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DEMENTIA
RESEARCH Group |
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Associated Research Group |
The Dementia
Research Group works on identifying key molecular pathological changes that
underpin the cause and progression of neurodegenerative diseases of the brain
such as Alzheimer’s Disease, Frontotemporal dementia, Parkinson’s disease and
Motor Neurone Disease. We are also interested in discovering biochemical
markers for these diseases in blood that might help with clinical diagnosis
of illness, chart the progression of disease, and ultimately act as reference
molecules to test the efficacy of therapies aimed at preventing or slowing
brain degeneration. We collaborate extensively with other local, national and
international laboratories particularly in the identification and assessment
of genetic risk factors for disease. Clinical studies. The Group collects blood samples for
extraction of DNA for genetic analysis, and for separation of plasma for the
biomarker identification programme. Through our brain tissue donation
programme, we collect brains at post mortem from patients with
neurodegenerative diseases, and from other elderly but normal individuals for
tissue based research. These brain tissues are stored within the Manchester
Brain Bank, supported by the ‘Brains for Dementia Research’ (BDR) Initiative,
funded jointly by Alzheimers Research Trust and Alzheimers Society through
the charity Alzheimers Brain Bank UK Ltd. These tissues not only underpin the
molecular pathological and genetic work of our Group, but are also available
to requesting researchers for collaborative research projects. Method Development Fundamental aspects of our work involve
immunohistochemistry and microscopic observation and image analysis of cellular
changes in normal and pathological tissues. We have expertise in ELISA-based
methodologies for detection and quantification of proteins in blood and
plasma, and in sophisticated high throughput genetic analysis for the
identification of novel genetic risk factors. Selected References |
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Laboratory Staff & Students Osamu Yokota Quan
Hu |
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