Review of the Stability of Photosensitive Medications

I. Sánchez-Quiles, M.D. Nájera-Pérez, A. Espuny-Miró, J.C. Titos-Arcos
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引用次数: 4

Abstract

Objectives

Identify the photosensitive drugs included in the hospital pharmacotherapeutic guide and search for stability data on the storage, reconstitution, and dilution of these compounds.

Methods

The data were obtained by referencing technical specifications, information provided by drug laboratories, and in some cases, we performed a more extensive bibliographic search (tertiary sources and conference lectures) for each particular medication. We also performed a data search on the PubMed information database (from 2004 to 2009).

The drugs were placed in alphabetical order by brand since the stability of each drug when exposed to light does not depend exclusively on the primary active ingredient. Eight columns describe the principal characteristics of the drugs: brand name, active ingredient, laboratory, storage, reconstitution and dilution conditions, observations, and references.

Results

The listing comprised of 139 of the 1954 photosensitive medicines included in the pharmacotherapeutical guide (Table 1).

Conclusions

The lack of studies published on the stability of photosensitive medications provided the need for an internal review at our hospital.

It is important for drug-producing laboratories to perform photosensitivity tests on their products, with the results presented in the technical specifications in order to provide more accessible and reliable information. We believe that this should be required by law.

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光敏药物稳定性研究进展
目的对医院药物治疗指南中所含的光敏药物进行鉴定,并寻找其储存、重构和稀释的稳定性数据。方法通过参考技术规范和药物实验室提供的信息获得数据,在某些情况下,我们对每种特定药物进行了更广泛的文献检索(三级文献和会议讲座)。我们还对PubMed信息数据库进行了数据检索(从2004年到2009年)。这些药物按照品牌的字母顺序排列,因为每种药物暴露在光线下的稳定性并不完全取决于主要活性成分。八列描述了药物的主要特征:品牌名称,有效成分,实验室,储存,重构和稀释条件,观察结果和参考文献。结果该清单包括药物治疗指南中1954种光敏药物中的139种(表1)。结论由于缺乏已发表的关于光敏药物稳定性的研究,因此需要在我院进行内部审查。药物生产实验室必须对其产品进行光敏性测试,并将测试结果列在技术规范中,以便提供更容易获得和更可靠的信息。我们认为这应该由法律规定。
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