Name: Butyl-S Bestarose FF - Butyl HIC Resins
Price: Inquiry

- Overview
  - Hydrophobic interaction chromatography (HIC) is a chromatographic method that uses the interaction between the hydrophobic groups carried by biological molecules and the hydrophobic ligands on the stationary phase to separate substances. Salt ions can destroy the hydration membrane on the surface of biomolecules and promote the binding between hydrophobic groups and ligands.
    Butyl-S Bestarose FF is formed by coupling butyl chain on 6% agarose base matrix. The optimized ligand concentration is suitable for the separation and purification of biological molecules with strong hydrophobicity.
    
    Please contact us at for specific academic pricing.
- Properties
  - Categories
    
    Butyl HIC Resins
    
    Other Properties
    
    Appearance: White slurry
    Matrix: Highly cross-linked agarose, 6%
    Functional group: Butylthio
    Ligand concentration: ~ 10μmol Ligand/mL resin
    Particle size +: 45~165μm (the average particle size is 90μm)
    Max. pressure: 0.3MPa
    Pressure flow velocity: 250~400cm/h (0.1MPa BXK50/60, H =25cm, 20°C)
    Chemical stability: Stable in common aqueous buffers: 20% ethanol ,6M GuHCl,0.5% SDS,8M Urea
    pH stability: 2~14 (CIP),3~13 (working)
    Operating temperature: Operating temperature: 2~40°C, do not freeze, Can tolerate 121°C autoclaving (20min)
    Storage++: 2~30°C, 20% ethanol or 2% benzyl alcohol
    Recommended flow velocity: 150~300cm/h
    
    +Particle size is normally distributed, and particles within this range account for more than 95% of the total.
    ++ 2% benzyl alcohol is only used for international transport or special requirements from customer.
    
    * For Research Use Only

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Instructions

Butyl-S Bestarose FF - Butyl HIC Resins

Butyl-S Bestarose FF - Butyl HIC Resins

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