Department of Pharmacy, University of North Carolina Hospitals, Chapel Hill, NC, USA.
Ann Pharmacother. 2011 Apr;45(4):532-8. doi: 10.1345/aph.1P557. Epub 2011 Apr 12.
To summarize a standard formulary decision process and provide recommendations for the integration of pharmacogenomic (PGx) information within the formulary decision-making process.
With use of MEDLINE (1920-March 2010), the terms "formularies, hospital" and "pharmacogenetics" were searched in the MeSH database, yielding no results. The MeSH terms were then searched separately in addition to searching for "rational drug therapy" and "essential medicines list" through the main PubMed database.
Articles deemed relevant to both terms were assessed, interpreted, and incorporated as key pieces to the review of formularies and the integration of PGx information as a part of the formulary review process. The articles referenced were deemed appropriate and categorized into 5 areas: formulary management systems and pharmacy and therapeutics (P&T) committees, international formularies, formulary decision-making, PGx evidence, and recommendations regarding integrating PGx into formulary decision-making.
The field of PGx is rapidly evolving as the evidence supporting genetically guided individualized therapy continues to grow. To bring this evidence from the bench to the bedside, institutions will need to evaluate PGx data to integrate individualized therapy into practice. Few standardized methods exist to analyze and apply clinical PGx data and incorporate the information into drug evaluation at the formulary level. Several online sites provide resources to aid in formulary review and can be used when incorporating clinically relevant PGx information into a formulary decision. In addition, there are key questions that organizations can ask as they evaluate the PGx information in each step of the decision-making process.
P&T committees should formulate a plan to integrate a search for pharmacogenomic data with each drug evaluation and integrate the results into the formulary decision process to enhance the appraisal of drug efficacy, safety, and cost.
总结标准处方决策过程,并就将药物基因组学(PGx)信息纳入处方决策过程提供建议。
使用 MEDLINE(1920 年-2010 年 3 月),在 MeSH 数据库中搜索“处方、医院”和“药物遗传学”两个术语,未检索到结果。然后,在主要 PubMed 数据库中分别搜索这两个术语,以及“合理药物治疗”和“基本药物清单”。
评估、解读与处方和 PGx 信息整合作为处方审查过程一部分相关的所有文章,并将其纳入审查中。所参考的文章被认为是合适的,并分为 5 个领域:处方管理系统和药剂和治疗学(P&T)委员会、国际处方、处方决策、PGx 证据以及将 PGx 纳入处方决策的建议。
随着支持基于基因的个体化治疗的证据不断增加,PGx 领域正在迅速发展。为了将这些证据从实验室转化到临床,机构将需要评估 PGx 数据,将个体化治疗纳入实践。目前几乎没有标准化的方法来分析和应用临床 PGx 数据,并将信息纳入处方级别药物评估中。一些在线网站提供了帮助进行处方审查的资源,在将临床相关的 PGx 信息纳入处方决策时可以使用。此外,在评估决策过程每个步骤中的 PGx 信息时,组织可以提出一些关键问题。
P&T 委员会应制定计划,将药物基因组学数据的搜索纳入每个药物评估中,并将结果整合到处方决策过程中,以增强对药物疗效、安全性和成本的评估。