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首页> 外文期刊>International Journal of Pharmaceutical Sciences Review and Research >Perception of Medical Students on the Utility of Students’ Participation in Panel Discussion to Enhance Teaching and Learning
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Perception of Medical Students on the Utility of Students’ Participation in Panel Discussion to Enhance Teaching and Learning

机译:医学生对学生参与小组讨论以提高教学效果的效用的看法

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Water is a key ingredient used in many pharmaceutical and life sciences operations. Water is widely used as a raw material, ingredient, and solvent in the processing, formulation, and manufacture of pharmaceutical products, active pharmaceutical ingredients (APIs) and intermediates. Control of the quality of water throughout the production, storage and distribution processes, including microbiological and chemical quality, is a major concern. Water can be used in a variety of applications, some requiring extreme microbiological control and others requiring none. Pharmaceutical water production, storage and distribution systems should be designed, installed, commissioned, qualified and maintained to ensure the reliable production of water of an appropriate quality. It is necessary to validate the water production process to ensure the water generated, stored and distributed is not beyond the designed capacity and meets its specifications. The microbiological and chemical testing for Water used in pharmaceutical plant, Conductivity testing establishes a sample’s ability to conduct electricity, which relates to the number of dissolved salts (ions) in the sample, a high ion count, lowers water purity and may indicate a processing problem. Total organic compounds (TOC) testing finds whether carbons in the sample are maintained below a mandated limit of 500 parts per billion (ppb), bio burden testing establishes the number of microorganisms in a water sample, Microbial test of water includes the estimation of the number of viable aerobic bacteria present in a given quality of water.
机译:水是许多制药和生命科学业务中使用的关键成分。在药物,活性药物成分(API)和中间体的加工,配制和生产中,水被广泛用作原料,成分和溶剂。在整个生产,储存和分配过程中,水质的控制,包括微生物和化学质量,是一个主要问题。水可以用于多种应用中,有些需要极端的微生物控制,而另一些则不需要。制药用水的生产,储存和分配系统应进行设计,安装,调试,鉴定和维护,以确保可靠质量的水的可靠生产。必须验证水的生产过程,以确保产生,存储和分配的水不超出设计能力并符合其规格。制药厂用水的微生物学和化学测试,电导率测试建立了样品的导电能力,这与样品中溶解的盐(离子)的数量有关,离子数高,降低了水的纯度并可能表明加工过程问题。总有机化合物(TOC)测试可发现样品中的碳是否保持在法定限值500亿分之十(ppb)以下,生物负荷测试可确定水样品中的微生物数量,水的微生物测试包括给定水质中存在的活的需氧细菌的数量。

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