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• W2991462825 endingPage "611" @default.
• W2991462825 startingPage "611" @default.
• W2991462825 abstract "Human skin microbiota plays a crucial role in the defense against pathogens, and is associated with various skin diseases. High elevation is positively correlated with various extreme environmental conditions (i.e., high ultraviolet radiation), which may exert selection pressure on skin microbiota, and therefore influence human health. Most studies regarding skin microbial communities have focused on low-elevation hosts. Few studies have explored skin microbiota in high-elevation humans. Here, we investigated the diversity, function, assembly, and co-occurrence patterns of skin microbiotas from 35 health human subjects across three body sites (forehead, opisthenar, and palm) and seven elevation gradients from 501 to 3431 m. Alpha diversity values (i.e., Shannon diversity and observed operational taxonomic units (OTUs)) decreased with increasing elevation regardless of the body site, while beta diversity (Jaccard and Bray-Curtis dissimilarities) showed an increasing trend with elevation. Elevation is a significant factor that influences human skin microbiota, even after controlling host-related factors. Skin microbiotas at high elevation with more than 3000 m on the Qinghai-Tibet Plateau, had a significant structural or functional separation from those at low elevation with less than 3000 m. Notably, the clustering coefficient, average degree, and network density were all lower at high-elevation than those at low-elevation, suggesting that high-elevation skin networks were more fragile and less connected. Phylogenetic analysis showed that human skin microbiotas are mainly dominated by stochastic processes (58.4%-74.6%), but skin microbiotas at high-elevation harbor a greater portion of deterministic processes than those at low-elevation, indicating that high-elevation may be conducive to the promotion of deterministic processes. Our results reveal that the filtering and selection of the changeable high-elevation environment on the Qinghai-Tibet Plateau may lead to less stable skin microbial community structures." @default.
• W2991462825 created "2019-12-05" @default.
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• W2991462825 date "2019-11-24" @default.
• W2991462825 modified "2023-10-18" @default.
• W2991462825 title "Elevation is Associated with Human Skin Microbiomes" @default.
• W2991462825 cites W1964294626 @default.
• W2991462825 cites W1980361506 @default.
• W2991462825 cites W1981423200 @default.
• W2991462825 cites W1989496014 @default.
• W2991462825 cites W2001681624 @default.
• W2991462825 cites W2006802554 @default.
• W2991462825 cites W2007929767 @default.
• W2991462825 cites W2011312755 @default.
• W2991462825 cites W2016557105 @default.
• W2991462825 cites W2016754730 @default.
• W2991462825 cites W2043628131 @default.
• W2991462825 cites W2047774330 @default.
• W2991462825 cites W2047885502 @default.
• W2991462825 cites W2050781579 @default.
• W2991462825 cites W2057107436 @default.
• W2991462825 cites W2057821639 @default.
• W2991462825 cites W2070826422 @default.
• W2991462825 cites W2073381449 @default.
• W2991462825 cites W2074335138 @default.
• W2991462825 cites W2075536793 @default.
• W2991462825 cites W2077881600 @default.
• W2991462825 cites W2080268573 @default.
• W2991462825 cites W2080505904 @default.
• W2991462825 cites W2080758881 @default.
• W2991462825 cites W2083966995 @default.
• W2991462825 cites W2093567215 @default.
• W2991462825 cites W2099086577 @default.
• W2991462825 cites W2099780103 @default.
• W2991462825 cites W2109628725 @default.
• W2991462825 cites W2110256580 @default.
• W2991462825 cites W2110300022 @default.
• W2991462825 cites W2123402141 @default.
• W2991462825 cites W2124351063 @default.
• W2991462825 cites W2124535041 @default.
• W2991462825 cites W2127501217 @default.
• W2991462825 cites W2129214067 @default.
• W2991462825 cites W2130654293 @default.
• W2991462825 cites W2131904767 @default.
• W2991462825 cites W2136879569 @default.
• W2991462825 cites W2138124954 @default.
• W2991462825 cites W2140453901 @default.
• W2991462825 cites W2142168593 @default.
• W2991462825 cites W2147618390 @default.
• W2991462825 cites W2149421543 @default.
• W2991462825 cites W2151911433 @default.
• W2991462825 cites W2152885278 @default.
• W2991462825 cites W2157107905 @default.
• W2991462825 cites W2167123129 @default.
• W2991462825 cites W2172020371 @default.
• W2991462825 cites W2335909841 @default.
• W2991462825 cites W2347171910 @default.
• W2991462825 cites W2406424202 @default.
• W2991462825 cites W2408478603 @default.
• W2991462825 cites W2463811999 @default.
• W2991462825 cites W2486798221 @default.
• W2991462825 cites W2514892635 @default.
• W2991462825 cites W2572267431 @default.
• W2991462825 cites W2574978917 @default.
• W2991462825 cites W2599364661 @default.
• W2991462825 cites W2625157366 @default.
• W2991462825 cites W2730878814 @default.
• W2991462825 cites W2733780664 @default.
• W2991462825 cites W2751260875 @default.
• W2991462825 cites W2764084671 @default.
• W2991462825 cites W2775069863 @default.
• W2991462825 cites W2776140193 @default.
• W2991462825 cites W2783764624 @default.
• W2991462825 cites W2784511455 @default.
• W2991462825 cites W2793395765 @default.
• W2991462825 cites W2797101767 @default.
• W2991462825 cites W2801454953 @default.
• W2991462825 cites W2808476198 @default.
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• W2991462825 doi "https://doi.org/10.3390/microorganisms7120611" @default.
• W2991462825 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6955857" @default.
• W2991462825 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31771258" @default.
• W2991462825 hasPublicationYear "2019" @default.
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