Figure 1. Decision analysis tree for dividing data sets into nine mutually exclusive subgroups (tree paths TP 1-9). The costs for each subgroup are assigned along with the probabilities of a patient reaching that end-point. The sum of the weighted costs divided by the number of patients without postoperative emesis and the side effects of the antiemetic drugs gives the cost-effectiveness ratio. Reprinted with permission. [38]

Figure 1. Decision analysis tree for dividing data sets into nine mutually exclusive subgroups (tree paths TP 1-9). The costs for each subgroup are assigned along with the probabilities of a patient reaching that end-point. The sum of the weighted costs divided by the number of patients without postoperative emesis and the side effects of the antiemetic drugs gives the cost-effectiveness ratio. Reprinted with permission. [38]

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