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Dr Emily Osterweil and researchers at the Patrick Wild Centre for Research into Autism, Fragile X Syndrome and Intellectual Disability have used a genetic mouse model of Fragile X Syndrome, an inherited form of autism, to look at the changes in muscarinic M4 receptor pathway. They found that a paradoxical enhancement of M4 activity normalised activity and reduced seizures in these mice.
Bérengère Digard, a PhD student in CCBS, has been awarded the Barbara Northend Prize by the British Federation of Women Graduates Her research focuses on the sociocognitive and neurological effects of bilingualism in autistic and neurotypical adults. Bérengère wrote about her experience applying for the BFWG award in her team’s blog.
Dr Christos Gkogkas and colleagues in the Patrick Wild Centre have found that a commonly used diabetes drug, Metformin, could help people with a common inherited form of autism (fragile X syndrome).
On 13 July 2017, Dr Sue Fletcher-Watson (Centre for Clinical Brain Sciences) spoke to BBC Radio 5 Live about autism following an interview with David Mitchell (best selling author) about his autistic son. Sue, along with Tom Purser (Head of Campaigns at the National Autistic Society and parent to an autistic son) and parent callers, spoke about changing perceptions of autism.
Our annual christmas public lecture will be delivered this year by Professor Peter Kind, Director, Patrick Wild Centre for Research into Autism, Fragile X Syndrome and Intellectual Disabilities, University of Edinburgh.
Professor Peter Kind (Centre for Discovery Brain Sciences, Patrick Wild Centre, and Simon’s Initiative for the Developing Brain) delivered the 12th Edinburgh Neuroscience Public Christmas Lecture last night.
This workshop aims to bring together researchers across the UK and EU who are currently involved in, or interested in, Fragile X Syndrome research.
Dr Sue Fletcher-Watson (Centre for Clinical Brain Sciences), along with colleagues at the University of Oslo, has recently published an article in Psychiatry Research dissecting portrayals of autism on film and TV. They found that representations of autism on screen align unrealistically-perfectly with the diagnostic criteria, making portrayals of autism archetypal, but not representative. This may be contributing to narrow stereotypes about autism, which in turn is expected to impact on the day to day experiences of people on the autism spectrum.
We have many large neuroscience disease-related projects currently undertaking cutting edge research at The University of Edinburgh.
We have a variety of postgraduate masters courses - research and taught - covering neuroscience-related areas, including distance learning courses. More information about these can be found at the individual programme websites.