Cost effectiveness of personalized triatmint in women with early breast cancer:the application of oncotypeDX and adguvant` online to guide adjuvant chemotherapy in austria
Abstract
A breast cancer outcomes model was developed at the ONCOTYROL research center to evaluate personalized test-treatment strategies in austria. The goal was to evaluate the cost-effectiveenss of a enw 21-gene assay(ODX) when used in conjonction with the Adjuvant! Online (AO) decision aid to support personalized decisions about sue of adjuvant chemotherapy in eaily-stage breast cancer patrents in austria. We applied a validated discrete-event-simulation model to a hypothetical cohort of 50 years old women over a lifetime horizon. The test-treatment strategries of interest were defiend using three-letter acronymms. The first (second,third) lettr indicates whether patients with a low (intermediate,high) risk according to AO were tested using ODX(Y yes,N no). The main outcomes were life-years gained,quality-adjusted life-years(QALYs),consts and cost effectiveness. Robustenss of the resu lts was tested in sensitivity analyses. Results were conmpaied to a Canadian analysis conducted by the Toronto Health Economics and Technology Assessment Collaborative(THETA). Five of eight strathgies were dominated(i.,more costly and less effective:NNY,NYN,YNN,YNY,YYN). The base-case analysis shows that YYY(ODX provided to all patients) is the most effective strategy and is cost effective with an incremental cost-effectiveness ratio of 15700 EOR per QALY gained. These results are sensitive to changes in the probaeilities of distant using ODX in addition to AO is effective and cost effevtive in all women in Austria. The development of future genetic tests may require altemative or additional test-treatment strategies to be evaluated.
成本效益在早期乳腺癌女性患者的个性化 triatmint: oncotypeDX 和 adguvant 的应用 ' 在线指导辅助化疗在奥地利摘要A breast cancer outcomes model was developed at the ONCOTYROL research center to evaluate personalized test-treatment strategies in austria. The goal was to evaluate the cost-effectiveenss of a enw 21-gene assay(ODX) when used in conjonction with the Adjuvant! Online (AO) decision aid to support personalized decisions about sue of adjuvant chemotherapy in eaily-stage breast cancer patrents in austria. We applied a validated discrete-event-simulation model to a hypothetical cohort of 50 years old women over a lifetime horizon. The test-treatment strategries of interest were defiend using three-letter acronymms. The first (second,third) lettr indicates whether patients with a low (intermediate,high) risk according to AO were tested using ODX(Y yes,N no). The main outcomes were life-years gained,quality-adjusted life-years(QALYs),consts and cost effectiveness. Robustenss of the resu lts was tested in sensitivity analyses. Results were conmpaied to a Canadian analysis conducted by the Toronto Health Economics and Technology Assessment Collaborative(THETA). Five of eight strathgies were dominated(i.,more costly and less effective:NNY,NYN,YNN,YNY,YYN). The base-case analysis shows that YYY(ODX provided to all patients) is the most effective strategy and is cost effective with an incremental cost-effectiveness ratio of 15700 EOR per QALY gained. These results are sensitive to changes in the probaeilities of distant using ODX in addition to AO is effective and cost effevtive in all women in Austria. The development of future genetic tests may require altemative or additional test-treatment strategies to be evaluated.
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