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Near Infrared Spectroscopy for bioprocess monitoring and control: Current status and future trends

机译:用于生物过程监测和控制的近红外光谱:现状和未来趋势

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The development of Near Infrared Spectroscopy has paralleled that of the PC, and the application of NIR in many industries has undergone explosive growth in recent years. This has been particularly apparent in the area of microbial and cell culture system monitoring and control. Potentially, NIR offers the prospect of real-time control of the physiology of cultured cells in fermenters, leading to marked improvements in authenticity, purity and production efficiency. Despite this, NIR is not yet as widely applied within the bioprocessing industry as its potential might suggest. This review critically evaluates the development of this rapidly moving area as it pertains to microbial and cell culture system control and highlights the critical stages in the development of the technology. It indicates the work that must still be carried out if the full potential of NIR is to be exploited in making proteins, hormones and antibiotics by the fermentation route.
机译:近红外光谱学的发展与PC平行,近红外在许多行业中的应用近年来呈爆炸性增长。这在微生物和细胞培养系统的监控领域尤为明显。 NIR有望潜在地实时控制发酵罐中培养细胞的生理状况,从而显着提高真实性,纯度和生产效率。尽管如此,NIR尚未像其潜力所暗示的那样在生物加工行业中得到广泛应用。这篇评论对微生物和细胞培养系统控制相关的快速发展领域进行了严格评估,并重点介绍了该技术发展的关键阶段。它表明,如果要充分利用NIR的潜力,通过发酵路线生产蛋白质,激素和抗生素,则必须继续进行这项工作。

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