Derived from proteins made by the body’s immune system, monoclonal antibodies are successful drugs used to treat millions of patients. The MRC/UCB Antibody Discovery Initiative offers academic researchers access to UCB’s high-tech antibody discovery platform. Andrew Popplewell, Head of Antibody Discovery and Engineering at UCB Celltech, explains how the initiative is geared to help promote collaborative research.
Image credit: Andrew Popplewell.
In the pharmaceutical and biotechnology industry today, collaboration and networking are all-important. And the value of tapping into academic knowledge, expertise, and talent is widely acknowledged.
Starting university should be a time for having fun and making new friends. So why are we seeing record referral rates to student counselling services and reports of student suicides in the news? And what can universities do to help? Dr Nicola Byrom, Lecturer in Psychology at King’s College London, is using UK Research and Innovation ‘Network Plus’ funding to find out.
Type ‘Student mental health’ into a search of UK news and you’ll be hit by headlines referring to: ‘The ticking time-bomb’, ‘Students being let down’, warnings that ‘problems are rising’. If you read these stories in isolation, you’d be forgiven for thinking that we’re in the depths of a crisis in student mental health.
In reality the picture is much more complex. In June this year, the Office of National Statistics reported that the suicide rate among the general population is actually higher than the comparable age group of university students.
Since its invention in the 1980s, the UK has led developments in cryo-electron microscopy – a technique allowing scientists to zoom in on the inner-workings of tiny molecules. A new imaging centre at the MRC-University of Glasgow Centre for Virus Research is now expanding the UK’s powerful microscope offering. Director Professor David Bhella shares his grand plans.
So what exactly is cryo-electron microscopy?
Cryo-electron microscopy, or cryo-EM for short, is a powerful microscope technique. It’s different from imaging with normal microscopes as it uses beams of electrons, instead of light. Structural biologists use this technique to take pictures of biological samples at near-atomic scale, frozen in their natural state. It’s a faster and more effective way of looking deep inside molecules compared to other structural biology tools. Read more