Our research into genetics and development explores developmental biology using a variety of vertebrate and invertebrate systems (led by Professor Matt Loose, Assistant Professor Martin Gering and Assistant Professor Andrew Renault).
It’s deepening our understanding of the neuroscience and neurophysiology of invertebrates (led by Assistant Professor Ian Mellor), examining the organisation of chromosomes (Associate Professor William Brown) and exploring the genetic basis of human health and disease (Professor John Armour). This includes congenital heart defects (Professor David Brook and Assistant Professor Siobhan Loughna) and Alzheimer's disease (Professor Kevin Morgan) as well as investigating the epigenetic and biological basis that gives rise to psychiatric and cognitive disorders.(Assistant Professor Helen Miranda Knight).
We’re also home to the University’s next-generation DNA sequencing facility, Deep Seq, which is linked to the University’s Food System Institute. Working collaboratively, we’re pioneering the use of new DNA sequencing platforms that will allow rapid genome sequencing. This is useful in a variety of settings, including tracking viral outbreaks such as Zika (Professor Matt Loose) and in very rapid brain cancer diagnosis, which is currently .
How genetic research is unlocking the secrets of a devastating disease.
How we’re searching for the causes of life-threatening congenital conditions.
How our powerful Deep Seq facility is making medical breakthroughs possible.
How one lefty garden snail inspired a major study into organ placement.
How a chance meeting led to the development of an innovative antibiotic fibre.
How spiders are taking to the oceans and being tracked by our very own SpiderLab.
School of Life Sciences糖心原创Medical School Queen's Medical CentreNottingham NG7 2UH