Voice of the Future 2017: young scientists question MPs and Ministers

By Dr Andrew Quigley, Post-Doctoral Researcher at the University of Oxford

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Dr Andrew Quigley representing the Biochemical Society at Voice of the Future event . Photo: Royal Society of Biology

“Voice of the Future is a very unusual event” says Dr Stephen Benn, Director of Parliamentary Affairs at the Royal Society of Biology.  There is no event quite like it anywhere else in Parliament, possibly the world.  How often do young representatives of professional bodies get the opportunity to sit in for a Parliamentary Committee and question MPs about science policy issues that matter to them?  But that is exactly the chance that I and 50 other young scientists and engineers were given. Continue reading

Career returning – getting to the root of it

By Helen Thompson, Daphne Jackson Fellow, Durham University

helen-thompson-2A friend and ex-lab mate has just started volunteering in a lab to update her CV and commented to me “it’s like coming home isn’t it?”, I couldn’t agree more.  With my borrowed lab coat on, agar media bottle rattling on the plate in the microwave while it melts and the hum of the flow hood in the background, after 12 years away from the lab it really does feel like a homecoming.  I’m very grateful for my former career, as a secondary school teacher which provided me with a stable income and let me raise my son but it just wasn’t the bee’s knees for me. So now that my son towers above me the Biochemical Society and Daphne Jackson Trust have sponsored me to return to plant biology research at Durham University Department of Biosciences working in Professor Keith Lindsey’s group.   Continue reading

Blood vessel growth and metabolic stress

By Sayan Chakraborty, Senior Researcher at the Institute of Molecular and Cell Biology, A-STAR, Singapore

In our hectic modern lifestyle, we are constantly subjected to stress of many kinds including the stress experienced by our body from weight-gain. From the physiological perspective, these symptoms are managed by signalling molecules present in the body that control energy expenditure and form new blood vessels (angiogenesis) to cope with increased ‘cellular stress’ levels. These physiological consequences can be precursors to conditions such as type 2 diabetes, one symptom of which is increased angiogenesis.

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Proliferative retinopathy, an advanced form of diabetic retinopathy, occurs when abnormal new blood vessels and scar tissue form on the surface of the retina. (Credit: National Eye Institute, National Institutes of Health, USA) Continue reading