GE Healthcare
 
GE Healthcare Life Sciences Part of GE Healthcare
Education Centre
About the purification of biomolecules
Purpose of purification
Developing purification protocols
How to combine purification steps
Purification development - summary
LC techniques
Affinity Chromatography
Desalting & Gel Filtration
Hydrophobic interaction chromatography
Ion exchange chromatography
Reversed phase chromatography
Animation
Basic principles
RPC in practice
Technique Profile
What is RPC?
Protein Purifier software
BioProcess™ Glossary

Reversed phase chromatography profile

Working principle
    • RPC separates molecules according to hydrophobicity.
Used for
    • Sample concentration and desalting of peptides
    • Removal of hydrophobic contaminants
    • Separation of complex peptide samples
Suitable stage in a purification protocol
    • Capture: ()
    • Intermediate:
    • Polishing:
(Number of stars indicate suitability.)
Separation characteristics
  • Resolution
Very High
  • Load capacity
- General separation: Moderate
- Sample concentration/desalting: Very High
.
  • Speed
- General separation: High
- Sample concentration/desalting: Very High
.
  • Gentleness
- Peptides: High
- Proteins: Low
  • Mass yield.
- Peptides: High
- Proteins: Low
Main optimizing parameter
    • Choice of ligand and/or running pH
Special features
    • Complementary to IEX and gel filtration.
    • In general not suitable for proteins
Further reading
      - Applications
      - Media selection guide
      - Purification protocols
      - Purification strategies
      - (Handbooks etc.)