Product Description
Chemical Name: Alpha-d-cellobioseoctaacetate
Synonyms :alpha-D-Cellobiose octaacetate
| D-Cellobiose octaacetate
| Octa-O-acetyl alpha-D-Cellobiose
Cas No : 5346-90-7
Purity : 98%
MolecularFormula : C28H38O19
Molecular Weight:678.6
Appearance:SolidDistinctive Crystalline MorphologyAlpha-d-cellobiose octaacetate is recognized for its unique crystalline appearance, which aids in its identification during microscopic examinations. This property supports researchers in verifying sample integrity and purity, ensuring reliable experimental outcomes in carbohydrate and biochemical studies.
Safe and Stable Laboratory GradeWith no known hazards under typical use and a neutral pH, Alpha-d-cellobiose octaacetate is remarkably safe for laboratory environments. Its non-hygroscopic nature, paired with sealed packaging, provides excellent stability and longevity, making it a dependable choice for research professionals.
Applications in Synthesis and ResearchThis compound finds main use as an intermediate in organic synthesis and carbohydrate structural studies. Its solubility in organic solvents, combined with the alpha isomer's purity, makes it valuable for precise, reproducible experiments in biochemical investigations and synthesis pathways.
FAQ's of Alpha-d-cellobiose octaacetate:
Q: How should Alpha-d-cellobiose octaacetate be stored for optimal shelf life?
A: Alpha-d-cellobiose octaacetate should be stored in a cool, dry place with the container tightly closed, protected from moisture and light. Under these conditions, its shelf life is up to three years.
Q: What is the primary usage of Alpha-d-cellobiose octaacetate in research?
A: Its main applications include serving as an intermediate in chemical synthesis, supporting carbohydrate structural studies, and facilitating various biochemical research processes.
Q: When is Alpha-d-cellobiose octaacetate typically used in laboratory settings?
A: It is generally used during research stages that require high-purity acetylated sugars, such as organic synthesis, carbohydrate modeling, or biochemical assay development.
Q: Where can Alpha-d-cellobiose octaacetate be sourced and how is it packaged?
A: This compound can be procured from chemical suppliers or traders in India, and is typically packaged in sealed HDPE bottles or glass vials to ensure stability and purity.
Q: What is the benefit of using Alpha-d-cellobiose octaacetate in carbohydrate research?
A: With high purity, low impurity levels, and a distinct crystalline morphology, it delivers reliable results for structural and functional carbohydrate investigations, contributing to accurate and reproducible scientific outcomes.
Q: How is Alpha-d-cellobiose octaacetate examined microscopically?
A: Its distinct crystalline morphology allows scientists to identify and assess purity using microscopic techniques, assisting in quality control during laboratory studies.
Q: Is Alpha-d-cellobiose octaacetate regulated as a hazardous material during transport?
A: This substance is not regulated as dangerous goods and is considered safe for transport under normal conditions, according to current guidelines.