Division of Clinical Pharmacology, Department of Laboratory Medicine, Karolinska Institutet, Huddinge, Sweden.
Eur J Clin Pharmacol. 2013 May;69 Suppl 1:65-72. doi: 10.1007/s00228-013-1484-x. Epub 2013 May 3.
Information must be collected, evaluated and utilized to support every qualified activity. Medicine, with a written scientific tradition stretching back more than 2,000 years, is no exception. Here, we discuss a number of important items associated with the establishment of a drug information centre run by clinical pharmacologists and information pharmacists, serving a broad demand, mainly among clinical specialists. The working methods include a professional literature search, critical evaluation of the material, writing a structured answer, quality control, feedback to the inquirer and storage in a database which is publicly available. One can foresee even more complex systems wherein a number of active and specialized databases communicate to provide relevant advice and support at the point of care, supplying information on drug recommendations, reimbursement, environmental aspects, antimicrobial resistance, pharmacogenetics and adverse effects, and linked to a list of prescribed drugs for the individual patient. This will be possible in both rich and poor countries through the application of modern and developing information technology. However, research on the best and safest methods of such decision support systems will be needed to ensure that they really do improve the quality of drug prescribing and use.
信息必须收集、评估和利用,以支持每一项合格的活动。拥有 2000 多年书面科学传统的医学也不例外。在这里,我们讨论了与建立一个由临床药理学家和信息药师管理的药物信息中心相关的一些重要事项,该中心主要为临床专家提供广泛的需求。工作方法包括专业文献检索、对材料的批判性评价、编写结构化答案、质量控制、向查询者反馈和将信息存储在公共数据库中。人们甚至可以预见更复杂的系统,其中一些活跃和专业的数据库可以进行通信,在护理点提供相关建议和支持,提供有关药物推荐、报销、环境方面、抗菌药物耐药性、药物遗传学和不良反应的信息,并与个人患者的处方药清单相关联。通过应用现代和发展中的信息技术,在富国和穷国都可以实现这一点。然而,需要研究此类决策支持系统的最佳和最安全方法,以确保它们确实能够提高药物处方和使用的质量。