Researchers develop new theory to explain random movement of particles in fluids
Mathematicians have developed a new theory to explain the strange, loopy motions seen in ‘passive’ particles immersed in ‘active’ fluids.
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How could smart surfaces help tackle infection and antimicrobial resistance?
With the increasing threat of antimicrobial resistance, researchers at Imperial are investigating new solutions to combat this ever growing threat.
Miniature Fibre-Optic Probes for Rapid Bacteria Detection
The Hamlyn Centre researchers have realised a simple new technique to fabricate fibre‐optic probes, aiming to aid the diagnosis of lung infections.
For bacteria, your community determines whether you evolve or not
A study of puddles has shown that bacteria evolve and adapt differently depending on the make-up of the community of bacteria they live within.
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Scientists find new way to sustainably make chemicals by copying nature’s tricks
Researchers have copied the way organisms produce toxic chemicals without harming themselves, paving the way for greener chemical and fuel production.
£795k award supports new African research partnership tackling drug-resistant TB
The funding, awarded as part of the MRC/DFID African Research Leader scheme, brings together researchers from Imperial and the University of Namibia.
Bacteria may contribute more to climate change as planet heats up
As bacteria adapt to hotter temperatures, they speed up their respiration rate and release more carbon, potentially accelerating climate change.
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Imperial’s Horizon2020 projects showcase at European Researchers’ Night, London
The European Researchers’ Night was an energetic festival of scientific exploration at the Natural History Museum, London on the 27 September.
Microneedle biosensors accurately detect patient antibiotic levels in real-time
Scientists have successfully used microneedle biosensors to accurately detect changes in antibiotic levels in the body, for the first time.
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TB meningitis kills and damages nerve cells in brain through ‘overstimulation’
Study reveals how tuberculous meningitis (TBM) damages the nervous system along similar lines as chronic brain conditions such as Alzheimer’s.
