USP perspectives on particle contamination of injectable products.

J F Gallelli, M J Groves
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Abstract

It is widely recognized that the level of particulate matter in an injectable product is one measure of quality, directly reflecting the success with which the manufacturer applies good quality control. The current USP XXII 1990 limits for particulate matter derived from knowledge that goes back to the 1970s but does not reflect the quality of the product available today. This presentation will discuss the purpose and background of proposed new limits intended to be adopted in the USP 23 revision cycle. The limits tests are structured in two stages for both Large-Volume and Small-Volume Injections, effectively employing an improved light obscuration method as a screening procedure. Product which fails this stage is then evaluated by a second stage, filtration and microscopic examination using a considerably improved procedure in which all of the container contents are sampled (or pooled to 25 mL) and the filter examined episcopically.

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美国药典对注射产品颗粒污染的看法。
人们普遍认为,注射产品中的颗粒物质水平是质量的一个衡量标准,直接反映了制造商实施良好质量控制的成功程度。目前的USP XXII 1990对颗粒物的限制源自20世纪70年代的知识,但不能反映当今可用产品的质量。本报告将讨论拟在USP 23修订周期中采用的拟议新限量的目的和背景。对于大体积和小体积注射,限制测试分为两个阶段,有效地采用改进的光遮挡方法作为筛选程序。这一阶段不合格的产品,然后通过第二阶段进行评估,过滤和显微镜检查,使用一个相当改进的程序,其中所有容器内容物取样(或汇集到25毫升),并对过滤器进行检查。
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Evaluating out-of-specification laboratory results. Simplifying and improving process validation. Depyrogenation of pharmaceutical solutions using submicron and ultrafilters. USP perspectives on particle contamination of injectable products. Moisture measurement: a new method for monitoring freeze-drying cycles.
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