In Bacillus subtilis, three global regulatory proteins mediate both function- and metabolism-coordinating gene expression. CcpA and TnrA are the global regulators for carbon metabolism and ...

In a new study, researchers at Indiana University Bloomington have discovered a new way that bacteria can kill its ...

Researchers from Binghamton University are developing a paper-based biosensor that promises pain-free diabetes monitoring ...

Researchers have found a magnesium-dependent weakness in resistant bacteria, offering a pathway for drug-free treatments ...

Researchers may have finally discovered the "Achilles heel" of drug-resistant bacteria, which could open up new doors for ...

New tactics in controlling infection are sorely needed, with antibiotic-resistant bacteria expected to claim as many as 2 ...

Here we report the structure of an engineered replication terminator protein (RTP) of Bacillus subtilis in complex with a 21 base pair DNA by X-ray crystallography at 2.5 Å resolution.

Researchers at Indiana University Bloomington have identified a new mechanism by which bacteria can eliminate their ...

A new study has unveiled fascinating insights into the complex relationship between milk fat globules and bacteria. The ...

Natto, a traditional Japanese dish made from fermented soybeans, is famous for its unique taste and texture. Often eaten for ...

It inhibits bacterial cell wall synthesis. It is produced by Bacillus subtilis (Gehrig & Warshaw, 2008). Bacitracin is also a commonly used topical antibiotic (Jacob & James, 2004). It is ...

Millions of people with diabetes track their glucose levels daily using finger-stick devices that draw and analyze their blood ...