- Existing Living Radical Polymerization Method
- New Living Radical Polymerization Method "TERP Method"
- Polymerization Example of Conventional Monomer
- Polarity Monomer Polymerization Example
- Synthetic Example of AB Block Polymer
- Application 01 Pressure Sensitive Adhesive
- Application 02 Compatibilizer
- Application 03 Pigment Dispersant
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Other Applications
We can label or derivatize the asparagine residues of oligosaccharides. Some examples follow.
sample１
■Fluorescein-Labeled Oligosaccharides
By using Fluorescein-labeled oligosaccharides in biochemical experiments, it is possible to conduct sensitive analyses.
■Biotin-Labeled Oligosaccharides
By using the tendency for tight binding between biotin and avidin, we can immobilize oligosaccharides-biotins on the avidin on arrays or affinity beads.
■Neoglycolipids
Our artificial glycolipids with amphipathicity(neoglycolipids) readily form micelles and liposomes and can be applied to the preparation of virus inhibitors and drug delivery system (DDS).
sample２
■Oligosaccharides with Free Reducing Ends
We have established the production method of 1-OH oligosaccharides using hydrolysis of the asparagine residue. This process can be applied to each type of oligosaccharides in our oligosaccharide library.
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Contributing to our customers with Otsuka chemical's creative technology as principle, our R&D department has been developing chemical products toward world markets.
Glycotechnology
Otsuka Chemical practices research of Oligosaccharides and its' applied technology.
