OglyZOR™ Lyophilized

Lyophilized enzyme for hydrolysis of core 1 O-glycans on glycoproteins

Available Products

OglyZOR is an endoglycosidase (O-Glycosidase) that specifically hydrolyzes core 1 O-glycans on native glycoproteins.

OglyZOR Lyophilized is available as a lyophilized powder in 2000 unit vials for hydrolysis of core 1 O-glycans on 2 mg glycoprotein. It requires removal of sialic aids for activity, and is therefore provided together with 2000 units of SialEXO Lyophilized.

Why OglyZOR™ Lyophilized?

  • Flexible format for method development
  • Possible to combine enzymes for improved efficiency
  • Amenable to automated workflows
  • Ready to use – just add water!

Available Products

  • OglyZOR™ Lyophilized 2000 units

    Lyophilized enzyme for hydrolysis of core 1 O-glycans on 2 mg glycoprotein

    G2-OG1-020

    1,079.00

    For information on how to order, visit Place an Order or contact us directly at order@genovis.com.

    Product Information

    Unit Defintion

    One unit digests ≥ 90% of O-glycans of 1 µg glycoprotein (TNFR) when incubated together with one unit of SialEXO in 20 mM Tris pH 6.8 at 37°C for 2 h.

    Contents

    OglyZOR Lyophilized includes:

    • 1 vial of OglyZOR Lyophilized (G1-OG1-020) supplied in TBS pH 7.6, with no preservatives added.
    • 1 vial of SialEXO Lyophilized (G1-SM1-020) supplied in TBS pH 7.6, with no preservatives added.

    Storage

    The product is shipped at ambient temperature, and should be stored at -20°C upon arrival. After reconstitution, the enzymes are stable for 1 month at +4-8 °C.

    Resources

    Performance Activity

    FAQ and Support

    OglyZOR only works on desialylated O-glycans therefore is a sialidase (SialEXO) included with the product. SialEXO is not O-glycan specific and will therefore desialylate any N-glycans that are present.

    No, OglyZOR recognizes the core 1 disaccharide HexNAcHex (or GalNAcGal) and to some extend also the core 3 disaccharide HexNAc(2) (or GalNAcGlcNAc).

    Yes, we have performed successful experiments with OglyZOR, SialEXO and PNGaseF in the same reaction under native conditions O/N at pH ~7.0.  If denaturing reaction conditions are required for PNGaseF, the reaction with OglyZOR and SialEXO needs to be performed first under native conditions, then add PNGaseF and the required buffer.