Isatin CAS 91-56-5: A Versatile Intermediate for Pharmaceuticals and Dyes
Explore the critical role of Isatin in advancing dye production and pharmaceutical synthesis.
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Isatin
Isatin, identified by CAS number 91-56-5, is a crucial fine chemical intermediate with the molecular formula C8H5NO2. This orange-red crystalline powder is soluble in hot water and ethanol, and finds significant application in the synthesis of dyes and pharmaceuticals. Its role extends to chemical analysis as a reagent for detecting specific ions and compounds. With a melting point of 193-195°C, Isatin serves as a building block for complex organic molecules, contributing to advancements in both material science and medicinal chemistry.
- Discover the uses of Isatin as a vital pharmaceutical intermediate in complex drug synthesis.
- Learn how Isatin functions as a key dye intermediate, enabling vibrant and stable colorants.
- Understand Isatin's application as a reliable chemical analysis reagent for various compounds.
- Explore the properties of Isatin, including its characteristic orange powder appearance and solubility.
Advantages of Isatin
Versatile Intermediate
Leverage Isatin as a versatile intermediate for both complex pharmaceutical compounds and high-performance dyes, enhancing your product development pipeline.
Analytical Utility
Utilize Isatin as a precise chemical analysis reagent, contributing to accurate detection and quantification of specific substances.
Established Chemical Properties
Benefit from the well-documented properties of Isatin, including its distinct orange color and consistent melting range, ensuring reliable synthesis outcomes.
Key Applications
Pharmaceutical Synthesis
Isatin is a critical building block in the synthesis of various pharmaceutical agents, contributing to drug discovery and development.
Dye Manufacturing
As a key dye intermediate, Isatin is essential for producing a range of colors and functionalities in the textile and printing industries.
Chemical Analysis
In analytical chemistry, Isatin serves as a valuable reagent for the determination of specific ions like cuprous ions and compounds such as thiophene.
Organic Synthesis Research
Isatin's reactive nature makes it a subject of interest in organic synthesis research for creating novel molecular structures and functional materials.