利用体外释放试验(IVRT)评估1%克霉唑乳膏作为生物缓释剂的“一致性”

Hannah Wellington, Seeprarani Rath, Sagaran Abboo, Isadore Kanfer
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引用次数: 0

摘要

美国食品和药物管理局(FDA) 2022年10月指南草案提出了体外释放试验(IVRT)研究作为简略新药申请(anda)中提交的外用药物的生物豁免剂的选择。然而,1%克霉唑(CLZ)外用乳膏的产品特异性指南(PSG)没有提供体外生物释放的选择,需要临床终点研究来证明生物等效性(BE)。因此,主要目的是使用IVRT来研究来自两个国家——南非(SA)和加拿大的几种1% CLZ外用面霜的药物等效性。本研究旨在证明IVRT的效用,以确定含有1% CLZ的局部面霜之间的“相同”和/或差异,以及IVRT支持生物豁免的潜力,从而避免了在患者中进行临床终点研究的必要性。采用一种经过验证的IVRT方法对在美国上市的五种仿制药和一种加拿大仿制药进行了比较IVRT试验,并根据FDA的75-133.33%的接受标准将其与原产国的相关比较药进行了比较。所有五种SA上市的仿制面霜都显示出与SA比较产品的药物不平等,表明Q1/Q2/Q3差异。尽管与两种比较产品含有相同的赋形剂,但加拿大仿制药的释放率明显低于比较产品,这可能归因于第二季度/第三季度的差异。IVRT方法显示了评估各种1% CLZ乳膏的必要能力,并证实了IVRT方法支持1% CLZ外用乳膏的生物去除剂的潜力。图形抽象
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Utility of in vitro release testing (IVRT) to assess ‘sameness’ of 1% clotrimazole creams for use as a biowaiver
Abstract The October 2022 draft United States Food and Drug Administration (FDA) guidance presents an option of in vitro release test (IVRT) studies as a biowaiver for topical drug products submitted in abbreviated new drug applications (ANDAs). However, the product-specific guidance (PSG) for 1% clotrimazole (CLZ) topical cream does not provide an in vitro option for biowaiver and requires a clinical endpoint study to demonstrate bioequivalence (BE). Therefore, the main objective was to use IVRT to investigate pharmaceutical equivalence of several 1% CLZ topical creams from two countries — South Africa (SA) and Canada. This investigation aims at demonstrating the utility of IVRT to determine ‘sameness’ and/or differences between topical creams containing 1% CLZ and the potential of IVRT for supporting biowaivers, thereby obviating the necessity to conduct clinical endpoint studies in patients. A validated IVRT method was applied to conduct comparative IVRT runs on five generic products marketed in SA and one Canadian generic, which were compared against a relevant comparator product from their country of origin in accordance with the FDA’s acceptance criteria of 75–133.33%. All five SA-marketed generic creams showed pharmaceutical inequivalence to the SA comparator product indicating Q1/Q2/Q3 differences. Despite containing the same excipients as both comparator products, the Canadian generic showed substantially lower release rate compared to the comparator products which could be attributed to Q2/Q3 differences. The IVRT method displayed the requisite ability to assess the various 1% CLZ creams and confirmed the potential of the IVRT method to support a biowaiver for 1% CLZ topical creams. Graphical Abstract
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