Discover 4-Methylresorcinol: Properties, Applications, and Sourcing Guide
Explore the essential details of 4-Methylresorcinol (CAS 496-73-1) for your chemical research and synthesis needs.
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4-Methylresorcinol
4-Methylresorcinol, identified by CAS number 496-73-1, is a key organic compound utilized across various scientific domains. Its fundamental role as a research chemical makes it invaluable for detailed chemical synthesis, particularly in developing novel therapeutic agents. Understanding its precise chemical properties and applications is crucial for researchers aiming to leverage its potential in areas like developing novel, potent anti-HIV agents, as suggested by its use in synthesizing specific derivatives.
- Detailed chemical synthesis using 4-methylresorcinol CAS 496-73-1 showcases its importance in creating complex molecular structures for advanced research.
- The investigation into 4-methylresorcinol applications research highlights its versatility, particularly in pharmaceutical development and biological studies.
- Procuring this compound from a reliable 4-methylresorcinol supplier in China ensures access to materials meeting stringent quality standards.
- Understanding what 4-methylresorcinol is used for provides insights into its significance in both academic and industrial research settings.
Advantages of Using 4-Methylresorcinol
High Purity and Quality
When you buy 4-methylresorcinol, you are investing in a product that adheres to recognized 4-methylresorcinol quality standards like USP, BP, and FCC, ensuring reliability for your sensitive research and manufacturing processes.
Versatile Chemical Synthesis Intermediate
Its role in chemical synthesis makes it a sought-after intermediate for scientists exploring new molecular pathways and compounds, contributing to advancements in various fields.
Broad Application Potential
The broad spectrum of applications for 4-methylresorcinol, from pharmaceutical research to potential use in other industries, underscores its value and adaptability in the chemical landscape.
Key Applications
Pharmaceutical Research
Leveraging 4-methylresorcinol chemical properties, researchers explore its potential in developing novel drugs, particularly noted for its role in synthesizing compounds with anti-HIV activity.
Chemical Synthesis
As a vital building block, its precise 4-methylresorcinol chemical structure is instrumental in creating complex organic molecules, supporting innovative research projects.
Inhibitor Studies
Its function as an inhibitor of key metabolic intermediates highlights its utility in understanding and manipulating biological pathways, crucial for biochemistry and medicinal chemistry.
Academic and Industrial R&D
From university labs to corporate R&D departments, the demand for this compound reflects its broad utility in advancing scientific knowledge and technological innovation.