BACTERIAL GENE SWAP
Uncovering how bacteria swap genes could help fight antibiotic-resistance
Researchers have discovered a previously unknown mechanism of genetic transfer which can drive bacterial evolution.
Uncovering how bacteria swap genes could help fight antibiotic-resistance
Researchers have discovered a previously unknown mechanism of genetic transfer which can drive bacterial evolution.
FreshCheck picks up speed with launch of hygiene testing swab
In addition to launching a new product, the Imperial startup has raised an additional £400,000 and moved into a new lab in the White City Incubator.
Gut bacteria use super-polymers to dodge antibiotics
Gut bacteria exchange drug-resistant DNA and form infectious biofilms more easily than expected.
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Microbes that co-operate contribute more carbon emissions
Communities of microbes that work together release more carbon dioxide than competitive communities, contributing more to climate change.
Dormant microbes can ‘switch on’ to cope with climate change
Dormant strains of bacteria that have previously adapted to cope with certain temperatures are switched back on during climatic change, study shows.
Lab-grown cell machinery prompts real cells to sense and react to outside cues
Imperial researchers have programmed bacterial cells to react to changes in light and temperature with the help of synthetic cell machinery.
Innovative test for pig infections will bring the diagnostic lab to the farm
A test that will diagnose pig lung infections on the spot is being developed by Imperial researchers, together with College startup ProtonDx.
Flexible movement sensors and bacterial toxins: News from the College
Here’s a batch of fresh news and announcements from across Imperial.
Feature
What do I need to know about Group B Strep?
As July marks Group B Strep Awareness Month, we speak to Dr. Elita Jauneikaite about what Group B Strep is and the implications of a positive result.
Feature
How can a human challenge study help tackle the global impact of Salmonella?
Dr Malick Gibani explains how a human challenge study for non-typhoidal Salmonella can support vaccine development and protect vulnerable populations.