Rhamnose Monohydrate: Essential Deoxy Sugar for Advanced Biochemical Research

1. Molecular Identity

• Chemical Name: 6-Deoxy-L-mannose monohydrate
• CAS Number: 10030-85-0
• Source: Naturally occurring in various plants; also synthetically produced

2. Biochemical Significance

Rhamnose Monohydrate is a deoxy sugar with important roles in biological systems. Its distinct molecular structure makes it useful for research in glycobiology, microbiology, and plant biochemistry.

3. Key Properties of Rhamnose Monohydrate

• Structural Role: Present in bacterial and plant cell walls
• Metabolic Intermediate: Serves as a precursor in natural product biosynthesis
• Bioactivity Enhancer: Can improve the solubility of certain molecules
• Glycobiological Tool: Used in carbohydrate-protein interaction studies

4. Potential Research Applications

• Analysis of bacterial cell wall architecture
• Plant stress response and glycan modification studies
• Formulation of rhamnose-conjugated molecules
• Carbohydrate chemistry and synthesis investigations

5. Current Research Focus

Active research is exploring:

• Rhamnose’s role in quorum sensing and microbial signaling
• Cell wall biosynthesis in plants and microbes
• Strategies involving rhamnose in material science and functional biomolecules
• Applications in stabilizing sensitive compounds in formulations

6. Formulation Challenges and Innovations

Ongoing development focuses on:

• Optimizing solubility and storage stability
• Efficient synthetic access to rhamnose derivatives
• Designing new rhamnose-based analytical tools

7. Bulk Availability and Technical Data

• Form: Crystalline powder, high-purity grade (≥98% HPLC)
• Packaging: Available in research and bulk quantities
• Intended Use: For laboratory and research applications
• Documentation: COA and MSDS available upon request

8. Compliance and Handling

Rhamnose Monohydrate (CAS 10030-85-0) is classified as GRAS (Generally Recognized as Safe) in food-related contexts. Use in research laboratories should follow appropriate safety protocols and institutional standards.

9. Future Research Directions

Researchers are exploring:

• Rhamnose-mediated pathways in plant-microbe interactions
• Functionalized rhamnose systems in targeted compound transport
• Rhamnose as a factor influencing microbial community dynamics

10. Collaborative Opportunities

We welcome collaboration with researchers in glycobiology, microbiology, plant science, and materials chemistry. For inquiries or bulk orders, please contact us at [email protected].

Advance your research with Rhamnose Monohydrate – a valuable monosaccharide bridging biological and chemical investigations.