Luna Paula Carolina
Hopital Alemán, Pueyrredón Av 1640, C1118 AAT, Buenos Aires, Argentina.
Am J Clin Dermatol. 2020 Sep;21(Suppl 1):12-17. doi: 10.1007/s40257-020-00549-5.
The skin microbial communities, i.e., the microbiota, play a major role in skin barrier function so must remain dynamic to adapt to the changes in the niche environment that occur across the different body sites throughout the human lifespan. This review provides an overview of the major alterations occurring in the skin microbiome (microbial and genomic components) during the various stages of life, beginning with its establishment in the first weeks of life through to what is known about the microbiome in older populations. Studies that have helped identify the factors that most influence skin microbiome function, structure, and composition during the various life stages are highlighted, and how alterations affecting the delicate balance of the microbiota communities may contribute to variations in normal physiology and lead to skin disease is discussed. This review underlines the importance of improving our understanding of the skin microbiome in populations of all ages to gain insights into the pathophysiology of skin diseases and to allow better monitoring and targeted treatment of more vulnerable populations.
皮肤微生物群落,即微生物群,在皮肤屏障功能中起主要作用,因此必须保持动态变化,以适应人类一生中不同身体部位所发生的生态位环境变化。本综述概述了在生命的各个阶段皮肤微生物组(微生物和基因组成分)发生的主要变化,从生命最初几周微生物组的建立开始,直至老年人群微生物组的相关情况。重点介绍了有助于确定在不同生命阶段最影响皮肤微生物组功能、结构和组成的因素的研究,并讨论了影响微生物群落微妙平衡的变化如何可能导致正常生理机能的改变并引发皮肤疾病。本综述强调了增进我们对各年龄段人群皮肤微生物组了解的重要性,以便深入了解皮肤疾病的病理生理学,并更好地监测和针对性治疗更易患病的人群。