Glycoinformatics-assisted Free Oligosaccharide Structure Modeling Service
Structural Modeling of Free Oligosaccharides Based on Rigorous Criteria and Advanced Methods
Free oligosaccharides are believed to be involved in many biological functions, such as immunity, signaling, etc. CD BioGlyco has a team of experts with extensive experience in Structural Modeling and provides reliable glycoinformatics-assisted free oligosaccharide structure modeling services. Our services apply to the structure modeling of human lacto-oligosaccharides and others. Based on strict working standards and advanced computational methods, we ensure the accuracy and reliability of each model constructed.
Combining experimental techniques with molecular modeling methods has become an indispensable tool for studying the structure of free oligosaccharides. We offer the following services based on advanced analytical techniques and algorithms.
Structural analysis
We use nuclear magnetic resonance, cryo-electron microscopy, high-performance liquid chromatography, etc., to examine free polysaccharide structures. These data open the way for computational glycobiology and atomic resolution-free oligosaccharide structure modeling.
Structural modeling
We provide accurate models to help Predict and Analyze the structure of free oligosaccharides.
- Data collection: This process involves obtaining information on the free oligosaccharide structure from the structure detection results and database collection.
- Structural modeling: We use advanced computational methods to model the free oligosaccharide structure. Studying the free oligosaccharide structure through molecular modeling techniques helps to refine experimental data at the atomic level and generate a collection of conformations that cannot be directly observed.
- Analysis: The modeled structures are analyzed in detail.
Molecular dynamics simulation
We help to understand the detailed motion of atoms within a molecule and various details.
Publication Data
Technology: Molecular dynamics simulation
Journal: International Journal of Molecular Sciences
IF: 5.923
Published: 2020
Results: This paper presents in detail several databases storing structural information on carbohydrates such as glycans, three-dimensional structural modeling methods, construction and analysis tools, etc. These databases and tools lay the foundation for the development of free oligosaccharide structure modeling parties.
Applications
- Free oligosaccharide structure modeling is used to study and analyze their autoimmune activity and antimicrobial properties.
- Free oligosaccharide structure modeling plays an important role in predicting and analyzing free oligosaccharide-protein binding interactions.
- Free oligosaccharide structure modeling is used to predict structure-function relationships.
Highlights
- Our experienced glycoinformatics team utilizes their extensive experience and skills to produce accurate free oligosaccharide structure models.
- Our experts adapt the methodology to the specific needs of each client and develop targeted solutions.
- We provide free oligosaccharide structure modeling results promptly so that our clients move forward with their research projects as quickly as possible.
Frequently Asked Questions
- What are the functions of free oligosaccharides?
Free oligosaccharides are a class of structurally diverse glycans, including autogenous N-glycan by-products, human milk oligosaccharides, and others. It is involved in several biological processes with important biological activities, including antimicrobial, autoimmune activities, etc. Structural modeling of free oligosaccharides is crucial to help study their interactions with other molecules, functions, and molecular mechanisms.
- What is the significance of molecular dynamics simulations for application in structural modeling?
Molecular dynamics simulation is an efficient molecular simulation method widely used in structural modeling, chemical reaction kinetics, materials science, and other scientific fields. It utilizes computer numerical simulations to study the structure and properties of molecular systems and has various advantages, such as seamless integration with molecular docking, etc. Molecular dynamics simulations can be used to obtain the trajectories of atoms and various microscopic details of the atomic motion process.
CD BioGlyco provides an accurate free oligosaccharide structure modeling service and tailors our solutions to meet our clients' specific goals. We use state-of-the-art computational techniques to generate free oligosaccharide structure models that effectively support client research. Welcome to contact us to learn more about glycoinformatics-assisted free oligosaccharide structure modeling if you need this area.
Reference
- Scherbinina, S.I.; Toukach, P.V. Three-dimensional structures of carbohydrates and where to find them. International journal of molecular sciences. 2020, 21(20): 7702.
For research use only. Not intended for any diagnostic use.
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