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The economy-wide impact of pandemic influenza on the UK: a computable general equilibrium modelling experiment

Smith, RD   Keogh-Brown, MR   Barnett, T   Tait, J

British Medical Journal  

November 2009

http://www.bmj.com/content/339/bmj.b4571.abstract

Objectives: To estimate the potential economic impact of pandemic influenza, associated behavioural responses,school closures, and vaccination on the United Kingdom.

Design: A computable general equilibrium model of the UKeconomy was specified for various combinations of mortality and morbidity from pandemic influenza, vaccine efficacy, school closures, and prophylactic absenteeism using published data.

Setting: The 2004 UK economy (the most up to dateavailable with suitable economic data).

Main outcome measures: The economic impact of various scenarios with different pandemic severity, vaccination,school closure, and prophylactic absenteeism specified in terms of gross domestic product, output from different economic sectors, and equivalent variation.

Results: The costs related to illness alone ranged between 0.5% and 1.0% of gross domestic product (£8.4bn to£16.8bn) for low fatality scenarios, 3.3% and 4.3%(£55.5bn to £72.3bn) for high fatality scenarios, and larger still for an extreme pandemic. School closure increases the economic impact, particularly for mild pandemics. If widespread behavioural change takes place and there is large scale prophylactic absence from work, the economic impact would be notably increased with few health benefits. Vaccination with a pre-pandemic vaccine could save 0.13% to 2.3% of gross domestic product (£2.2bn to £38.6bn); a single dose of a matched vaccine could save 0.3% to 4.3% (£5.0bn to £72.3bn); and two doses of a matched vaccine could limit the overall economic impact to about 1% of gross domestic product for all disease scenarios.