Product Overview
- (S)-(+)-N-(2,3-Epoxypropyl)Phthalimide, also known as (S)-Glycidyl Phthalimide, is an exceptionally high-tier chiral heterocyclic building block compound. It is commercially supplied as an off-white to white crystalline powder or fine needles. ProCorBay International supplies highly refined, high-chiral purity (S)-(+)-N-(2,3-Epoxypropyl)Phthalimide to active pharmaceutical ingredient laboratories and premium generic synthesis plants requiring strict, high-precision stereochemical controls.
- This compound is manufactured through the stereospecific nucleophilic substitution reaction connecting pure potassium phthalimide matrices with optically active (R)-epichlorohydrin or related chiral oxirane pathways, followed by multiple low-temperature crystallization passes to eliminate trace enantiomeric impurities. ProCorBay forces quality audits strictly through advanced specialty biochemical lines featuring high optical rotation data and minimal heavy metal variables.
- Within advanced modern healthcare manufacturing, this epoxidized phthalimide represents a vital chiral core synthesis piece. It functions as the direct chiral starting material and regulatory predecessor for compounding modern oxazolidinone-class oral anticoagulants—most notably serving as the key synthetic block for Rivaroxaban. The localized oxirane epoxy ring provides a highly active node for regioselective ring-opening reactions, helping developers fix the mandatory (S)-configuration into final blood-thinning drug profiles. ProCorBay provides complete analytical validation records to ensure seamless compliance trails.
Applications
- Chiral API Synthesis: Primary starting material utilized to manufacture generic Rivaroxaban lines and advanced oxazolidinone medications.
- Asymmetric Synthesis: Specialized chiral oxirane linker leveraged for custom enantiomeric candidate mapping.
Benefits
- High Enantiomeric Excess: ≥ 99.0% (ee) chiral purity guarantees exact molecular orientation for optimized receptor binding.
- Active Oxirane Ring: Epoxide terminal branch delivers high chemical reactivity for step-efficient amine ring-openings.
- Low Moisture Content: Strictly controlled hydration margins prevent accidental early oxirane ring hydrolysis.
- Clean Substituted Profile: Highly purified to eliminate free phthalimide or epichlorohydrin trace remnants.
- Predictable Crystalline Setup: Uniform physical needle grains guarantee consistent dissolution behavior inside factory chemical reactors.
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