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We have 154 Neurology PhD Projects, Programmes & Scholarships for Self-funded Students
Neurology PhD Projects, Programmes & Scholarships for Self-funded Students
We have 154 Neurology PhD Projects, Programmes & Scholarships for Self-funded Students
Project title: Defining interactions between PDE5 and endothelin-1 inhibition underlying cerebrovascular dysfunction in small vessel disease (VIDA DTC).
Cerebral small vessel disease (cSVD) causes 30% of ischaemic stroke, 80% of haemorrhagic stroke and 40% of dementia but has no effective treatment. Read more
VIDA DTC: The associations and impact of brain mineral deposition as a marker of vascular dysfunction and inflammation in neurovascular diseases
Iron is involved in oxygen transport, DNA synthesis, cell division, metabolism, and neurotransmission. However, an excess of iron in brain tissue can lead to oxidative stress damage to biomolecules, and cellular dysfunction. Read more
ICare-DTC fully-funded Integrated Dementia Care PhD Fellowships
The Doctoral Training Centre for integrated dementia care (ICare-DTC) is led by Queen Mary University of London and funded by the Alzheimer's Society. Read more
ICare-DTC fully-funded Integrated Dementia Care PhD Fellowships
The Doctoral Training Centre for integrated dementia care (ICare-DTC) is led by Queen Mary University of London and funded by the Alzheimer's Society. Read more
ICare-DTC fully-funded Integrated Dementia Care PhD Fellowships
The Doctoral Training Centre for integrated dementia care (ICare-DTC) is led by Queen Mary University of London and funded by the Alzheimer's Society. Read more
ICare-DTC fully-funded Integrated Dementia Care PhD Fellowships
The Doctoral Training Centre for integrated dementia care (ICare-DTC) is led by Queen Mary University of London and funded by the Alzheimer's Society. Read more
ICare-DTC fully-funded Integrated Dementia Care PhD Fellowships
The Doctoral Training Centre for integrated dementia care (ICare-DTC) is led by Queen Mary University of London and funded by the Alzheimer's Society. Read more
Comparative brain anatomy across bumblebee species
Motivation. Bumblebees are agriculturally important pollinators, but are currently declining in abundance in the UK and around the world. Read more
Metal nanoparticles for photobiomodulation localised therapy of brain injury
Background Traumatic. Brain Injury is a significant global health problem with no disease modifying treatment shown to improve outcomes. Read more
(VIDA DTC) Imaging vascular dysfunction in dementia using quantitative MRI
Disruption to the brain’s blood supply is a key contributor to dementia. Read more
(VIDA DTC) Plasma-to-Brain Tissue Integrated Proteomics to Identify Vascular and Immune system Biomarkers in Alzheimer’s Disease
Alzheimer’s disease (AD) is the most common form of dementia, accounting for 60-80% of cases. Despite extensive research efforts, the underlying causes of AD remain uncertain, and there is currently no effective cure. Read more
(VIDA DTC) The role of type 2 diabetes, retinal vasculopathy and inflammation in post-stroke cognitive decline
VIDA (Vascular and Immune contributions to DementiA) is a new multi-institutional partnership between four world-leading research sites. Read more
Multi-modal assessment of Parkinson’s Disease to investigate the relationship between mobility and mitochondrial dysfunction - S3.5-SMP-Buckley
Parkinson’s disease (PD) is a progressive neurodegenerative disease characterised by loss of dopaminergic neurons in the basal ganglia of the brain. Read more
Developing the evidence base for the visual presentation of complex data to clinicians - S3.5-SMP-Alix
Innovations using complicated maths such as artificial intelligence promise much in health care, from better diagnosis to better treatment. Read more
The role of AMIGO3 in the formation and repair of myelination the central nervous system
Myelin, a fatty insulating sheath enwrapping axons in the nervous system, plays a central role in regulating the viability and activity of neural circuits, thus it is an essential factor in every aspect of healthy brain function. Read more