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冷链方法在免疫生物制剂运输和储存中的应用。

The implementation of cold chain approach at transportation and storage of immunobiological preparations.

机构信息

The Federal State Budget Educational Institution of Higher Education "The Admiral F. F. Ushakov State Marine University", 353918, Novorossiysk, Russia,

The Federal State Budget Educational Institution of Higher Education "The Admiral F. F. Ushakov State Marine University", 353918, Novorossiysk, Russia.

出版信息

Probl Sotsialnoi Gig Zdravookhranenniiai Istor Med. 2022 Jul;30(4):666-672. doi: 10.32687/0869-866X-2022-30-4-666-672.

Abstract

In the modern conditions of the coronavirus pandemic, the issue of transportation of immunobiological drugs is particularly actual, since control measures in this direction provide for supply of vaccines to different states, that naturally involves duration of transportation and compliance with certain established temperature regime at all stages of logistics chain, violation of which results in loss of pharmaceutical properties by drugs. The analysis demonstrated that currently transportation of immunobiological drugs is carried out within the framework of cold chain approach, which establishes mandatory compliance with temperature range of storage and transportation. Thus, the most important issue is control of compliance with temperature regime, which requires appropriate technical equipment at all levels of cold chain, ensuring fixation of detected violations.

摘要

在冠状病毒大流行的现代条件下,免疫生物药物的运输问题尤其实际,因为这方面的控制措施规定向不同国家供应疫苗,这自然涉及到在物流链的所有阶段的运输持续时间和遵守某些既定的温度制度,违反这些规定会导致药物失去药物特性。分析表明,目前免疫生物药物的运输是在冷链方法的框架内进行的,该方法规定必须遵守储存和运输的温度范围。因此,最重要的问题是控制温度制度的遵守情况,这需要在冷链的各个层面上配备适当的技术设备,以确保对检测到的违规行为进行固定。

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