Kobylarz Damian, Noga Maciej, Frydrych Adrian, Milan Justyna, Morawiec Adrian, Glaca Agata, Kucab Emilia, Jastrzębska Julia, Jabłońska Karolina, Łuc Klaudia, Zdeb Gabriela, Pasierb Jakub, Toporowska-Kaźmierak Joanna, Półchłopek Szczepan, Słoma Paweł, Adamik Magdalena, Banasik Mateusz, Bartoszek Mateusz, Adamczyk Aleksandra, Rędziniak Patrycja, Frączkiewicz Paulina, Orczyk Michał, Orzechowska Martyna, Tajchman Paulina, Dziuba Klaudia, Pelczar Rafał, Zima Sabina, Nyankovska Yana, Sowińska Marta, Pempuś Wiktoria, Kubacka Maria, Popielska Julia, Brzezicki Patryk, Jurowski Kamil
Department of Regulatory and Forensic Toxicology, Institute of Medical Expertises, ul. Aleksandrowska 67/93, 91-205 Łódź, Poland.
Laboratory of Innovative Toxicological Research and Analyzes, Institute of Medical Studies, Medical College, Rzeszów University, Al. mjr. W. Kopisto 2a, 35-959 Rzeszów, Poland.
Toxics. 2023 Aug 23;11(9):723. doi: 10.3390/toxics11090723.
Poisoning and overdose are very important aspects in medicine and toxicology. Chemical weapons pose a threat to civilians, and emergency medicine principles must be followed when dealing with patients who have been poisoned or overdosed. Antidotes have been used for centuries and modern research has led to the development of new antidotes that can accelerate the elimination of toxins from the body. Although some antidotes have become less relevant due to modern intensive care techniques, they can still save lives or reduce the severity of toxicity. The availability of antidotes is crucial, especially in developing countries where intensive care facilities may be limited. This article aims to provide information on specific antidotes, their recommended uses, and potential risks and new uses. In the case of poisoning, supportive therapies are most often used; however, in many cases, the administration of an appropriate antidote saves the patient's life. In this review, we reviewed the literature on selected antidotes used in the treatment of poisonings. We also characterised the antidotes (bio)chemically. We described the cases in which they are used together with the dosage recommendations. We also analysed the mechanisms of action. In addition, we described alternative methods of using a given substance as a drug, an example of which is -acetylcysteine, which can be used in the treatment of COVID-19. This article was written as part of the implementation of the project of the Polish Ministry of Education and Science, "Toxicovigilance, poisoning prevention, and first aid in poisoning with xenobiotics of current clinical importance in Poland", grant number SKN/SP/570184/2023.
中毒和药物过量是医学和毒理学中非常重要的方面。化学武器对平民构成威胁,在处理中毒或药物过量的患者时必须遵循急救医学原则。解毒剂已经使用了几个世纪,现代研究促使了新解毒剂的开发,这些新解毒剂能够加速毒素从体内的清除。尽管由于现代重症监护技术,一些解毒剂的相关性有所降低,但它们仍然可以挽救生命或减轻中毒的严重程度。解毒剂的可获得性至关重要,尤其是在重症监护设施可能有限的发展中国家。本文旨在提供有关特定解毒剂、其推荐用途、潜在风险和新用途的信息。在中毒的情况下,最常使用支持性疗法;然而,在许多情况下,给予适当的解毒剂可挽救患者生命。在本综述中,我们回顾了用于治疗中毒的选定解毒剂的文献。我们还对解毒剂进行了生化特性描述。我们描述了它们与剂量建议一起使用的情况。我们还分析了作用机制。此外,我们描述了将给定物质用作药物的替代方法,其中一个例子是 - 乙酰半胱氨酸,它可用于治疗 COVID - 19。本文是作为波兰教育和科学部项目“波兰当前临床重要性的外源性物质中毒的毒物警戒、中毒预防和急救”(项目编号 SKN/SP/570184/2023)实施工作的一部分撰写的。