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Human skin unique among mammals; has less diverse microorganisms: Study

Habitat, shift towards hygienic lifestyle may have contributed to the unique makeup of microbial communities on human skin.

Published: 11th June 2018 07:10 PM  |   Last Updated: 11th June 2018 07:17 PM   |  A+A-

Josh Neufeld. (University of Waterloo, Canada)

By PTI

TORONTO: Humans are unique among mammals when it comes to the types and diversity of microorganisms on our skin, which could have implications for our health and immune systems, a study has found.

Researchers from the University of Waterloo and the University of Guelph in Canada conducted the most comprehensive survey of mammals to date.

The study, published in the journal, Proceedings of the National Academy of Sciences of the United States of America (PNAS), found that human microbiome - the collection of microorganisms such as bacteria, fungi, and viruses that naturally occur on our skin - contains significantly less diversity than that of other mammals.

"We were quite surprised when we saw just how distinct we humans are from almost all other mammals, at least in terms of the skin microbes that we can collect with a swab," said Josh Neufeld, a professor at the University of Waterloo.

"The first line that gets hit by modern hygienic practices is our skin," said Ashley Ross, a graduate student at Waterloo at the time of the research.

"Our skin is the largest organ of the body and the main barrier to the external environment," said Ross.

Living in homes, bathing and wearing clothing may all have contributed to the unique makeup of microbial communities on human skin.

Habitat was another important factor linked to the skin microbes on mammals that were sampled for this study.

"We were able to measure phylosymbiosis between some of the mammalian classes and the corresponding communities on their skin," said Kirsten Muller, a professor at Waterloo.

Despite these important influences on mammalian skin microbial communities, the study found evidence that microbial communities on the mammalian skin may have changed over time with their hosts, a phenomenon called phylosymbiosis.

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