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74 results for 'Antimicrobial resistance'

National award for transforming data into knowledge

Published
Friday 14th November, 2014
Categories
Working with business
University

A collaboration between Leeds-based The Phoenix Partnership (TPP) and the University of Leeds has won a national Research Council UK impact award from Innovate UK, the UK's innovation agency.

Researchers solve paradox of virus construction

Published
Tuesday 25th March, 2014
Categories
Health

A new study has solved a long-standing puzzle of how common viruses reproduce themselves during an infection, opening up new possibilities for treating a range of diseases from HIV to the common cold.

Legacies of the First World War

Published
Monday 10th February, 2014
Categories
Arts & Culture

Exploring the impact of innovation in technology during the Great War and shedding light on how people resisted the war are just two of many insights offered by new University of Leeds research.

Study pinpoints superbug resistance protein

Published
Thursday 28th November, 2013
Categories
Health

Researchers have identified a resistance protein that allows bacteria to survive chlorhexidine, an antiseptic commonly used in wipes, cleansers and mouthwashes in hospitals.

Futuristic training helps dental students brush up on skills

Published
Wednesday 24th April, 2013
Categories
Technology
Health

Dental students in the School of Dentistry will be the first in the UK to cut their teeth on new simulation technology, allowing them to hone their drilling skills on virtual patients.

Viruses act like self-packing suitcases

Published
Thursday 18th October, 2012
Categories
Health

Researchers at the University of Leeds have identified a crucial stage in the lifecycle of simple viruses like polio and the common cold that could open a new front in the war on viral disease.

Bacterial builders on site for computer construction

Published
Friday 4th May, 2012
Categories
Technology
Science
Science
Technology

Forget computer viruses - magnet-making bacteria could be used to build tomorrow's computers with larger hard drives and speedier connections.