Robust and scalable mAb capture facilitated by a novel convecdiff membrane structure

Low productivity, laborious cleaning requirements, and high costs hamper the performance of Protein A resins. Due to intrinsically high mass transfer rates, chromatographic membranes overcome these limitations, enabling residence times of seconds and full lifetime utilization (75–150 cycles) in 1–2 shifts.

This webinar explores Sartobind^® Rapid A, a novel chromatographic membrane platform based on a functionalized, self-structured hydrogel with high specific binding capacities. See how this revolutionary chromatography membrane can change the paradigm and break up downstream mAb bottlenecks.

What Will Your Learn

Understand the novel convecdiff membrane structure and how this improves performance
Review how this novel membrane supports seamless scalability from PD to commercial manufacturing scale
Discover a ready-to-use, robust and disposable alternative to packed bed chromatography

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Complete to Watch Online

Volkmar Thom

Head of PD Purification Materials

Volkmar holds a PhD in Chemical Engineering from the Technical University of Denmark and an MS degree in Process Engineering from the Technical University of Berlin. For over 25 years, he has contributed to the development of novel separation materials used in the biopharmaceutical industry. After starting his industrial career in 1999 at Merk Millipore as a scientist, he now heads the Development of Separation Materials at Sartorius Stedim Biotech, where he oversees chromatographic membranes and resins, as well as filtration membranes.