Advances in Affinity and Ion Exchange Chromatography | Interview
Last updated: October 2024
Overview
Chromatography is at the core of most biomolecule purification workflows, whether for small scale screening to find the optimal expression construct or purification buffer, or for preparative purification for structural and functional studies when characterizing a new protein. Conventional methods use resin-based chromatography, which relies on microscopic beads with very small, dead-end pores containing low ligand densities. This technology has limitations particularly in terms of low flow rates, long processing times and limited consumables lifespan. To address these challenges, membrane chromatography has been developed to provide faster processing and extended reusability without compromising on binding efficiency or purity.
In this interview you will learn more about the Sartobind® Lab product portfolio for laboratory-scale membrane chromatography and its advantages over resin-based columns.
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- Document type: Interview
- Page count: 4
- Read time: 5 minutes
Key Takeaways
- Learn more about the Sartobind® Lab product portfolio for laboratory-scale chromatography
- Understand the advantages of membrane chromatography over resin-based chromatography
- Recognize that Sartobind® Lab products can reduce setup and process time and increase productivity
- Notice that Sartobind® Lab products feature the same stationary phase as our large-scale capsule and cassette formats, enabling a seamless process transfer from research to process development and commercial production.
This Resource is Designed for:
- Research Scientist
- Process development Scientist
- Antibody Engineering Scientist
Applications Supported:
- Chromatography
- Membrane Chromatography
- Protein Purification
