TULAY stroke patient event

About TULAY

Rehabilitation is care that can help people get back, keep, or improve functions that are needed for daily life. Unlike in the UK, where there are very effective recovery programmes, in the Philippines, these services are almost non-existent.
The four-year Tulong, Ugnayan ng Lingap At gabaY ('help, compassion, and guidance'; TULAY) project is funded by the National Institute for Health and Care Research (NIHR) and UK Aid, and commenced in October 2022. The joint team of researchers and health professionals from the UK and Philippines will work together with stroke survivors and families to develop recovery care delivered within the community setting. The project is led by the University of Plymouth, in collaboration with Universities of Southampton and St George’s London in the UK, and De La Salle University Manila in the Philippines.
TULAY welcome banner
TULAY launch
TULAY site visit

Aims and objectives

We will work together with stroke survivors and families, as well as key stakeholders such as policy makers, clinicians, and patient/carer groups, as well as the Philippine Academy of Rehabilitation Medicine (PARM) and national therapy organisations, to co-design and co-produce materials to facilitate recovery care delivered within the community setting. The evidence from research strongly supports this type of help, which will be given by trained municipal and barangay (village) health workers, alongside family carers, who work in the island areas of the Philippines, away from towns and cities.
To do this, we will use a mixture of approaches to find out about current services, dig deeper to uncover what people want, and co-produce a programme, jointly with patients, carers and health workers, that meets local needs. We will train local health workers and village people to help to deliver this programme. Finally, the implementation of the programme will be evaluated, including a brief health economic analysis.
TULAY team
TULAY colloquium
TULAY Antique courtesy call group photo

Outcomes

The TULAY programme will have the potential to be scaled up through policy change and adapted for other physical conditions in the Philippines and other low- to middle-income countries. This work will help add evidence to inform health policy in the Philippines to improve patient and family health using a sustainable model that reflects the diversity and culture of the Philippines.
 

The Bridges approach

The TULAY self-management programme codesigned as part of the project will be based on Bridges Self-Management (Bridges). Bridges is a personalised approach to supporting self-management, originally developed in stroke rehabilitation. Bridges has been used extensively across the UK since 2013, and changes the relationships between patients, families and practitioners using language and strategies which create greater equity, sharing of knowledge, ideas and building confidence (Jones et al., 2016, 2017).
 

Project sites

Map of TULAY project sites in the Philippines
 

Research team

De La Salle University Manila

Dr Roy Francis Navea
Dr Myrna Estrada
Dr Lorraine Faeldon
Dr June Anne De Vera
Dr Elda Anota
Dr Maria Mercedes Barba
Dr Marla Tan

University of Southampton

Professor Sara Demain

St George’s, University of London

Professor Fiona Jones
This research was funded by the NIHR (150244) using UK aid from the UK Government to support global health research. The views expressed in this publication are those of the authors and not necessarily those of the NIHR or the UK government.
TULAY logo

Rehabilitation research

A forum for scientists, health care professionals and service users to exchange ideas and develop new research ventures.
The research being conducted in disability and rehabilitation, and prevention and management at the University of Plymouth takes place under the aegis of a cross-faculty group that also involves researchers in the Peninsula Medical School and the local NHS. It is an excellent mix of pathophysiology, behavioural science and health care practice.
Motor Control Lab Immersive Treadmill