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Simulations contribute to study on critical bacterial outer membrane protein

Research

Molecular dynamics simulations by Department of Biochemistry's Dr Phillip Stansfeld, in the lab of Professor Mark Sansom, have helped to reveal how bacteria construct a barrier against antibiotics and the body's immune system.

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Language learning difficulties in children linked to brain differences

A new study using MRI has revealed structural brain changes in children with developmental language disorder (DLD), a common but under-recognised difficulty in language learning. Children with DLD aged 10-15 showed reduced levels of myelin in areas of the brain associated with speaking and listening to others, and areas involved in learning new skills. This finding is a significant advance in our understanding of DLD and these brain differences may explain the poorer language outcomes in this group.

New research reveals relationship between particular brain circuits and different aspects of mental wellbeing

Researchers at the University of Oxford have uncovered previously unknown details about how changes in the brain contribute to changes in wellbeing.

Night-time blood pressure assessment is found to be important in diagnosing hypertension

Around 15% of people aged 40-75 may have a form of undiagnosed high blood pressure (hypertension) that occurs only at night-time. Because they do not know about this, and therefore are not being treated for it, they are at a higher risk of cardiovascular disease such as stroke, heart failure, and even death, suggests new research from the University of Oxford published in the British Journal of General Practice.

Unique clinical imaging dataset released for artificial intelligence research to accelerate diagnosis of prostate cancer

How artificial intelligence is shaping medical imaging

Dr Qiang Zhang of the Radcliffe Department of Medicine explains how artificial intelligence is being used to help researchers and physicians interpret medical imaging.

Researchers describe how cancer cells can defend themselves from the consequences of certain genetic defects

Researchers in Department of Physiology, Anatomy and Genetics have identified a rescue mechanism that allows cancers to overcome the consequences of inactivating mutations in critically important genes.