Center for Genomics and Healthcare Equality, University of Washington, Seattle, Washington, USA.
Genet Med. 2013 Jan;15(1):84-7. doi: 10.1038/gim.2012.92. Epub 2012 Jul 26.
Genetic services policymakers and insurers often make coverage decisions in the absence of complete evidence of clinical utility and under budget constraints. We evaluated genetic services stakeholder opinions on the potential usefulness of decision-analytic modeling to inform coverage decisions, and asked them to identify genetic tests for decision-analytic modeling studies.
We presented an overview of decision-analytic modeling to members of the Western States Genetic Services Collaborative Reimbursement Work Group and state Medicaid representatives and conducted directed content analysis and an anonymous survey to gauge their attitudes toward decision-analytic modeling. Participants also identified and prioritized genetic services for prospective decision-analytic evaluation.
Participants expressed dissatisfaction with current processes for evaluating insurance coverage of genetic services. Some participants expressed uncertainty about their comprehension of decision-analytic modeling techniques. All stakeholders reported openness to using decision-analytic modeling for genetic services assessments. Participants were most interested in application of decision-analytic concepts to multiple-disorder testing platforms, such as next-generation sequencing and chromosomal microarray.
Decision-analytic modeling approaches may provide a useful decision tool to genetic services stakeholders and Medicaid decision-makers.
遗传服务政策制定者和保险公司经常在缺乏临床效用完整证据且受到预算限制的情况下做出覆盖范围决策。我们评估了遗传服务利益相关者对决策分析模型在提供覆盖范围决策方面的潜在有用性的看法,并要求他们确定用于决策分析模型研究的遗传检测。
我们向西部各州遗传服务合作补偿工作组的成员和州医疗补助代表介绍了决策分析模型的概述,并进行了有针对性的内容分析和匿名调查,以衡量他们对决策分析模型的态度。参与者还确定并优先考虑了用于未来决策分析评估的遗传服务。
参与者对评估遗传服务保险覆盖范围的现行程序表示不满。一些参与者对他们对决策分析模型技术的理解程度表示不确定。所有利益相关者都表示愿意将决策分析模型用于遗传服务评估。参与者最感兴趣的是将决策分析概念应用于多种疾病检测平台,如下一代测序和染色体微阵列。
决策分析模型方法可能为遗传服务利益相关者和医疗补助决策者提供有用的决策工具。