Modern Approaches to Determination of the Biological Activity of Insulin and its

T. A. Batuashvili, L. V. Simutenko, P. V. Shadrin, N. P. Neugodova
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引用次数: 1

Abstract

The paper considers insulin’s specific action on the patient’s body, types of insulin preparations and insulin analogues which are used for the treatment of diabetes, as well as applicable requirements for these products. It was demonstrated that determination of biological activity is one of the key quality parameters of this type of medicines. The paper summarises the methods used for evaluation of insulin and its analogues, which are based both on the hormone’s general action on the body (in vivo: double crossing, euglycemic clamp, etc.), and on certain aspects of the hormone’s interaction with the body systems (in vitro: receptor-binding assay, phosphorylation, metabolic methods). Due to the appearance of insulin biosimilars on the pharmaceutical market, the article raises the issue that the «Biological potency» parameter tested in animals should be kept as part of the product specification. The analysis of the in vivo and in vitro methods of biological activity determination convincingly demonstrates that animal models can not be replaced with the modern analytical methods based on cell cultures. Consequently, animal models are still necessary, as they allow for an adequate assessment of the quality of insulins in terms of «Biological potency». Taking into account the global trend towards reduction of animal testing, the authors point out the need to develop modern methods, the results of which will be comparable to the results of in vivo determination of the biological activity.
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胰岛素生物活性的现代测定方法及其应用
本文考虑了胰岛素对患者身体的特殊作用,用于治疗糖尿病的胰岛素制剂和胰岛素类似物的类型,以及这些产品的适用要求。结果表明,生物活性的测定是该类药物的关键质量参数之一。本文总结了胰岛素及其类似物的评价方法,这些方法既基于激素对身体的一般作用(体内:双重交叉,血糖钳等),也基于激素与身体系统相互作用的某些方面(体外:受体结合试验,磷酸化,代谢方法)。由于胰岛素生物仿制药在医药市场上的出现,本文提出了在动物中测试的“生物效力”参数应作为产品规格的一部分的问题。体内和体外生物活性测定方法的分析令人信服地表明,基于细胞培养的现代分析方法不能取代动物模型。因此,动物模型仍然是必要的,因为它们允许在“生物效力”方面对胰岛素的质量进行充分的评估。考虑到减少动物试验的全球趋势,作者指出需要发展现代方法,其结果将与体内生物活性测定的结果相媲美。
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