Assuming we have a case of influenza. Suppose the total cost of providing viraflu is $100...

Assuming we have a case of influenza. Suppose the total cost of providing viraflu is $100 and the total cost of providing supportive care is $10. Suppose further that viraflu will result in a 0.5 QALY per person treated and providing supportive care alone results in 0.1 QALY.

What is the incremental cost-effectiveness of providing viraflu to persons with influenza relative to providing supportive care alone?

Suppose that the total cost of vaccinating an individual is $150 and that vaccination results in the gain of 0.75 QALY per person. Calculate the average cost-effectiveness of influenza vaccination and the incremental cost-effectiveness of influenza vaccination relative to treatment?

Expert Solution

Assuming we have a case of influenza. Suppose the total cost of providing viraflu is $100 and the total cost of providing supportive care is $10. Suppose further that viraflu will result in a 0.5 QALY per person treated and providing supportive care alone results in 0.1 QALY.

What is the incremental cost-effectiveness of providing viraflu to persons with influenza relative to providing supportive care alone?

Suppose that the total cost of vaccinating an individual is $150 and that vaccination results in the gain of 0.75 QALY per person. Calculate the average cost-effectiveness of influenza vaccination and the incremental cost-effectiveness of influenza vaccination relative to treatment?

Colby Messinger answered 2 years ago

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