• Homepage
  • Discover a Novel Chromatography Membrane that Removes the mAb Capture Bottleneck

Protein A resins are synonymous with low productivity. See how Sartobind® Rapid A technology can change that paradigm and break up downstream bottlenecks.

Protein A resins, with low flow rates and mass transport, lead to low productivity. Sartobind® Rapid A removes the bottleneck, offering a disposable alternative for mAb capture.

Discover a novel chromatography membrane that supports rapid cycling with high binding capacity, eliminates column handling, and uses 1/10th the chromatography matrix. Join the webinar, “Sartobind® Rapid A Technology: Break Free From the Protein A Low-Productivity Paradigm.”

Watch Now

Complete Form to Watch Online

Meet Our Expert:

Ricarda Busse, PhD

Product Manager Membrane Chromatography Consumables

Dr. Ricarda A. Busse joined Sartorius Stedim Biotech in February 2018 as a Product Manager for Membrane Chromatography. She has more than eight years of experience in the biotechnology and bioprocessing industry.

Prior to joining Sartorius, she worked as Product and Marketing Manager for affinity chromatography solutions used for recombinant proteins. She has a PhD in biology/biochemistry from the Georg-August University of Göttingen. During her time as a doctoral candidate at the Max Planck Institute of Biophysical Chemistry, Göttingen, she worked on upstream and downstream process optimization of recombinant proteins from bacterial, mammalian and insect cell cultures. She also holds an MBA from the European Fernhochschule Hamburg in General Management, where she specialized in digital and international marketing.

Geoffrey Pressac

Manager of Field Application Specialists Chromatography SE

Geoffrey Pressac is Manager of South Europe Chromatography Field Application Specialists at Sartorius Stedim Biotech, supporting customers on a wide range of topics including process development, DOE, scaling up, and trainings on systems and troubleshooting. Pressac has experience in purifying both proteins and large molecules like exosomes, pDNA and a wide range of viruses.