, more permeable, and less developed, which makes it more vulnerable to irritants, infections, and dehydration. Additionally, the critical role of skin pH in maintaining barrier function is discussed, noting significant changes in pH levels during early life. This review also examines the relationship between the onset of atopic dermatitis and skin barrier function, underscoring the importance of maintaining skin barrier integrity from birth to reduce the risk of atopic diseases. Finally, recommendations are offered for skincare practices in neonates and infants, emphasizing the use of mild, fragrance-free products and the importance of tailoring skincare regimens to meet the specific needs of each neonate or infant.
1
Impaired or insufficiently maintained skin barrier function is associated with the onset of atopic dermatitis and may increase atopic disease risk.
2
Maintaining skin barrier integrity from birth is emphasized as an important preventive strategy against atopic diseases.
3
Neonatal and infant skin is thinner, more permeable, and less mature than adult skin, increasing vulnerability to irritants, infection, and dehydration.
4
Recommended care includes mild, fragrance-free products and individualized skincare regimens tailored to each neonate or infant.
5
Skin pH undergoes significant changes during early life and plays a critical role in establishing and maintaining the skin barrier.

skin barrier function in neonates and infants

structural and functional immaturity, permeability, pH-dependent integrity, vulnerability to irritants, infections and dehydration, and association with atopic dermatitis

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2025-01-01
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Eung Ho Choi
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