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New horizons in the compression of functional decline
Peter G Gore1, Andrew Kingston1,2, Garth R Johnson3
1Newcastle University Institute for Ageing, Newcastle University, UK.
Age and Ageing
|August 31, 2018
Summary
Population ageing increases disability, challenging healthcare. A new framework, compression of functional decline (CFD), offers a better way to measure and manage age-related functional decline for improved health outcomes.
Area of Science:
- Gerontology
- Public Health
- Health Services Research
Background:
- Global population ageing is increasing life expectancy and years lived with disability.
- Current measures of functional decline, like aggregate disability scores, obscure individual decline trajectories.
- Existing metrics lack clarity for older adults and stakeholders, hindering early intervention.
Purpose of the Study:
- To propose a novel framework, the compression of functional decline (CFD), for understanding and measuring age-related functional decline.
- To provide a tool for individuals and stakeholders to track functional capacity and identify effective interventions.
- To align with the World Health Organization's Healthy Ageing model and improve public understanding of ageing.
Main Methods:
- Development of the compression of functional decline (CFD) framework.
- Based on the hierarchy of age-related functional decline.
- Alignment with existing health and ageing models.
Main Results:
- The CFD framework offers a more nuanced view of functional decline than aggregate scores.
- It facilitates population-level measurement of successful ageing.
- It aids in identifying optimal intervention points to maintain or improve intrinsic capacity.
Conclusions:
- The compression of functional decline (CFD) framework provides a realistic and understandable model of age-related functional decline.
- CFD supports modifiable behaviors to counter misconceptions about ageing.
- This framework can inform targeted interventions and improve health and care for an ageing population.
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