• Company
    • Business model
    • History
    • News / Articles
    • Careers
    • Contact
  • Technology
    • Immobilization
    • Biocatalysis
    • Chiral Separation
    • Chiral Synthesis
    • Enzymatic Process
  • Products
    • Immobeads
      • Beads overview
      • Covalent binding
      • Ionic binding
      • Absorbtion
      • Bead technology
    • Immozymes
      • Product overview
      • Lipases
      • Proteases
      • Other enzymes
      • Genencor
      • Novozymes
      • Immobilization technology
    • Enzymes
      • Genencor
      • Novozymes
      • Other bulk enzymes
      • Special enzymes
      • Biocatalysis
    • Chiral Intermediates
    • Chiral API
    • Services
      • Custom Immobilization
      • Process Development
      • Custom Synthesis
    • Ordering info
  • Markets
    • Chiral Pharma
    • Chiral Intermediates
    • Life Sciences
    • Cosmetics
    • Food / Feed
    • Biofuels
    • Environment

 

 

 

Ionic Immobilization

 

 

The bead

 

Binding via anionic or cationic interaction has been a very common method to immobilize enzymes and to purify proteins.

 

On macroporous beads enzymes display high activity and high protein loading because of the wide pores and the high internal volume.

 

Immobead info

 

The properties

 

 

Enzyme binding takes place via anionic or cationic interactions on beads functionalized with either carboxylic or quartenairy ammonium groups

 

Various strengths are available allowing for optimization of enzyme activity.

 

The application

 

 

Proteases, etc. Contact us to find our whether your enzyme can be succesfully immobilized.

 

 

 

 

 

more on immobilization technology

 

 

 



(C) 2011 ChiralVision B.V.   -  Contact  -  General terms and conditions of sale  -  Disclaimer