Advanced chemical and enzymatic methods have enabled the synthesis of various saccharides. CD BioGlyco has developed highly integrated approaches that can combine chemical and enzymatic methods to quickly compose saccharide-related products. We can complete small (mg) and large (g) quantities of saccharides and transfer the technology to a bulk manufacturing plant. All our final products will be thoroughly analyzed by our advanced technologies such as mass spectrometry and high field NMR to ensure quality.
Our team of professionals, most with a Ph.D. degree, is highly skilled in the areas of carbohydrate, nucleosidation, glycosylation, high purity complex products, and synthetic route development. We are proficient in the design and customization of complex multi-step reaction schemes and provide customers with customized overall solutions in the fields of biopharmaceuticals, therapy, and diagnosis to develop saccharides and saccharide-related molecules.
Enzymatic synthesis; Chemical synthesis
We leverage a comprehensive array of established and innovative techniques to ensure the successful and efficient construction of even the most challenging carbohydrate structures. Our core technologies include both enzymatic and chemical synthesis approaches. Enzymatic synthesis offers unparalleled stereo- and regioselectivity, mimicking natural biosynthetic pathways to create complex glycans with high fidelity.
DOI.: 10.3390/catal10101142
Technology: Solvent-free reaction
Journal: Catalysts
IF: 3.8
Published: 2020
Results: This comprehensive review explores solvent-free methodologies in carbohydrate synthetic chemistry, emphasizing the pivotal role of catalysis in enhancing reactivity and selectivity. The authors analyze a wide range of solvent-free techniques, including mechanochemical ball milling, melt reactions, and catalytic solid-state processes, for key transformations such as protecting group manipulations (acylations, acetalations, benzylations), glycosylations, glycoconjugations, and biomass depolymerization. Crucially, the review highlights how catalysts (e.g., Lewis acids like In(OTf)3, Yb(OTf)3; solid acids; enzymes; organotin reagents) enable precise control over regioselectivity and stereoselectivity in these solvent-free environments, often offering advantages like simplified procedures, improved yields, or unique selectivity profiles compared to traditional solvent-based methods. The work underscores the growing potential of solvent-free, catalytically driven approaches as sustainable and efficient strategies for constructing complex carbohydrates and valorizing biomass-derived sugars.
The synthesis laboratory at CD BioGlyco uses the most advanced synthesis technology to provide customers with the customized synthesis of oligosaccharides, polysaccharides, sugar-nucleotides, and carbohydrate antigens. Our mission is to help academic laboratories and industries explore the biological and pharmaceutical effects of saccharides. If you have any further queries, please contact us directly for more detailed information.
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