New from the Leaders in Bioseparation...

Available now! The TSK-GEL STAT columns feature high performance IEC separations when you need answers fast. TSK-GEL STAT columns are applicable to a broad range of applications in research and quality control, such as:
v the monitoring of PEGylation reactions,
v the analysis of plasmids or DNA fragments.
v the separation of monoclonal antibody variants & aggregates, drug candidates and siRNA
Want to know more? Look for the TSK-GEL STAT columns on these pages:
TSK-GEL Anion Exchange Columns
TSK-GEL Cation Exchange Columns
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BioProcess International: Reducing Elution Volumes with High Capacity and Improved Mass Transfer Ion Exchange Resins BioProcess International, Vol. 6, No. 7: pp 108-110 (July 2008) Al Jackewitz |
This article spotlights the new Toyopearl GigaCap® ion exchange resins and shows breakthrough curve data demonstrating their high capacities and fast elution kinetics being applied to reducing elution pool volumes
Brochure
BR04: Toyopearl GigaCap Ion Exchange Resins
Includes the dynamic binding capacities, breakthrough curve kinetics, and other physical properties of three new fast mass transfer ion exchange resins, along with competitive comparisons. Selectivities of the two new cation exchange resins are also compared.
Toyopearl GigaCap S-650M (strong cation)
Toyopearl GigaCap CM-650M (weak cation)
Toyopearl GigaCap Q-650M (strong anion)
Product Overviews
PO21: Toyopearl GigaCap CM-650M
Toyopearl GigaCap CM-650M is the second cation exchange resin in the Toyopearl GigaCap family, optimized for high throughput purification of IgG. Its base bead is Toyopearl HW-65C which has a particle size range of 50-100μm. This particle size range has outstanding pressure flow characteristics for high throughput IgG purification
PO22: TSK-GEL SP-STAT and TSK-GEL CM-STAT columns
TSK-GEL SP-STAT and TSK-GEL CM-STAT cation exchange columns allow fast equilibration and analysis, as well as isolation, of complex biomolecules. These columns offer very efficient chromatography for high as well as low MW solutes - made possible by novel bonding chemistry and the absence of micro-pores.