Xylose (Standard) [CAS 58-86-6]: Structure, Analytical Relevance, and Research Applications
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Xylose (Standard) [CAS 58-86-6]: Structure, Analytical Relevance, and Research Applications
Xylose (Standard) is an analytical and research-grade carbohydrate compound widely used in carbohydrate chemistry, fermentation science, metabolite profiling, and reference standard workflows. As a naturally occurring pentose sugar, it is highly relevant in studies involving biomass utilization, sugar analysis, and biochemical pathway research.
Xylose (Standard) [CAS 58-86-6]
Research-grade analytical standard for carbohydrate chemistry, fermentation science, and metabolite-focused workflows.
Xylose (Standard) is supplied as a premium-grade research and analytical compound intended for laboratory and scientific applications. It is commonly used in workflows involving sugar identification, reference standard comparison, carbohydrate profiling, and fermentation-related research.
As a naturally occurring pentose sugar, xylose is especially relevant in studies related to lignocellulosic biomass, microbial utilization of sugars, analytical chemistry, and endogenous metabolite investigations.
Key Features
- Analytical standard of xylose
- CAS Number: 58-86-6
- Target class: Endogenous Metabolite, Reference Standards
- Suitable for carbohydrate and fermentation research
- Room temperature shipping
- 4°C sealed storage recommended
What Is Xylose (Standard)?
Xylose is a five-carbon monosaccharide classified as a pentose sugar. It is widely found in plant-derived biomass and is commonly studied in the context of carbohydrate chemistry, sugar metabolism, and lignocellulosic feedstock analysis.
In standard form, Xylose (Standard) is especially useful as a reference material for analytical workflows. It supports the identification, comparison, and quantification of xylose in laboratory settings where accurate sugar analysis and reproducibility are important.
Structural Characteristics
Pentose Sugar Structure
Xylose is a five-carbon sugar that plays an important role in carbohydrate analysis and plant biomass studies.
Defined Molecular Identity
The compound is identified by CAS 58-86-6 with molecular formula C5H10O5 and molecular weight 150.13.
Reference Standard Utility
Xylose (Standard) supports analytical comparison, method validation, and reproducible carbohydrate measurement.
Broad Laboratory Relevance
Its analytical and biological relevance makes it useful across metabolite studies, fermentation workflows, and sugar profiling assays.
Why Xylose Matters in Research
1. Carbohydrate Chemistry and Sugar Analysis
Xylose is frequently used in studies involving monosaccharide characterization, sugar profiling, and analytical method development. As a standard, it helps support consistent identification of target compounds across research workflows.
2. Fermentation and Biomass Research
Xylose is highly relevant in research on lignocellulosic biomass conversion and microbial sugar utilization. It is commonly discussed in relation to the transformation of plant-derived carbohydrates into value-added biochemical products in fermentation-focused investigations.
3. Endogenous Metabolite and Pathway Studies
Because xylose is listed here within the target class of endogenous metabolites, it is also relevant in metabolite-focused analytical workflows and biochemical pathway research where precise compound tracking is important.
4. Method Development and Reference Standard Workflows
Analytical standards such as Xylose (Standard) are important for method optimization, retention time confirmation, peak assignment, and other laboratory procedures that require reliable compound identity.
Typical Research Applications of Xylose (Standard)
- Carbohydrate chemistry and sugar profiling
- Reference standard workflows in analytical chemistry
- Fermentation science and microbial substrate studies
- Lignocellulosic biomass and plant-derived sugar research
- Method development for metabolite and sugar analysis
- Laboratory comparison and compound identification workflows
Product Specifications
- Product Name: Xylose (Standard)
- CAS Number: 58-86-6
- Molecular Formula: C5H10O5
- Molecular Weight: 150.13
- SMILES: O=C[C@@H]([C@H]([C@@H](CO)O)O)O
- Target: Endogenous Metabolite, Reference Standards
- Hazard Statement: H302, H315, H319, H335
- Precautions: H302, H315, H319, H335
- Shipping Conditions: Room Temperature
- Storage Conditions: 4°C, sealed storage, away from light and moisture
Research-Grade Quality Considerations
In analytical and standard-based workflows, compound consistency, purity, and clear specification details are essential. Xylose (Standard) is particularly useful in laboratory settings that require dependable reference material for sugar-related analyses and scientific method development.
Storage and Handling Considerations
Good laboratory practice for Xylose (Standard) generally includes storage under suitable sealed conditions, protection from excess moisture and light, and handling procedures aligned with standard analytical workflow requirements. For laboratories aiming to maintain material integrity across repeated use, consistent storage control is an important consideration.
Further Reading
- PubChem – D-Xylose (CAS 58-86-6)
- NIST Chemistry WebBook – Xylose
- NCBI Bookshelf – Monosaccharide Metabolism
- PubMed – Xylose Metabolism and Transport in Bacillus subtilis
- PubMed – Xylose Assimilation for the Efficient Production of Biofuels and Chemicals
- PubMed – Sustainable Biorefinery Approach by Utilizing Xylose
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