Continuous Chromatography Workshop
Thank you for your interest!
Our June 2024 workshop is now over.
Check back for information about future events or request an email when our next workshop is scheduled.
In the meantime, see below for some informational resources about continuous chromatography and N-Rich technology. As always, feel free to reach out to your local rep or contact us if you’d like to know more.
Workshop Notification Request
Resources
Below are some resources for those who just can’t wait to start learning!
N-Rich® Technology
The N-Rich technique is a twin-column cyclical enrichment process whereby a target molecule or chromatographic region is selectively enriched while the undesired products are simultaneously depleted.
View this informational page for an overview of N-Rich technology, a visual animation of the process, and some published case studies.
YMC Contichrom® CUBE
The Contichrom CUBE is a flexible purification system for process development of (bio-)pharmaceuticals such as monoclonal antibodies, peptides, and oligonucleotides. It performs batch, integrated batch, and continuous processes. Workshop attendees will be using this benchtop system during the hands-on segments!
For more detailed information, view the product page or download our brochure.
Technical Publications
- Poster: Oligo Purification Process Improvements with Twin-Column Chromatography View Poster
- Poster: Chiral Prep Chromatography Utilizing Twin-Column Technology View Poster
- Journal Article: Enrichment and purification of peptide impurities using twin-column continuous chromatography View Article
- Application Note: Purification of a Therapeutic Oligonucleotide Using Twin-Column Chromatography (MCSGP) View Application Note
Columns, Guards and Accessories are only available for purchase online in North America or through our distributors.
To purchase consumables outside North America, please find your local distributor.
For YMC systems’ sales outside of North America and Europe, find your regional office contact information here.