Abstract
About this talk
Lung cancer continues to represent a substantial global health challenge, characterised by high mortality rates and an increasing incidence of new cases. Despite advances in treatment options, survival rates for lung cancer remain significantly lower than those of other cancers. Research has consistently demonstrated that increased physical activity can provide notable benefits for individuals living with lung cancer, such as reducing symptoms of breathlessness, fatigue, and depression, in addition to improving overall well-being. The aim of the study was to develop a novel digital self-management platform, “HandHeld Health – Lung Cancer.” This exercise-based tool was specifically designed to empower individuals diagnosed with lung cancer to take a more active role in managing their health. The platform delivers personalised exercise recommendations, enables users to monitor their symptoms and track their progress, and provides guidance by directing them to relevant supportive resources. The development process was underpinned by extensive patient and public involvement, which was integrated at every stage of the research process to ensure that the platform aligned with the real-world needs of users. Additionally, the research adopted an agile methodology to facilitate iterative development. This approach allowed for a co-design process that engaged lung cancer patients, survivors, caregivers, healthcare professionals, and key decision-makers. The iterative nature of this co-design framework ensured that feedback was continuously incorporated to refine the platform in line with user expectations. The collaborative, user-centred development strategy aimed to address the current gap in self-management resources for lung cancer patients. By enhancing patient engagement and promoting physical activity, the “HandHeld Health – Lung Cancer” platform can improve physical functioning and enhance the quality of life for those affected by lung cancer
Speaker
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