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Ultra Culture

机译:超文化

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摘要

Of the many analytical challenges facing researchers during the early development of Pharmaceuticals, the measurement of viscosity is especially important. Being able to accurately determine this can reduce the number of candidate failures during subsequent stages. Measuring viscosity during the preformulation development of Pharmaceuticals - particularly biopharmaceuticals - can be especially challenging. Researchers will be dealing with extremely small volumes of highly valuable samples, where measurement is needed under formulation conditions, often at high concentrations. Conventional techniques for measuring viscosity struggle under these circumstances. Coupled with this is the increasing demand for automated methodologies which can perform high throughput measurements of more than one parameter of the same small sample.This article describes the application of ultraviolet (UV) area imaging to automated viscosity and molecular size measurements for biological formulations, and its uses and advantages over conventional techniques.
机译:在药物的早期开发过程中,研究人员面临的许多分析挑战中,粘度的测量尤为重要。能够准确确定这一点可以减少后续阶段中候选失败的次数。在药品(尤其是生物药品)的配制前开发过程中测量粘度可能特别具有挑战性。研究人员将处理极少量的高价值样品,这些样品需要在配方条件下(通常在高浓度下)进行测量。在这些情况下,用于测量粘度的常规技术难以解决。与此相伴的是,对自动化方法的需求不断增长,该方法可以对同一小样品的多个参数进行高通量测量。本文介绍了紫外(UV)面积成像在生物制剂自动粘度和分子大小测量中的应用,以及它比常规技术的用途和优势。

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