Forecasting coronary heart disease incidence, mortality, and cost: the Coronary Heart Disease Policy Model.
M C Weinstein,
P G Coxson,
L W Williams,
T M Pass,
W B Stason and
L Goldman
Institute for Health Research, Harvard School of Public Health, Boston, MA 02115.
A computer simulation model was developed to project the futuremortality, morbidity, and cost of coronary heart disease (CHD)in the United States population. The model contains a demographic-epidemiologic(DE) submodel, which stimulates the distribution of coronaryrisk factors and the conditional incidence of CHD in a demographicallyevolving population; a "bridge" submodel, which determines theoutcome of the initial CHD event; and a disease history (DH)submodel, which simulates subsequent events in persons witha previous CHD event. The user of the model may simulate theeffects of interventions, either preventive (i.e., risk factormodification) or therapeutic, upon mortality, morbidity, andcost for up to a 30-year period. If there were no future changesin risk factors or the efficacy of therapies after 1980, baselineprojections indicate that the aging of the population, and especiallythe maturation of the post-World War II baby-boom generation,would increase CHD prevalence and annual incidence, mortality,and costs by about 40-50 per cent by the year 2010. Unprecedentedreductions in risk factors would be required to offset thesedemographic effects on the absolute incidence of CHD. The specificforecasts could be inaccurate, however, as a consequence oferroneous assumptions or misestimated baseline data, and themodel awaits validation based on actual future data.
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