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Exposure to the body’s humidity causes a film of the microbes to change shape, opening flaps in the garment to allow for increased airflow.

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image: Bees Live the City Life in Detroit

Bees Live the City Life in Detroit

By Catherine Offord | September 1, 2017

Important pollinators under threat from habitat destruction, bumblebees may find refuge on vacant land throughout Michigan’s largest metropolis.

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image: Brain Bugs

Brain Bugs

By The Scientist Staff | September 1, 2017

Neuropharmacologist John Cryan of University College of Cork in Ireland explains the links between the microbiome and the central nervous system.

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image: City Bees

City Bees

By The Scientist Staff | September 1, 2017

See the urban landscapes in Detroit where researchers are studying the fates of pollinators that adopt a metropolitan lifestyle.

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image: Discovery of the Malaria Parasite, 1880

Discovery of the Malaria Parasite, 1880

By Shawna Williams | September 1, 2017

Most didn’t believe French doctor Charles Louis Alphonse Laveran when he said he’d spotted the causative agent of the disease—and that it was an animal.

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image: Far-Out Science

Far-Out Science

By Mary Beth Aberlin | September 1, 2017

How psychedelic drugs and infectious microbes alter brain function

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image: How Microbes May Influence Our Behavior

How Microbes May Influence Our Behavior

By Amy Lewis | September 1, 2017

Researchers are piecing together the links between the gut microbiome and mental health.

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image: Living Fabric

Living Fabric

By The Scientist Staff | September 1, 2017

See the bacteria-powered, breathable clothing made by former MIT researcher Wen Wang and colleagues.

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image: Motor Man

Motor Man

By Anna Azvolinsky | September 1, 2017

Ron Vale has spent a career studying how molecular motors transport cargo within cells. He’s also developed tools to help scientists communicate their findings.

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image: Researchers Identify Clue to Asymmetric Cell Division

Researchers Identify Clue to Asymmetric Cell Division

By Shawna Williams | September 1, 2017

Phosphorylation of a surface protein on endosomes is key to the organelles’ uneven distribution in daughter cells.

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