A protein found in oysters has been identified as an outright killer of antibiotic-resistant bacteria, and to strengthen ...

How do bacteria - harmless ones living in our bodies, or those that cause disease - organize their activities? A new study, combining powerful genomic-scale microscopy with a technical innovation, ...

These mineralo-organic NPs resemble biological lifeforms like bacteria in terms of morphology, growth, proliferation and subculture. Formation of mineralo-organic NPs in the human body Bions ...

Similar structures were observed in human vegetations 99 ... and the pathogenesis of endocarditis as a biofilm disease is consistent with bacteria growing in biofilms. However, these reports ...

In addition, testing revealed that the protein was not toxic to human lung cells ... the protein works by disrupting the “biofilms” that bacteria often form within the body.

This same toughening process occurs in bacterial cells in the human body: When the infections move from acute to chronic, the envelopes change and the diseases become very difficult, or impossible ...

The researchers modified the particles' surface with molecules that specifically bind to bacterial cell walls but not human cells. When exposed to ... This active motion allows them to penetrate ...

The Department of Agriculture, Land Reform and Rural Development (DALRRD) has issued an alert after a bacterial disease on maize was detected in some provinces. The disease, called Goss’s Wilt ...

Nebraskensis) on maize in four provinces. Goss’s Wilt is a bacterial disease, and there are no recorded fungicides that work against it. It can be managed by planting highly resistant maize ...