The PreDictor Capto Phenyl ImpRes Plate, 20 µL (29711441) is a set of 96-well filter plates prefilled with Capto Phenyl ImpRes hydrophobic interaction chromatography resin. It is supplied as 4 × 96-well plates with 20 µL of resin per well for high-throughput process development workflows.
Key Features
- Single-resin HIC plate format, with every well prefilled with Capto Phenyl ImpRes resin
- 20 µL resin volume per well, matching the Cytiva ordering information for part 29711441
- 4 × 96-well filter plate pack size, supporting parallel screening across repeated plate-based experiments
- Phenyl ligand chemistry, providing hydrophobic interaction selectivity for intermediate purification and polishing workflows
- Small 40 µm particle size, supporting increased resolution compared with larger-particle HIC resins
- Dynamic binding capacity of 19 mg BSA/mL resin, based on the stated Capto Phenyl ImpRes resin specification
- Operational pH stability from pH 3 to 13, with short-term CIP stability from pH 2 to 14
- Manual or automated operation, with PreDictor plates suitable for robotic workflows or manual use with multichannel pipettes
Benefits
- Helps laboratories screen Capto Phenyl ImpRes resin conditions at small scale before moving to larger chromatography formats.
- The 96-well format supports high-throughput testing while reducing sample and buffer use.
- Prepacked wells reduce preparation time compared with manually packing small screening columns.
- Capto Phenyl ImpRes resin provides a high-resolution HIC option for intermediate purification and polishing steps.
- Defined resin stability specifications support method development across a broad pH and cleaning range.
Why Choose the PreDictor Capto Phenyl ImpRes Plate, 20 µL (29711441)?
Choose the PreDictor Capto Phenyl ImpRes Plate, 20 µL (29711441) when you need prepacked 96-well HIC plates for screening Capto Phenyl ImpRes resin in downstream purification development. John Morris Group can help Australian laboratories source Cytiva PreDictor plates and confirm suitability for protein purification process development workflows.
