Researchers working in a laboratory - part of the Peninsula Medical Foundation 
The pandemic, an ageing population and a rise in chronic conditions mean that our health and care systems in the UK and worldwide are facing the biggest challenge of our lifetime. At the University of Plymouth, our teams take advantage of our co-location and partnership with the University Hospitals Plymouth NHS Trust. 
Our Derriford Research Facility, located adjacent to the hospital, is home to medical and biomedical experts conducting research into areas such as infection and immunity, neurodegenerative diseases, brain tumours and antimicrobial resistance. 
We are also leading the development of potentially the first new antibiotic in 30 years and the first COVID-19 vaccines for the animal population. Adding to our first-class facilities, a new Brain Research & Imaging Centre (BRIC) will include the most advanced MRI scanner in the region.

Our priorities for philanthropic support include:

Stopping young lives being lost to brain tumours

Brain tumours kill more children and adults under the age of 40 than any other form of cancer, yet as an area of research it receives just a fraction of the funding of other cancers. 
Plymouth is one of only three specialist centres of brain tumour excellence in the UK, established with the charity Brain Tumour Research (BTR). 
Your gift can support the team here to find new ways to diagnose and successfully treat slow-growing brain tumours, building on decades of progress for other cancers and working within a recently designed, custom-built facility. You can fund the brightest minds who are starting on their research careers to test more drugs and therapies, and make progress faster. And you can ensure they have the latest equipment they need to help save lives, including a new MRI scanner which will enable faster and expanded clinical trials for brain tumour patients. 
Official charity partnership
In 2014, the University was officially recognised by the leading charity Brain Tumour Research as one of only three centres of excellence nationally for brain tumour research. Our long-running partnership aims to help establish, retain and grow world-class research teams. 
Discover more about our internationally renowned Centre of Excellence for research into low-grade brain tumours that your donations help to fund.
Start fundraising on our JustGiving page

Historically, brain tumour research has received just one per cent of all cancer research funding in the UK. As a result, survival rates have barely changed for decades and progress is urgently required. At present, the only treatment options for brain tumours are chemotherapy or invasive surgery. Developing new treatments can take as long as 20 years, but if the pandemic has shown us anything, it’s that research can deliver progress fast. It just needs funding, and for people to work together towards a common goal.

Professor Oliver Hanemann, Chair in Clinical Neurobiology


Helping people with Parkinson’s live full lives

The number of people in the UK living with Parkinson’s is set to increase by a fifth by 2025. 
Dr Camille Carroll, Associate Professor in Neurology at Plymouth, has led the University Hospitals Plymouth NHS Trust to become one of the UK’s foremost Parkinson’s research centres, including through a Parkinson’s diseases DNA bank and an award-winning patient service that helps people manage their condition through wearable technology. 
You can support further research to help people live as well as possible with the condition, and continue the search for new treatments and therapies. Donations will fund life-saving research, PhD studentships and clinical trials in three areas: early detection; therapies to slow disease progression; and the use of technology to improve care. 
Learn how your donations support our Parkinson’s Disease Research, improving the lives of those with Parkinson’s and accelerating the search for a cure.
Start fundraising on our JustGiving page

Being in the South West, where there’s a stable patient population and a small number of secondary care providers, you can a build good relationship with the patient base and make sure that the work is having an impact where it’s needed the most

Dr Camille Carroll, Associate Professor in Neurology


Helping understand the impact of MS on patients

Multiple sclerosis is a condition which causes damage to the nerves in your brain and spinal cord (the central nervous system). It’s estimated that 130,000 people in the UK have Multiple Sclerosis, and every week around 100 more people are diagnosed.  
At the University of Plymouth, The South West Impact of Multiple Sclerosis project is a study following 1,600 people with multiple sclerosis in Devon and Cornwall, providing new information about how MS changes over time.  This work helps the research team to understand the impact of MS from the perspective of people affected by MS and look at better ways of helping patients. 
Discover more about The South West Impact of Multiple Sclerosis project which is enabling us to provide new information about how MS changes over time.
Start fundraising on our JustGiving page

Our research group gets involved in a range of projects, from initiatives to improve clinical services to those designed to increase adoption of existing treatments and clinical research trialling new treatments – all ultimately seeking to improve outcomes for people living with MS

Professor Jeremy Hobart, Professor of Clinical Neurology


Seeking new treatments for Huntington's

Huntington's is fatal disease which damages the brain. Symptoms usually appear between the ages of 30 and 50 and it worsens over time, affecting the person's ability to think, reason, walk and talk, leading to them needing full-time care.
Every child of a parent with Huntington's has a 50/50 chance of inheriting the faulty gene, and currently there is no cure.
Dr Shouqing Luo and his team at Plymouth University are working with international researchers, clinicians and the pharmaceutical and biotech industries to investigate the potential of manipulating activity at cellular level to find potential effective therapies for this condition.  
With your support we can move faster and closer to a cure - and bring new treatments and eventually a cure, to the estimated 5,700 people in the UK alone with this progressive brain disorder.
Start fundraising on our JustGiving page

There is real potential for the development of an effective therapy for this devastating neurological disease, for which there is currently no cure.

Professor Shouqing Luo, Professor of Neurobiology


Helping improve quality of care for people with dementia 

Researchers at the University of Plymouth are leading the way in making dementia as a global priority. An estimated 850,000 people in the UK are currently living with this devastating illness, a figure which is set to double in the next 30 years. The University of Plymouth is leading research into how we can improve the quality of life for those living with dementia. 
Professor Sube Banerjee MBE, Professor of Dementia and Executive Dean at the Faculty of Health, has worked nationally and internationally on strategy and policy development to improve care for people with dementia and was part of the team that led to the World Health Organisation’s identification of dementia as a global priority in its Global Action Plan. He has investigated the benefits and harms of medications for agitation and depression in dementia. His current research includes evaluation of what drives better and worse outcomes for people with dementia and their families and the determinates of inequalities and inequity in dementia treatment and care. 
You can support further research to help people live as well as possible with the condition and continue the search for better care. Donations will fund research and PhD studentships to further develop community-based initiatives to positively impact those living with dementia.
Learn how your donations support our Dementia Research, improving the lives of those with dementia. 
Health care practitioner working with an elderly patient with dementia