Formulation development of frozen parenteral dosage forms.

R N Chilamkurti
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Abstract

Many of the intravenously administered drug compounds are formulated as frozen dosage forms due to lack of sufficient chemical stability at room or refrigerated temperatures. The product is stored in a freezer in the hospital pharmacy and thawed prior to its use. These products therefore, require a long-term frozen shelf-life plus a short-term room temperature and/or refrigerated temperature shelf-life. The formulation is optimized for overall stability in the frozen state as well as in the thawed state. In this paper, the significance of phase changes in the frozen state and the influence of various formulation factors such as drug concentration, diluent, buffer concentration, pH, and raw material purity on the drug stability in the frozen state is reviewed. An overview of analytical and manufacturing considerations unique to frozen products is also presented.

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冷冻肠外剂型的配方开发。
由于在室温或冷藏温度下缺乏足够的化学稳定性,许多静脉给药的药物化合物被配制成冷冻剂型。该产品储存在医院药房的冷冻室中,并在使用前解冻。因此,这些产品需要长期的冷冻保质期加上短期的室温和/或冷藏温度保质期。该配方在冷冻状态和解冻状态下的总体稳定性都得到了优化。本文综述了冷冻状态下相变化的意义,以及药物浓度、稀释剂、缓冲液浓度、pH、原料纯度等多种配方因素对冷冻状态下药物稳定性的影响。还介绍了冷冻产品独特的分析和制造考虑因素的概述。
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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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