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Study Shows How Our Indoors can Influence Types of Bacteria Present in Homes

by Sheela Philomena on  January 30, 2014 at 3:59 PM Research News   - G J E 4
Location, connectedness, and human use patterns in a building may influence the types of bacteria they house, says study.
 Study Shows How Our Indoors can Influence Types of Bacteria Present in Homes
Study Shows How Our Indoors can Influence Types of Bacteria Present in Homes
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Humans spend a majority of their time in buildings, which have their own ecosystems of microorganisms. Microbes living in and on buildings or people may play a critical role in human health and wellbeing.

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To understand how design choices and human use influence the bacteria in the building, Steven Kembel from the University of Quebec in Montreal, Canada and colleagues, collected microbiological, architectural, and environmental data in 155 rooms in a 4- story multiuse classroom and office building on the University of Oregon campus.

They used filtered vacuum cleaners to collect dust in offices, classrooms, hallways, bathrooms, and storage closets and genetically sequenced the bacteria.

Dust samples revealed over 30,000 different types of bacteria.

Architectural design characteristics related to space type, building arrangement, human use and movement, and ventilation source influenced on bacterial community structure.

Spaces containing a large number of people or with people passing through to other spaces contained a distinct set of bacterial taxa when compared to spaces lacking these characteristics.

Restrooms contained bacterial communities highly distinct from all other rooms, including organisms associated with the human gut: lactobacillus, staphylococcus and clostridium.

Within similar offices, the source of air ventilation, mechanical versus window, had the greatest effect on bacterial community structure.

More research on the human health implications of these bacteria is needed, but understanding the factors contributing to indoor microbiology may open the door to buildings designed to influence different microbial communities.

The study is published in PLOS ONE.

Source: ANI
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