Washing away stubborn biofilms using fungal cleaning products

Lurking inside pipes and on the surfaces of indwelling medical devices, slimy layers of bacteria, called biofilms, cause problems ranging from largescale product contamination to potentially fatal chronic infections. Biofilms ...

Water bacteria have a green thumb

The sheer endless expanses of the oceans are hostile deserts—at least from the perspective of a bacterium living in water. Tiny as it is, its chances of finding sufficient nutrients in the great mass of water would seem ...

Study shines light on spread of Candida auris

Candida auris is capable of forming high burden biofilms, which may help explain why this fungal pathogen is spreading in hospitals worldwide, according to a study published this week in mSphere, an open-access journal of ...

How to control biofilms in space

Researchers from MIT will be collaborating with colleagues at the University of Colorado at Boulder on an experiment scheduled to be sent to the International Space Station (ISS) on Nov. 2. The experiment is looking for ways ...

Bacteria contradict Darwin: Survival of the friendliest

New microbial research at the University of Copenhagen suggests that 'survival of the friendliest' outweighs 'survival of the fittest' for groups of bacteria. Bacteria make space for one another and sacrifice properties if ...

Nanostructures help to reduce the adhesion of bacteria

Scientists have shown how bacteria adhere to rough surfaces at the microscopic level. Now a team of researchers has discovered that precise analysis of the topographical composition of nanostructured surfaces provides a direct ...

Researchers grow citrus disease bacteria in the lab

Washington State University researchers have for the first time grown the bacteria in a laboratory that causes Citrus Greening Disease, considered the world's most harmful citrus disease.

The art of worming through tight spaces

How active matter, such as assemblages of bacterial or epithelial cells, manages to expand into narrow spaces largely depends on their growth dynamics, as LMU physicists demonstrate in a newly published study.

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