Used in proteomics and protein chromatography, amino acid agarose is prepared by covalently coupling of amino acid through a 17 atom stable and uncharged ether hydrophilic linkage to highly cross-linked 6% agarose with bead mean diameter of 90 um.
Used in proteomics and protein chromatography, amino acid agarose is prepared by covalently coupling of amino acid through a 17 atom stable and uncharged ether hydrophilic linkage to highly cross-linked 6% agarose with bead mean diameter of 90 um.
|
Name |
Cat# |
Description (50% suspension, 50ml total volume) |
|
L-Arginine Agarose |
ArgAg-25 |
25ml L-Arginine Agarose |
|
L-Asparagine Agarose |
AsnAg-25 |
25ml L-Asparagine Agarose |
|
L-Cysteine Agarose |
CysAg-25 |
25ml L-Cysteine Agarose |
|
L-Glutamic Agarose |
GluAg-25 |
25ml L-Glutamic Agarose |
|
L-Glutamine Agarose |
GlnAg-25 |
25ml L-Glutamine Agarose |
|
Glycine Agarose |
GlyAg-25 |
25ml Glycine Agarose |
|
L-Histidine Agarose |
HisAg-25 |
25ml L-Histidine Agarose |
|
L-Leucine Agarose |
LeuAg-25 |
25ml L-Leucine Agarose |
|
L-Lysine Agarose |
LysAg-25 |
25ml L-Lysine Agarose |
|
Poly-L-Lysine Agarose |
PolyLysAg-25 |
25ml Poly-L-Lysine Agarose |
|
L-Phenylalanine Agarose |
PheAg-25 |
25ml L-Phenylalanine Agarose |
|
L-Serine Agarose |
SerAg-25 |
25ml L-Serine Agarose |
|
L-Valine Agarose |
ValAg-25 |
25ml L-Valine Agarose |
Glutathione S-transferase (GST) gene fusion systems have been widely used for obtaining large amounts of desirable protein in Escherichia coli.
Q Cross-linked Agarose High Performance has well-deserved reputations as highly successful anion and cation ion exchange media for purifying a wide range of biomolecules.
Glutathione S-transferase (GST) gene fusion systems have been widely used for obtaining large amounts of desirable protein in Escherichia coli.
SP Cross-linked Agarose Big Beads are strong ion exchangers designed for industrial applications. The large particle sizes (100-300 µm) and excellent physical stability of the base matrix ensure maintained speed even with viscous samples.
Epoxy-activated Agarose is a pre-activated affinity chromatography support for the immobilization of a variety of biomolecules that contain nucleophiles, such as hydroxyl, amino, or thiol groups. These groups couple to the epoxy groups on the support, which is then used for the purification of proteins, carbohydrates, or DNA.
Recombinant Protein A is an immunoglobulin-binding protein derived from the cell wall of the bacterium Staphylococcus aureus.
Ni2+, Co2+, Cu2+, or Zn2+ charged nitrilotriacetic acid (NTA) coupled to Agarose CL-6B via a stable and uncharged long ether hydrophilic spacer arm, and offers high binding capacity and minimal non-specific binding.
Used in proteomics and protein chromatography, amino acid agarose is prepared by covalently coupling of amino acid through a 17 atom stable and uncharged ether hydrophilic linkage to highly cross-linked 6% agarose with bead mean diameter of 90 um.
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