UltraLink™ Hydrazide Resin
UltraLink™ Hydrazide Resin
Thermo Scientific™

UltraLink™ Hydrazide Resin

Thermo Scientific UltraLink Hydrazide Resin is used to prepare affinity columns with antibodies or other glycolsylated proteins.Features of UltraLink HydrazideRead more
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Catalog number 53149
Price (USD)
323.00
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Price (USD)
323.00
Each
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Thermo Scientific UltraLink Hydrazide Resin is used to prepare affinity columns with antibodies or other glycolsylated proteins.

Features of UltraLink Hydrazide Resin:

High-capacity—immobilize 1 to 10 mg of oxidized antibody or other glycoprotein per milliliter of resin
Fast and efficient—immobilize in as few as 30 minutes; achieve at least 90% coupling of most glycoproteins in less than 4 hours (efficiency depends on the amount and type of glycosylation)
Specific immobilization—the hydrazide-activated UltraLink Resin conjugates only to purified glycoproteins whose sugar (e.g., sialic acid) groups have been gently oxidized with periodate
Stable attachment—resonance structure of the hydrazone bonds are sufficiently stable for multiple affinity purifications with one batch of prepared resin; no stabilization step is required
Preserves antibody function—immobilizes IgG via the Fc region, thereby keeping both antigen binding sites available for capturing target

Hydrazide-activated resin is used to prepare affinity columns with polyclonal antibodies, which typically have abundant carbohydrates (glycosylation) on their Fc portions. Any glycosylated proteins (even monoclonal antibodies) that contain periodate-oxidizable carbohydrate groups can be immobilized to make reusable affinity columns. Antibodies immobilized by hydrazide immobilization chemistry have unobstructed antigen-binding sites and optimal purification capability. Prepared columns with stable glycoproteins or antibodies can be regenerated and reused at least five times for affinity-purification without significant loss in binding capacity.

Applications:
• Purify antigens using covalently coupled antibodies
• Determine binding partners for a glycoprotein of interest
• Perform large-scale affinity purifications

UltraLink Hydrazide Resin is especially useful for glycoproteins, such as polyclonal antibodies, because it can allow molecules to be attached at a domain that will not interfere with active binding sites that are critical for the intended affinity purification. Carbohydrate moieties in glycoproteins contain common sugars with cis-diol groups that are easily oxidized with sodium meta-periodate to yield aldehydes. When incubated with hydrazide resin, these aldehyde groups react with the hydrazide groups on the resin to form stable, covalent bonds. This reaction is enhanced by the Thermo Scientific GlycoLink Coupling Catalyst, increasing coupling efficiency and decreasing incubation times. The entire coupling reaction occurs in 2 to 4 hours in a simple non-amine buffer containing the catalyst. Coupling efficiencies with antibodies and typical glycoproteins are generally greater than 85%, resulting in 1 to 10 mg of immobilized protein per milliliter of Thermo Scientific UltraLink Hydrazide Resin.

More Product Data
Improved immobilization and conjugation of glycoproteins

Related Products
GlycoLink™ Immobilization Kit
GlycoLink™ Micro Immobilization Kit
For Research Use Only. Not for use in diagnostic procedures.
Specifications
Capacity (Metric)1 to 10 mg Oxidized Antibody or Glycoprotein Immobilizing per mL Resin
DescriptionUltraLink Hydrazide Resin
Product LineUltraLink™
Quantity10 mL
TypeResin
Stationary PhaseHydrazide
FormatBottle
Column TypeAffinity, UltraLink™ Resin
Unit SizeEach
Contents & Storage
Store at 4°C.

Frequently asked questions (FAQs)

How many times can the same affinity column in the GlycoLink Immobilization Kit be used for purification?

The stability of the immobilized protein and the type of elution buffer used determines how many times a column can be reused. Typically, the columns can be reused at least five times without significant loss in performance.

Find additional tips, troubleshooting help, and resources within our Protein Purification and Isolation Support Center.

Will Hydrazide UltraLink Resins in the GlycoLink Immobilization kit couple chicken IgY?

Yes. Chicken antibodies have a total of 4 N-linked glycosylation sites and will couple to the resin.

Find additional tips, troubleshooting help, and resources within our Protein Purification and Isolation Support Center.

Can the Hydrazide UltraLink Resin in the GlycoLink Immobilization kit couple all types of antibodies?

The resin will couple any antibody that is adequately glycosylated. Although monoclonal antibodies are typically under-glycosylated, many have been effectively immobilized to this resin. To determine if a monoclonal antibody is glycosylated use the Thermo Scientific Glycoprotein Carbohydrate Estimation Kit (Cat. No. 23260).

Find additional tips, troubleshooting help, and resources within our Protein Purification and Isolation Support Center.

When oxidizing with sodium meta-periodate, is it possible to over-oxidize the antibody when using the GlycoLink Immobilization Kit?

If too much sodium meta-periodate is used or the sample is incubated for too long the oxidation can cause the protein to breakdown or favor an amine linkage to the resin. Furthermore, if used in excess, methionine residues might become oxidized. Typically, using 10 mM sodium meta-periodate for 30 minutes will oxidize only the carbohydrates and does not affect protein function.

Find additional tips, troubleshooting help, and resources within our Protein Purification and Isolation Support Center.

How do I oxidize a glycoprotein or antibody when using the GlycoLink Immobilization Kit?

The antibody or other glycoprotein is first diluted or desalted into the coupling buffer and transferred to a vial containing sodium meta-periodate at a final concentration of 10 mM (1 mM is sufficient for sialic acid residues). The mixture is incubated for 30 minutes at room temperature in the dark. Sodium meta-periodate concentration can be increased to 25mM if oxidation is not sufficient at 10 mM. Care must be taken not to over-oxidize the glycoprotein.

Find additional tips, troubleshooting help, and resources within our Protein Purification and Isolation Support Center.