Showing 77 news posts
New study to explore novel marker in interstitial lung disease prognosis
Researchers from NIHR Exeter BRC and clinical radiopharmaceutical company Serac Healthcare Ltd are researching a…
Epigenetics blood markers can help understand dementia risk
Intern Insights: Exploring Opportunities in Health Data Science
Multi-million-pound programme to inspire students into research
Novel sequencing approaches highlight role of brain gene activity in Alzheimer’s disease
£3.2 million Medical Research Council award to tackle antifungal resistance
New COO for NIHR Exeter Biomedical Research Centre
Announcing Sandy Beer as the new Chief Operating Officer of NIHR Exeter Biomedical Research Centre. Sandy joins us from Ohio where she was Business Director for a major academic paediatric research hospital.
Research sheds light on how proteins linked to Alzheimer’s disease influence neuronal growth
New research led by BRC researchers has shed light in the complex interplay between cell proteins, and how they impact on neurons in neurodevelopmental disorders and Alzheimer’s disease.
New £3.4 million global funding for solutions to antifungal drug resistance
Researchers working on solutions for antifungal resistance are being encouraged to apply to a new £3.4 million fund led by the University of Exeter with UK government funding.
Gene linked to learning difficulties has direct impact on learning and memory
A gene previously linked to intellectual disability has been found to regulate learning and memory in mice.
Exciting opportunity to develop health, care and social work research careers opens
We're supporting an exciting opportunity from the National Institute of Health and Care Research to offer fully funded health, care and social work research masters through the universities of Plymouth and Exeter.
Siblings with unique genetic change help scientists progress drug search for type 1 diabetes
New Exeter BRC supported research helps scientists gain new insights that could help progress the search for new treatments in type 1 diabetes.