Itraconazole - Impurity F 89848-51-1: An Overview for Pharmaceutical Research

Pharmaceutical research and quality control depend on the accurate characterization of active pharmaceutical ingredients (APIs), related substances, degradation products, and other process-related compounds. Impurity reference standards are particularly important when researchers need to identify, monitor, and evaluate trace-level components associated with an API.

One compound of interest in analytical and pharmaceutical research is Itraconazole - Impurity F 89848-51-1, a structurally related impurity associated with itraconazole research. Understanding its chemical identity and analytical relevance can help laboratories establish reliable impurity profiling strategies and support quality-focused development activities.

Understanding Itraconazole Impurity F

Itraconazole is a structurally complex triazole antifungal compound. Because molecules with complex architectures can present analytical challenges, laboratories may need well-characterized related substances to support method development and impurity investigations.

Itraconazole - Impurity F is identified by the CAS number 89848-51-1. Its systematic chemical name is 2-Butyl-4-[4-[4-[4-[[cis-2-(2,4-dichlorophenyl)-2-(1H-1,2,4-triazol-1-ylmethyl)-1,3-dioxolan-4-yl]methoxy]phenyl]piperazin-1-yl]phenyl]-2,4-dihydro-3H-1,2,4-triazol-3-one.

The molecular formula associated with this compound is C35H38Cl2N8O4. Recording identifiers such as the systematic name, CAS number, and molecular formula is important for maintaining traceability throughout analytical workflows.

Why Impurity Standards Matter in Pharmaceutical Analysis

Impurity standards provide researchers with defined reference materials that can be used during analytical investigations. They may support activities such as method development, method verification, impurity identification, and chromatographic evaluation.

For complex APIs, the availability of an appropriate reference material can make it easier for analytical scientists to compare an observed chromatographic signal with a known compound. This can contribute to more consistent interpretation of analytical data.

Role in Analytical Method Development

Analytical methods used for pharmaceutical substances must be capable of distinguishing the API from relevant related compounds. Chromatographic techniques, including high-performance liquid chromatography (HPLC), are commonly used for this type of analysis.

A suitable impurity reference standard can assist researchers in evaluating retention behavior and other analytical characteristics under established laboratory conditions. The exact analytical procedure, however, should be selected and validated according to the intended application and applicable quality requirements.

Supporting Impurity Profiling

Impurity profiling involves examining the chemical composition of a pharmaceutical material and investigating substances that are present alongside the primary compound. Reference standards can provide an important point of comparison when laboratories investigate specific peaks or related substances.

Researchers looking for detailed information on this compound can review Itraconazole - Impurity F 89848-51-1 from Pharmaffiliates for product-specific information.

Chemical Identification and Research Considerations

The molecular formula C35H38Cl2N8O4 indicates a relatively complex molecular structure containing carbon, hydrogen, chlorine, nitrogen, and oxygen. Its extended systematic name further reflects the multiple structural components present within the molecule.

For pharmaceutical researchers, accurate identification is essential because closely related compounds can have similar analytical characteristics. Maintaining consistent naming conventions and cross-referencing identifiers such as CAS numbers helps reduce ambiguity during laboratory documentation, procurement, and analytical investigations.

The CAS number 89848-51-1 can therefore serve as an important reference point when searching databases, preparing laboratory documentation, or sourcing a specific impurity standard.

Applications in Pharmaceutical Research

Itraconazole-related impurity research may be relevant across several analytical activities. Depending on the research objective, reference materials can be considered for:

• Analytical method development and optimization

• Impurity identification and profiling

• Reference standard evaluation

• Chromatographic investigations

• Research and development documentation

• Quality-control-oriented analytical studies

• Comparative evaluation of related substances

The suitability of any reference standard depends on the laboratory's specific analytical objective, method, and applicable regulatory or quality framework.

Importance of Reliable Reference Materials

Consistency is an important consideration when working with impurity standards. Researchers typically need clear compound identification, appropriate documentation, and traceable product information when incorporating a reference material into an analytical workflow.

Pharmaffiliates provides pharmaceutical research products, including impurity and reference standards, to support analytical and drug-development activities. Researchers should review the available product documentation and specifications to determine whether a particular material is appropriate for their intended use.

Conclusion

Itraconazole - Impurity F 89848-51-1 is a structurally defined compound relevant to pharmaceutical analytical research and impurity profiling. Its CAS number, systematic chemical name, and molecular formula provide key identifiers for researchers working with related substances.

For laboratories involved in analytical method development, impurity investigations, and pharmaceutical quality research, appropriately characterized reference materials can help support systematic evaluation of complex compounds. As with any analytical material, researchers should select and use reference standards according to their specific methods, objectives, and applicable quality requirements.

About Pharmaffiliates

Pharmaffiliates is a pharmaceutical research products provider supporting activities across analytical research, impurity standards, API-related research, custom synthesis, and drug-development workflows. Its product portfolio is designed to support researchers and pharmaceutical professionals with specialized materials for laboratory and analytical applications.