Recalls in the food and beverage industry due to contamination incidents can be catastrophic for a company. Not only do ...

The international Healthy Crops consortium has developed an innovative strategy to combat the disease bacterial blight (for ...

Researchers have discovered that naturally occurring gut microbes produce indoles—compounds that play a key role in ...

Addressing one of the longstanding challenges in gastrointestinal drug delivery, Virginia Tech researchers have transformed gut bacteria into tiny protein factories. These engineered microbes ...

Using genes borrowed from bacteria, Macquarie University-led research has demonstrated fish and flies can be engineered to ...

Scientists from Australia have successfully bioengineered genetically modified fruit flies and zebrafish capable of absorbing ...

Scientists from the Institute of Applied Ecology of the Chinese Academy of Sciences have identified a strain of bacteria that can break down harmful pollutants in saline environments, such as ...

Researchers have identified Dehalogenimonas strain W, a marine bacteria that breaks down toxic industrial pollutants in saline waters. This strain thrives in estuaries by producing ectoine, a ...

It is a tiny but extraordinary microorganism that thrives in toxic environments filled with heavy metals. While most life forms would perish in such conditions, this resilient bacterium has evolved to ...

Biofilms are an important, but incompletely understood, form of growth and survival for many bacteria ... clot of fibrin and platelets. However, using the rabbit model, Höök and Sand showed ...

Introduction: Stabilization of heavy metals through phosphate-solubilizing bacteria (PSB) induced phosphate precipitation and urease-producing bacteria (UPB) induced carbonate precipitation are ...