Building a Microbial Forest… 14 Cells at a Time
Producing up to 14 cells per division, Corynebacterium matruchotii displays a never-before seen mechanism of multiplication, and happens to be resident on your teeth.
Producing up to 14 cells per division, Corynebacterium matruchotii displays a never-before seen mechanism of multiplication, and happens to be resident on your teeth.
The founding fathers of microbiology set immense milestones for medical innovation, but their fierce competition threatened many lives in pursuit of lifesaving discoveries.
Deep below the ice shelves of Antarctica, some creatures call this hostile environment home. Jennifer investigates how these ice shelves formed over generations and explores how scientists today made the startling discovery of immobile life beneath the ice shelf.
Holly Leslie reflects on the origin of this year’s Nobel prize-winning, CRISPR-Cas9 technology, and explores how scientists are beginning to use gene editing approaches on their quest for new medical treatments in hereditary disease.
The Royal Astronomical Society made a striking announcement in September which led to a lot of speculation. Deep Bandivadekar discusses what it really meant and the way forward.
Liam Rooney and Rebecca McHugh discuss the lesser known side of microbial co-operation and competition and how we can exploit this for our own benefit.
Bringing the fight to antibiotic resistance with the next generation of antibacterial weapons.
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