Dynamics of protein recovery from process filtration systems using microporous membrane filter cartridges.

R Datar, J M Martin, R L Manteuffel
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引用次数: 0

Abstract

The purpose of this report is to address the concern for protein concentration recovery through membrane filter cartridges at the process scale. Filtration systems consisting of pre- and/or final membrane filter cartridges were evaluated for protein concentration recovery under typical manufacturing conditions of continuous flow and high throughput volumes. Results of the study conclusively demonstrate that consideration of the protein adsorptive properties and recovery performance of cartridge filters can provide efficient bio-burden and particulate control without compromising protein yields. Understanding the dynamics of protein recovery through various prefilter and final filter cartridges can play an important role in the proper selection of a filtration system to ensure optimal life and protein yield when filtering dilute protein solutions.

使用微孔膜过滤筒的工艺过滤系统中蛋白质回收的动力学。
本报告的目的是解决在工艺规模上通过膜过滤筒回收蛋白质浓度的问题。在连续流动和高通量的典型制造条件下,评估了由预膜和/或终膜过滤筒组成的过滤系统对蛋白质浓度的回收率。研究结果表明,考虑蛋白质吸附性能和回收性能的滤筒过滤器可以在不影响蛋白质产量的情况下提供有效的生物负荷和颗粒控制。了解通过各种预过滤器和最终过滤器的蛋白质回收动态可以在过滤稀蛋白溶液时正确选择过滤系统以确保最佳寿命和蛋白质产量方面发挥重要作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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