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[药物信息的量化]

[The quantification of drug information].

作者信息

Baumann D, Seidlein H J, Smecka V, Wagner A

出版信息

Pharmazie. 1984 Jan;39(1):54-8.

PMID:6718469
Abstract

The necessary intensification of the information activity in the pharmacy service raises the question of the demand of each drug on the pharmacist as regards its information volume. The wealth of information on the application of drugs necessitates their differentiation and systematization. One differentiates between basic and additional information. On determining the frequency of occurrence of 21 pieces of additional information concerning 1321 pharmaceutical preparations, the mean information content according to Shannon [17] is calculated. The quantified results determine drug information as a statistical quantity from which their semantics for the receiver (user of the drug) must be abstracted. To consider the aspects concerning the contents and function of additional information, the weighting coefficients of 85 drug groups were calculated (by means of the triangular matrix method), and introduced. It is suggested to combine the numerical values of the statistically defined amounts of information with the quantities deduced from the meaningfulness in a parameter of the informational potential (IP) of pharmaceutical preparations. Finally, the authors convey their ideas of the benefit from, and the possible uses of, the IP.

摘要

药学服务中信息活动的必要强化引发了关于每种药物对药剂师信息容量需求的问题。药物应用信息的丰富性使得对其进行区分和系统化成为必要。信息分为基本信息和附加信息。在确定关于1321种药物制剂的21条附加信息的出现频率时,根据香农[17]计算了平均信息含量。量化结果将药物信息确定为一个统计量,必须从中抽象出其对接收者(药物使用者)的语义。为了考虑附加信息的内容和功能方面,计算(通过三角矩阵法)并引入了85个药物组的加权系数。建议将统计定义的信息量的数值与从药物制剂信息潜力(IP)参数的意义推导出来的量相结合。最后,作者阐述了信息潜力的益处和可能用途的观点。

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