Sentence examples for averted costs from inspiring English sources

In addition, these multicomponent interventions have the potential to generate positive economic returns over investment when the averted costs of tobacco-associated illnesses are considered.

The objectives of the present study were to estimate the human and financial resources needed for a rapid roll-out of MAMC and the net costs or savings when taking into account averted costs of HIV medical care.

Indeed, we showed that in 5 years, we could avert at least 1360 infections, avert loosing 4155 years due to disability and mortality and approximately CAD$211 million in averted costs by just increasing HAART coverage to 50% of eligible individuals.

In addition to the health benefits, the introduction of PHiD-CV averted costs when compared with non-vaccination.

For the four hypothetical program activities in our example, the estimates of the averted costs ranged from $165,030 to $575,360.

The estimated averted costs are likely understated because we did not assign a cost to premature births and stillbirths, or costs of congenital syphilis beyond one year.

The averted cost of medical treatment for HIV over time was a function of the number of HIV infections averted each year and the rate of disease progression, combined with associated medical costs.

The input needed from the STI program in order to apply the averted cost formulas is summarized in Table 2.

The Components D and E estimated the averted cost for a household with a child protected by influenza vaccine, compared to a household with an unvaccinated child.

34, 35 Vaccination was considered highly cost-effective when the ICER was less than the GDP per capita ($4,289 per DALY averted), cost-effective when the ICER was between one and three times the GDP per capita ($4,289 $12,868 per DALY averted), and not cost-effective when the ICER exceeded three times the GDP per capita (> $12,868 per DALY averted).

These ranges show the estimated 10th and 90th percentile of averted cost estimates that would result in 50,000 simulations in which the inputs in Table 1 were simultaneously varied between their lower and upper bounds (assuming a triangular distribution).