Agata Kryczyk-Poprawa, Grzegorz Czarnecki, Katarzyna Jaśkiewicz
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引用次数: 0
摘要
适当的光防护对于安全使用活性物质可能诱发光敏反应的药物制剂起着关键作用。这不仅适用于皮肤局部用药,也适用于全身用药。药物引起的光敏反应取决于药物所含的活性物质及其剂量,即在皮肤中的浓度、紫外线辐射的类型、强度和照射时间。光毒性药物的化学结构中含有不饱和化学键和芳香族基团,它们是吸收辐射、形成降解产物和/或自由基以及超敏反应的原因。因此,为了预防超敏反应,有必要使用适当的防晒措施和/或在使用某些药物组进行药物治疗期间避免暴露在太阳辐射下。本文介绍了关于药物诱导的光过敏反应对增加皮肤癌发病几率的影响的最新研究成果。文中讨论了可能诱发光过敏反应的药物,包括长期使用这些药物与皮肤癌发病率之间关系的信息。根据 "产品特征 "中包含的数据,介绍了有关适当光防护方法的示例性说明,以确保安全使用该药品。Med Pr Work Health Saf.2024;75(5).
[Photoprotection and its implications for drug safety].
Appropriate photoprotection plays a key role in the safety of using medicinal preparations whose active substances may induce photosensitivity reactions. This aspect applies not only to drugs applied topically to the skin, but also systemically. Drug-induced photosensitivity reactions to light depend on the active substance contained in the medicinal product and its dose, which translates into the concentration in the skin, the type of ultraviolet radiation, its intensity and exposure time. The chemical structure of phototoxic drugs contains unsaturated chemical bonds and aromatic groups, which are responsible for the absorption of radiation, the formation of degradation products and/or free radicals and hypersensitivity reactions. Therefore, in order to prevent hypersensitivity reactions, it is necessary to use appropriate sun protection and/or avoid exposure to solar radiation during pharmacotherapy with selected groups of drugs. The paper presents the latest research results on the impact of drug-induced photohypersensitivity on the increased likelihood of skin cancer. Drugs with the potential to induce photohypersensitivity reactions are discussed, including information on the relationship between their long-term use and the incidence of skin cancer. Based on the data contained in the Product Characteristics, exemplary indications regarding the appropriate photoprotection method to ensure the safe use of the medicinal product are presented. Med Pr Work Health Saf. 2024;75(5):475-484.