用药物控制论方法设计临床肿瘤药物相互作用数据库

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摘要

本章描述了OncoRx-MI(一个用于检测化疗相互作用的药物信息学平台)是如何通过药物控制论方法设计的,该方法针对数字健康创新过程的5项活动。这是同类数据库中第一个能够提供抗癌药物和化疗方案鸡尾酒相互作用信息的数据库。为了确定差距并确定该数据库在临床肿瘤学实践中的有用性,评估了在线抗癌药物相互作用的质量,并寻求肿瘤学从业者的看法。结果表明,药物相互作用内容的准确性和数据库的临床实用性得到了从业人员的高度评价。此外,用户对数据库的反馈证明了数据库的相关性和可信性。
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A Pharmaco-cybernetics Approach to Designing an Oncology Drug Interaction Database for Clinical Practice
This chapter describes how OncoRx-MI, a pharmaco-informatics platform for detecting chemotherapy interactions, was designed through a pharmaco-cybernetics approach targeting the 5 activities of the digital health innovation process. This is the first database of its kind that is able to provide interaction information for anticancer drugs and chemotherapy regimen cocktails. In order to identify the gap and determine the usefulness of this database in clinical oncology practice, the quality of online anticancer drug interactions was assessed, and the perceptions of oncology practitioners were sought. The results showed that the accuracy of drug interaction content and the clinical usefulness of the database was highly regarded by these practitioners. In addition, evidence of its relevance and credibility was demonstrated through user feedback on the database.
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Acceptability and Adoption of mHealth Interventions for Medication Adherence A Pharmaco-cybernetics Approach to Designing an Oncology Drug Interaction Database for Clinical Practice Design Principles in the Development of Digital Health Applications The Need for Quality Assessment of mHealth Interventions Introduction to Pharmaceutical Care and Medication Adherence
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