Abstract
A model is
presented that uses age and the maximum aerobic
metabolic power to produce a distribution of life expectancy. The model
takes into account the linear reduction of maximum metabolic power with age and
assumes that the force of mortality of the illnesses has an exponential
distribution.
In order
to establish the reduction of the metabolic power with age, data from the
authors and from literature are used. Several papers were analysed to estimate
the increase in the risk of mortality with the reduction of metabolic power. The main result is that the
life expectancy for the least fit quintile of the population is 8 years less
than for the most fit. A complete distribution curve is calculated for each
quintile of the population.
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