Skin microbiome: What is known today?

Human skin is the largest yet complex organ that performs many functions. The skin barrier is crucial for survival, preventing moisture loss and the entry of infectious or toxic substances. Skin is also a complex habitat for a diverse population of microbiota. During childbirth and subsequent exposu...

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Main Authors: I. N. Zakharova, A. N. Kas’yanova
Format: Article
Language:Russian
Published: Remedium Group LLC 2019-11-01
Series:Медицинский совет
Subjects:
Online Access:https://www.med-sovet.pro/jour/article/view/4739
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spelling doaj-8200c514e661447d8aab5d8e24c629f12021-07-28T13:29:43ZrusRemedium Group LLCМедицинский совет2079-701X2658-57902019-11-0101716817610.21518/2079-701X-2019-17-168-1764277Skin microbiome: What is known today?I. N. Zakharova0A. N. Kas’yanova1Russian Medical Academy of Continuing Professional EducationStavropol State Medical UniversityHuman skin is the largest yet complex organ that performs many functions. The skin barrier is crucial for survival, preventing moisture loss and the entry of infectious or toxic substances. Skin is also a complex habitat for a diverse population of microbiota. During childbirth and subsequent exposure to the postnatal environment, the skin is colonized by many microbes, many of which are commensal or symbiotic. The useful functions of the resident microbiota include inhibition of pathogenic species through various mechanisms that are actively studied. Modern research is increasingly focused on the role of human microbiomes, including skin microbioms, in the development of a range of pathological diseases, including dermatological, allergic and infectious diseases. Due to the growing spread of the 16S rRNA bacteria gene sequencing method, more and more information on the microbial composition of various body systems, including the skin, is becoming available every year. The review presents current data on the composition of a healthy skin microbiome and its changes over the course of human’s life, and demonstrates some mechanisms of its effect on the health of the skin and the body as a whole. Special attention is paid to the concept of ecological niches of skin, their peculiarities and unique microbial composition. The role of microbiomal abnormalities in the development of a number of chronic inflammatory skin diseases, including atopic dermatitis, psoriasis and acne, was also analyzed.https://www.med-sovet.pro/jour/article/view/4739microbiomeskinviromeatopic dermatitispsoriasisprobioticslysateschildren
collection DOAJ
language Russian
format Article
sources DOAJ
author I. N. Zakharova
A. N. Kas’yanova
spellingShingle I. N. Zakharova
A. N. Kas’yanova
Skin microbiome: What is known today?
Медицинский совет
microbiome
skin
virome
atopic dermatitis
psoriasis
probiotics
lysates
children
author_facet I. N. Zakharova
A. N. Kas’yanova
author_sort I. N. Zakharova
title Skin microbiome: What is known today?
title_short Skin microbiome: What is known today?
title_full Skin microbiome: What is known today?
title_fullStr Skin microbiome: What is known today?
title_full_unstemmed Skin microbiome: What is known today?
title_sort skin microbiome: what is known today?
publisher Remedium Group LLC
series Медицинский совет
issn 2079-701X
2658-5790
publishDate 2019-11-01
description Human skin is the largest yet complex organ that performs many functions. The skin barrier is crucial for survival, preventing moisture loss and the entry of infectious or toxic substances. Skin is also a complex habitat for a diverse population of microbiota. During childbirth and subsequent exposure to the postnatal environment, the skin is colonized by many microbes, many of which are commensal or symbiotic. The useful functions of the resident microbiota include inhibition of pathogenic species through various mechanisms that are actively studied. Modern research is increasingly focused on the role of human microbiomes, including skin microbioms, in the development of a range of pathological diseases, including dermatological, allergic and infectious diseases. Due to the growing spread of the 16S rRNA bacteria gene sequencing method, more and more information on the microbial composition of various body systems, including the skin, is becoming available every year. The review presents current data on the composition of a healthy skin microbiome and its changes over the course of human’s life, and demonstrates some mechanisms of its effect on the health of the skin and the body as a whole. Special attention is paid to the concept of ecological niches of skin, their peculiarities and unique microbial composition. The role of microbiomal abnormalities in the development of a number of chronic inflammatory skin diseases, including atopic dermatitis, psoriasis and acne, was also analyzed.
topic microbiome
skin
virome
atopic dermatitis
psoriasis
probiotics
lysates
children
url https://www.med-sovet.pro/jour/article/view/4739
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