BOC Sciences Integrates Its Glycan Technique Portfolio Into a New Hub
Glycans are now understood to be critical to the function of most biological processes, playing a pivotal role in areas from immune response and cell-to-cell communication to disease pathology. Challenges in their synthesis and analysis, however, have impeded progress in relevant therapeutic development.
The new BOC Sciences Glycan Portal is intended to be a one-stop shop to address these challenges. It provides the research community with:
- A Complete Portfolio of High-Quality Reagents: Including a diverse array of N-glycans, O-glycans, lipopolysaccharides (LPS), and labeled glycans, crucial for fundamental research and drug discovery.
- Full-Spectrum Glycosylation Services: A complete suite of custom solutions from glycan synthesis and engineering to protein, lipid, and peptide conjugation.
The Scientific Community’s Toolbox is Open
For the scientists who want to exploit the unique properties of glycans, this new gateway provides a high-quality and robust new toolkit that will take them from early research right through to process development and production scale-up. The powerful toolkit provides a variety of techniques, including:
- Custom Glycan Synthesis Services
- Glycan Modification and Functionalization
- Glycoconjugate Synthesis
- Glycan Profile & Analytics
- Glycan Engineering
Built on BOC Sciences' profound scientific background and extensive experience in flexible, custom solutions, this platform guarantees end-to-end packages. Whether a project demands fine modification for specific structures or requires the production of glycans on an industrial scale, BOC Sciences is able to offer clients satisfying results.
"By consolidating our expertise into this new portal, we are empowering our clients to overcome the significant synthetic and engineering challenges in glycobiology. Our goal is to be their reliable partner, providing not just materials, but the sophisticated custom solutions needed to bring advanced therapeutics to market faster," said a Senior Research Director at BOC Sciences.
