Bulk 5-Deazaflavin Powder for Research

Deazaflavin, commonly referring to 5-deazaflavin (CAS 26908-38-3), is a synthetic flavin analogue with the molecular formula C11H7N3O2 and a molecular weight of 213.19 g/mol. It is primarily relevant to chemical research, redox-system studies, and specialized ingredient development, where verified identity, chromatographic purity, and consistent raw-material specifications are essential.

Product Overview

5-Deazaflavin is a heterocyclic compound related structurally to flavin molecules. Its distinctive molecular structure makes it relevant to research involving electron transfer, redox chemistry, photochemical processes, and the development of specialized chemical intermediates.

For B2B procurement, the most important considerations are confirmation of the exact compound, analytical purity, impurity profile, storage conditions, and intended-use suitability. Deazaflavin derivatives may have different molecular formulas and properties, so the parent compound should be clearly distinguished from substituted derivatives when evaluating specifications and quotations.

What Is 5-Deazaflavin?

5-Deazaflavin is a synthetic analogue of the flavin ring system, identified by CAS number 26908-38-3. It is also described by the chemical name pyrimido[4,5-b]quinoline-2,4(1H,3H)-dione. Unlike naturally occurring flavins, its heterocyclic framework has a modified arrangement of nitrogen and carbon atoms.

Research applications include investigations of redox-active compounds, photochemical electron-transfer systems, enzyme-related chemistry, and medicinal chemistry. Findings from laboratory research should not be interpreted as evidence of established human health benefits or as confirmation that the material is suitable for use in dietary supplements, foods, cosmetics, or medicines.

Specifications of Deazaflavin Powder

Key Characteristics and Technical Value

• Defined molecular identity: The CAS number, molecular formula, and molecular weight provide a clear starting point for raw-material identification and supplier qualification.
• Chromatographic purity assessment: HPLC supports evaluation of the principal compound and detectable chromatographic impurities under a defined analytical method.
• Redox research relevance: 5-Deazaflavin has been studied in connection with redox chemistry and photochemical systems, supporting its use in specialized laboratory investigations.
• Technical specification flexibility: Purity targets, impurity limits, packaging, and analytical documentation can be aligned with the requirements of a qualified research or development project.
• Derivative identification: Confirming the precise chemical structure helps prevent confusion between the parent compound and substituted deazaflavin derivatives.

Applications of 5-Deazaflavin

Chemical and Analytical Research

5-Deazaflavin may be used as a research material in chemical characterization, reference comparisons, analytical method development, and investigations of heterocyclic compounds. The required purity and identity tests should reflect the purpose of the experiment.

Redox and Photochemical Studies

The compound is relevant to laboratory research involving redox-active flavin analogues and photochemical electron-transfer processes. Researchers should establish solvent compatibility, concentration, light exposure, and experimental controls before use.

Enzymology and Biochemical Research

Specialized research programs may evaluate deazaflavin-related compounds in enzyme-associated or biochemical systems. Suitability depends on the specific compound, experimental design, purity, and the conditions required by the study.

Medicinal Chemistry and Intermediate Evaluation

Deazaflavin structures have been investigated in medicinal chemistry research. Use in a development program requires confirmation of the intended molecular structure, impurity profile, and applicable research or manufacturing requirements. Research interest alone does not establish clinical efficacy or regulatory approval.

Buyer-Decision Guide: How to Specify Deazaflavin Correctly

The most important purchasing decision is to establish whether the required material is the unsubstituted parent 5-deazaflavin or a structurally modified derivative. The shared deazaflavin name is not sufficient to establish chemical equivalence. Different derivatives can have different molecular formulas, molecular weights, solubility profiles, and analytical characteristics.

1. Confirm the Exact Compound Before Comparing Prices

Specify CAS 26908-38-3 and molecular formula C11H7N3O2 when sourcing the parent compound. If a project requires a substituted derivative, identify its exact chemical name, CAS number, and structure separately. This prevents an apparently lower-priced material from being accepted despite a mismatch in chemical identity.

2. Select Purity According to the Analytical Purpose

These levels describe common commercial specification options, not guaranteed grades of every available batch. HPLC area percentage is method-dependent and should not automatically be treated as equivalent to a mass-based assay. For critical applications, request the analytical method and supporting batch data rather than comparing purity numbers alone.

3. Match Packaging and Storage to Material Stability

Packaging should protect the powder against moisture, contamination, and unnecessary light or air exposure. Small, tightly sealed containers can help limit repeated opening during laboratory use, while larger packs may suit qualified bulk handling. Confirm the material's specific stability information, storage requirements, and retest period before establishing inventory plans.

4. Qualify the Supplier with Batch-Level Evidence

Before approving a shipment, check that the COA identifies the same compound and specification ordered. Review purity, identity, moisture or loss on drying, relevant impurities, and applicable residual-solvent or elemental-impurity results. For a new supplier or critical project, consider independent verification of identity and purity.

Why Choose This Deazaflavin Specification

• Clear chemical identification: Defined parent-compound identifiers support purchasing accuracy and traceable material review.
• Purity options for different research needs: Common 98% and 99% specification targets allow buyers to define requirements according to experimental sensitivity and budget.
• Batch documentation: COA, TDS, and SDS documentation supports incoming inspection, technical review, and material-handling procedures.
• Flexible procurement: Research quantities and bulk-packaging arrangements can be tailored to the project, subject to supply and transport requirements.
• Technical quality review: Identity testing, chromatographic purity assessment, and relevant impurity controls support a more consistent raw-material qualification process.

Packaging and Bulk Supply

Packaging can be arranged for laboratory evaluation, pilot development, and larger qualified orders. Common formats include small research containers and moisture-barrier bags for kilogram-scale quantities, with suitable outer packaging for transport. Final pack size, protective materials, labeling, and shipping arrangements should match the order quantity, stability requirements, and applicable transport rules.

Minimum order quantities and lead times depend on the requested purity, production or stock availability, analytical requirements, and packaging format. Buyers should provide their target specification and estimated volume to obtain a suitable quotation.

OEM and Customization Support

For qualified development projects, specification and packaging discussions may cover purity targets, analytical methods, impurity limits, container sizes, and documentation format. Custom arrangements should be defined in a written specification before order placement.

Any proposed downstream use in food, dietary supplements, cosmetics, or pharmaceutical products requires a separate assessment of ingredient legality, safety, quality standards, and market-specific regulatory requirements. A research-grade chemical should not be assumed to be approved or suitable for human consumption simply because it is available commercially.

Quality Control and Documentation

A robust incoming-material qualification program should use tests appropriate to the chemical and intended application. The following checks can be included in a product-specific quality plan:

• Identity verification using appropriate spectroscopic methods, such as NMR or mass spectrometry.
• Purity assessment by a defined HPLC method.
• Related-substance or impurity evaluation against agreed acceptance criteria.
• Moisture or loss-on-drying testing where relevant.
• Residual-solvent testing based on the manufacturing process and risk assessment.
• Elemental-impurity testing where required by the intended application or specification.
• Review of batch traceability, packaging integrity, storage instructions, and retest or expiry information.

Microbiological testing should be included only where the intended use and applicable quality standard make it relevant. The final acceptance criteria should be documented in the agreed specification; no numerical batch result should be assumed without the corresponding test report.

Frequently Asked Questions

Is deazaflavin the same as 5-deazaflavin?

Deazaflavin is a broad name that may be used for the parent compound or for related derivatives. The parent 5-deazaflavin identified by CAS 26908-38-3 has formula C11H7N3O2 and molecular weight 213.19 g/mol. Buyers should verify the CAS number and chemical structure rather than relying on the product name alone.

What purity should I choose for 5-deazaflavin?

Common commercial purity specifications include 98% and 99%. The right choice depends on the sensitivity of the research, the acceptable impurity profile, and the analytical method. For sensitive work, request the chromatographic method and batch-specific data, because HPLC area percentage is not automatically equivalent to mass-based assay.

How should 5-deazaflavin be stored?

Keep the material tightly sealed in a cool, dry environment away from direct sunlight and unnecessary moisture or air exposure. Storage temperature and retest period should follow the product-specific stability data and safety documentation. Avoid assuming that one storage condition applies to every supplier, formulation, or derivative.

What documents should accompany a commercial order?

Request a batch-specific certificate of analysis, technical data sheet, and safety data sheet. For critical research or development applications, also review identity-confirmation data, the HPLC method, relevant impurity information, and any agreed additional tests. Documentation should identify the exact compound and match the supplied batch.

Conclusion

5-Deazaflavin is a specialized flavin analogue for qualified chemical research and development. Reliable procurement depends on accurate compound identification, an appropriate purity target, fit-for-purpose analytical verification, and storage and packaging controls suited to the material. Confirm the required specification and intended use before placing an order.

Contact us today to request samples, a COA, technical documents, and a wholesale quotation for 5-deazaflavin.