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OP19 Will social care need more resources? A modelling study of health and social costs in england and wales for alternative future cardiovascular disease scenarios
  1. B Collins1,
  2. P Bandosz1,2,
  3. M Guzman-Castillo1,
  4. J Pearson-Stuttard1,3,
  5. G Stoye4,
  6. J McCauley5,
  7. S Ahmadi-Abhari3,6,
  8. MJ Shipley6,
  9. S Capewell1,
  10. E French4,5,
  11. EJ Brunner6,
  12. M O’Flaherty1
  1. 1Department of Public Health and Policy, University of Liverpool, Liverpool, UK
  2. 2Faculty of Medicine, Medical University of Gdansk, Gdansk, Poland
  3. 3School of Public Health, Imperial College London, London, UK
  4. 4Institute for Fiscal Studies, London, UK
  5. 5Department of Economics, University College London, London, UK
  6. 6Department of Epidemiology and Public Health, University College London, London, UK

Abstract

Background Cardiovascular disease (CVD) contributes to dementia and disability risk. It also affects the cost of care. The English NHS long-term plan targets preventing 150,000 CVD events from 2019–2029. However, after decades of declines in CVD mortality in England, CVD mortality improvements have slowed since 2011, which may indicate a slowdown in incidence reduction from around 2006. Therefore, there is uncertainty about how CVD burden and associated health and social care costs might evolve in the next decade.

Methods Simulations for people aged 35–100 in England and Wales were carried out using the IMPACT Better Aging Model (BAM), an open-cohort, stochastic Markov model which synthesises observed trends in CVD incidence and mortality, dementia and disability in the English Longitudinal Study of Ageing (ELSA) and national ONS data. The synthesised trends were projected to 2029.

We modelled undiscounted health and social care costs and quality adjusted life years (QALYs) for 2019–2029 under two scenarios:

  1. Basecase – age–specific CVD incidence continue to decline, following the long–term trends;

  2. Age–specific CVD incidence do not decline after 2006, following recent trends.

Healthcare costs were based on hospital episode statistics (HES) data, matched to ELSA participants and calibrated to Office for Budget Responsibility healthcare cost estimates. Age-related social care costs were estimated using reported social care contact hours from ELSA combined with PSSRU unit costs. Utility weights for QALYs were from EQ-5D MEPS catalogue and Health Survey for England.

Results In the basecase scenario 1, median healthcare costs (2019 prices) are projected to increase by ∼12% between 2019–2029, from £93.0bn to £104.6bn per year. Social care costs are projected to increase by ∼27%, from £8.0bn to £10.2bn per year.

In the CVD flat-lining scenario 2, median healthcare costs increased by ∼15% from £95.3bn in 2019 to £109.6bn in 2029, and social care costs increased by ∼30% from £8.2bn in 2019 to £10.7bn in 2029.

When compared with scenario 2, the basecase scenario would generate ∼200,000 additional QALYs/year by 2029, which, valued at UK Treasury rate, would be worth some £12billion per year.

Conclusion This study projects future health and social care costs resulting from the recent slowdown in CVD incidence and mortality declines. We predict that social care costs will grow twice as fast as healthcare costs over the next decade, regardless of future improvements. Total funding policy therefore need to needs to be urgently addressed, which may prove politically challenging.

  • cardiovascular disease
  • economic modelling
  • cost of illness

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