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肝素二糖标准品GE-H1001

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  • GE-H1001
    Heparin Disaccharide. Sodium Salt. Mol. Wt. 665
    Structure: ∆UA,2S – GlcNS,6S
     C12H15NO19S3Na4
     Produced by the action of bacterial Heparinases and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin

    GE-H1002
    Heparin Disaccharide. Sodium Salt. Mol. Wt. 563
    Structure: ∆UA,2S – GlcNS
     C12H16NO16S2Na3
     Produced by the action of bacterial Heparinases and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin.
     
    GE-H1003
    Heparin Disaccharide. Sodium Salt. Mol. Wt. 605
    Structure: ∆UA,2S – GlcNAc,6S
     C14H18NO17S2Na3
     Produced by the action of bacterial Heparinases and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin.
     
    GE-H1004
    Heparin Disaccharide. Sodium Salt. Mol. Wt. 563
    Structure: ∆UA – GlcNS,6S
     C12H16NO16S2Na3
     Produced by the action of bacterial Heparinases and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin
     
    GE-H1005
    Heparin Disaccharide. Sodium Salt. Mol. Wt. 461
    Structure: ∆UA – GlcNS
     C12H17NO13SNa2
     Produced by the action of bacterial Heparinases and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin.
     
    GE-H1006
    Heparin Disaccharide. Sodium Salt. Mol. Wt. 401
    Structure: ∆UA – GlcNAc
     C14H20NO11Na
     Produced by the action of bacterial Heparinases and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin.
      
    GE-H1007
    Heparin Disaccharide. Sodium Salt. Mol. Wt. 503
    Structure: ∆UA,2S – GlcNAc
     C14H19NO14SNa2
     Produced by the action of bacterial Heparinase and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin.
     
    GE-H1008
     
    Heparin Disaccharide. Sodium Salt. 503
    Structure: HexA – GlcNAc,6S
     C14H19NO14SNa2
     Produced by the action of bacterial Heparinases and isolated
     by high resolution gel filtration and ion exchange
     chromatography. The uronate (HexA) contains a C4-C5
     double bond due to the action of the heparinases used to
     depolymerise heparin.

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