1.Development of Evaluation Indicators for Drug Information Websites Serving Patients and General Consumers
Ken YAMAMOTO ; Kyoko KITAZAWA ; Tsugumichi SATO ; Mitsuo SAITO ; Hiromi TAKANO-OHMURO ; Yuki KAJI ; Takeo NAKAYAMA ; Michiko YAMAMOTO
Japanese Journal of Drug Informatics 2025;27(3):105-115
Objective: With the Internet serving as a major source of medical information, the abundance of pharmaceutical content across media and digital platforms raises concerns about the impact of inappropriate or misleading information on public health. This study aimed to develop a comprehensive, practical evaluation indicator to assess the reliability and quality of pharmaceutical websites, targeting general consumers in Japan.Methods: We systematically reviewed existing domestic and international criteria for health information quality to develop evaluation indicators. Based on this review, a preliminary set of indicators was drafted and refined using a modified Delphi process involving six experts in pharmaceutical and medical communications. This process incorporated established frameworks, including the Health on the Net (HON) Code, JAMA Benchmarks, and the Japanese eHealth Ethics Code. A validated set of indicators was finalized after four iterative rounds of review and feedback.Results: The final tool comprises 16 evaluation items across three categories: (1) Screening Criteria (4 items), which eliminate websites with misleading content, public indecency, or political/religious affiliations; (2) Website Evaluation Criteria (5 items), assessing operational transparency, contact availability, advertisement distinction, and policy disclosure; and (3) Content Evaluation Criteria (7 items), addressing clarity, accuracy, update frequency, source citation, legal compliance, and balanced risk-benefit information. Each item was rated using a primarily binary (yes/no) scale with intermediate options, such as “partially applicable” or “not applicable.” The tool reflects expert consensus and complies with Japan’s ethical and regulatory standards.Conclusion: This tool facilitates the appropriate dissemination of pharmaceutical information and supports users in identifying trustworthy sources. By explicitly incorporating legal compliance and editorial transparency as evaluation criteria, it encourages higher standards among healthcare professionals and information providers, potentially improving the quality of pharmaceutical communication.
2.Development and Evaluation of a Communication Index for the Labelling of Foods with Function Claims
Ken YAMAMOTO ; Hiromi TAKANO-OHMURO ; Junji SARUWATARI ; Michiko YAMAMOTO
Japanese Journal of Drug Informatics 2023;25(2):76-82
Objective: Health information, including the labelling, must be presented in a manner that is easily understandable to consumers. In recent years, the European Union and the United States have introduced standards for providing health information in a way that is easy for consumers to understand. The Clear Communication Index (CCI) published by the Centers for Disease Control and Prevention (CDC) is a useful tool for this purpose. Unfortunately, there is no such tool in Japan. Therefore, focusing on the package labelling of foods with functional claims (FFCs) sold in Japan, we constructed a Functional Clear Communication Index (F-CCI) and evaluated the FFCs.Methods: The F-CCI was developed by six people, including university staff with pharmacist qualifications and public health experts, by referring to the CDC CCI. The evaluation of FFCs using the F-CCI was performed using the Delphi method, which is one of the formal consensus-building methods in the field of health and medical information. The evaluation was conducted by three qualified pharmacists on five FFC products, and the degree of internal agreement among the evaluators was calculated using Fleiss’ κ.Results: The F-CCI consisted of 18 items that assessed the FFC characteristics. After assessing the labelling of FFCs using the F-CCI, the scores of all the materials ranged between 70 and 80% on the F-CCI, and none achieved 90%, which was considered the acceptable standard (overall κ value_ 0.865). Moreover, it was clear that the ‘readability’ and ‘understandability’ of the labelling were inadequate.Conclusion: The F-CCI developed in this study for the objective evaluation of the labelling of FFC products will act as a tool that will subsequently lead to the proper understanding and use of FFCs by consumers. Further efforts are needed to build and disseminate such tools and user-friendly ways of providing relevant information.
3.Perception of Physicians, Pharmacists and Pharmaceutical Industries about Information in Package Inserts in Japan
Mitsuo Saito ; Lucia S. Yoshida ; Yuzuru Hayashi ; Kimie Sai ; Hiromi Takano-Ohmuro ; Takehiko Yajima ; Yasufumi Sawada ; Ryuichi Hasegawa
Japanese Journal of Drug Informatics 2012;14(1):2-13
Objective: A perception survey of healthcare providers and pharmaceutical industries about the current package insert (PI) was conducted to evaluate whether its layout and issues such as the contents concerning drug-drug interactions are found appropriate.
Methods: A questionnaire was sent via the Internet to physicians of various subspecialties, or via the postal service to pharmacy-employed pharmacists and pharmaceutical industries. It consisted of questions regarding the PI layout, the information contents on drug-drug interactions and other matters about PI revision.
Results: The survey showed that the PI is a major source of drug information for physicians (82.4%) and pharmacists (98.7%). The layout (order of appearance of headings and information about drug interactions in a tabular format) of the current PI is widely accepted by physicians, pharmacists, and pharmaceutical industries. There was, however, some degree of disagreement within these three groups in the perceptions about the presentation/contents of the several drug interactions, as well as about the timing for its updating. Around 24% of physicians and 35% of pharmacists view that the content of drug interactions is insufficient, and that information about adverse drug reactions and drug interactions is not enough updated in the PIs. On the other hand, near 86% of pharmaceutical industries were prone to wait for accumulation of enough data until revising the information in PIs.
Conclusions: Differences of perception were found between healthcare providers (i.e., PI users) and industries. Our survey revealed that the basic layout of the current PI should be preserved, but there are issues such as the contents and updating of information regarding drug interactions and adverse drug interactions that may require modifications according to the healthcare providers’ point of view.


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