PreDictor RoboColumn Capto MMC, 200 µL (28986084) is a prepacked minicolumn format containing Capto MMC resin for multimodal chromatography process development. These 200 µL minicolumns are supplied as one row of eight columns and support high-throughput screening of salt-tolerant weak cation exchange conditions for capture and intermediate purification workflows.
Key Features
- Prepacked RoboColumn minicolumn format, designed for automated parallel chromatography experiments in high-throughput process development
- 200 µL bed volume, with a 10.0 mm bed height for miniaturised chromatography screening
- Multimodal weak cation exchange chemistry, using Capto MMC resin with selectivity different from traditional ion exchangers
- Salt-tolerant binding behaviour, supporting protein capture at higher feed conductivity than many traditional cation exchangers
- Highly cross-linked agarose matrix, providing a spherical Capto resin base for process development workflows
- 0.07 to 0.09 mmol H+/mL resin ionic capacity, supporting weak cation exchange interaction in multimodal purification
- ≥45 mg BSA/mL resin dynamic binding capacity, measured at 30 mS/cm under specified Capto MMC test conditions
- Pack of eight minicolumns, supplied as one row of eight 200 µL RoboColumn units
Benefits
- Helps laboratories screen multimodal chromatography conditions in parallel before scaling to larger column formats.
- Reduces sample and buffer consumption during early process development studies.
- Supports evaluation of pH, salt, buffer, and elution conditions for challenging protein purification workflows.
- Provides a practical format for assessing Capto MMC capture and intermediate purification performance.
Why Choose the PreDictor RoboColumn Capto MMC, 200 µL (28986084)?
PreDictor RoboColumn Capto MMC, 200 µL (28986084) provides a compact, high-throughput format for screening salt-tolerant multimodal weak cation exchange chromatography conditions. John Morris Group supplies this Cytiva consumable for Australian laboratories developing efficient biomolecule purification workflows.
