Older age

The D-PACT programme (Byng, Oh) is a five-year project, funded by a National Institute for Health Research (NIHR) Programme Grant for Applied Research (PGfAR), that aims to develop and evaluate a system for dementia support based in general practice for people with dementia and their carers.

Banerjee is an international expert in quality of life in dementia, evaluation of new treatments and services and the interface between policy, research and practice. He led the development of the National Dementia Strategy and worked with the World Health Organisation to make dementia a global priority in its Global Action Plan. He recently secured a 4.7m grant from the ERSC and NIHR will explore definitively for the first time inequalities and inequities in dementia care and is the co-investigator (with Miranda) of RadioMe, a £2.7 million project using artificial intelligence to adapt and personalise live radio, with the aim of transforming the lives of people living alone with dementia.

Sherriff is Academic Partnership Lead for Dementia at the University and works widely in advocacy for dementia-friendly communities, having built up significant networks with people with dementia and their carers and families, volunteers, politicians, journalists, academics and health and social care professionals. Sheriff, Warren and Turner, as founder members of the Prime Ministers Dementia Challenge Group for Air Transport bring together people living with dementia, their caregivers, aircrew trainers, policy makers, and researchers. This has led to a growing international collaboration IDAir, which is a virtual group that focuses on improving the travel experiences of people living with dementia and their care givers globally through innovative projects, sharing best practice and research.

Within the Dietetics, Human Nutrition and Health group, Louise Mole (nee Wilkinson) has been researching how to meet the nutritional needs of people living in their own homes with dementia. Read more about her research. 

Much of the Centre for Health Technology’s research brings together digital health and technology expertise from across the University to drive the development, evaluation and implementation of innovative technologies, products, services and approaches to transform the health and well-being of older people. Examples include:

• the remote assessment and management of people with movement impairment and disability (Freeman, Marsden, Jones, Kent, Gunn, Demain, Logan)
• AGE’IN, an international project in which the Plymouth team is evaluating assistive devices and robots designed to independent living (Palomino)
• the use of autonomous telemedicine for cataract surgery follow-up (Meinert)
• EPIC which, among other activities, considers how to make technology more accessible to all; including differences in IT literacy, sight challenges, age or hearing loss and innovations which address loneliness and isolation.

The Applied Parkinson’s Research Group, led by Dr Camille Carroll, oversees the clinical trials and studies aimed at improving the lives of those with Parkinson’s through neuroprotective interventions and digital innovation for care (see Frontiers in Discovery Science for our research on the genetic aspects of Parkinson’s). This programme of research challenges the mainstream bio-medical approach to treating the illness and places as much control and influence over decisions on health and care in the hands of patients, care partners, and the community.

Innovations include Apps that provide remote monitoring of motor and non-motor symptoms, triggering support from care partners and information on self-management as well as supporting home-based care (Gorst, Carroll, King). The team are also developing a web-based portal to allow the matching of people with Parkinson’s to research opportunities (Mullin, Gorst). Carroll is also chief investigator on PD-STAT, a clinical trial using statins as a new treatment for Parkinson’s.

Led by Bunn and in collaboration with Carroll and Freeman, targeted rehabilitation for people with PD is also under-investigation, exploring superiority of dual task training approaches considerate of feasibility and impact (incorporating sophisticated laboratory based human motion analysis of sensorimotor control).