DL-Seryl Hydrazide HCl NMR (Characterization)

DL-Seryl

Product Overview

    • DL-Seryl Hydrazide Hydrochloride is a high-specialty amino acid derivative primarily utilized as an advanced intermediate in the manufacturing of targeted neurological therapies. Structurally composed of a serine amino acid backbone modified with a hydrazide functional group and stabilized as a hydrochloride salt, it is supplied as a white to off-white crystalline powder with high solubility in water and polar solvent systems. ProCorBay International supplies technical and characterization-ready DL-Seryl Hydrazide HCl to advanced API synthesis facilities requiring high structural validation, clean NMR profiles, and reliable reaction behavior.
    • DL-Seryl Hydrazide HCl is manufactured through the precise esterification of DL-serine followed by hydrazinolysis using hydrazine hydrate under specialized temperature profiles. The resulting complex is carefully converted into its hydrochloride salt form to maximize stability and crystalline shelf life, followed by multiple recrystallization passes to eliminate trace hydrazine residues.
    • Within the pharmaceutical industry, this molecule represents a critical raw block for generating antiparkinsonian agents and specific enzyme inhibitors—most notably serving as the key synthetic predecessor for Benserazide (a peripheral decarboxylase inhibitor used alongside Levodopa). Because impurities in hydrazide compounds can impact downstream pharmaceutical crystallization, ProCorBay manages strict analytical screening including verified NMR data, water content metrics, and heavy metal assays to ensure trouble-free integration into synthesis streams.

Applications

    • API Synthesis Intermediate: Crucial starting block for anti-Parkinson combination drugs like Benserazide.
    • Neurological Research: Used as a key enzyme-blocking agent in advanced neurochemical and metabolic trial pathways.
    • Biochemical Conjugation: Specialized linker tool utilized in advanced organic chemical synthesis configurations.

Benefits

    •  
    • Clean Analytical Characterization: Confirmed via detailed NMR and mass spectrometry mapping.
    • Extremely Low Free Hydrazine: Minimized toxic byproduct limits ensure compliance with structural safety criteria.
    • High Salt Stability: Hydrochloride form provides extended shelf life and resists oxidation.
    • Highly Hydrophilic: Dissolves cleanly in water systems for straightforward processing setups.

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Frequently Asked Questions

It means each production batch is structurally mapped using Nuclear Magnetic Resonance spectroscopy to guarantee molecular alignment and structural purity before delivery to advanced pharmaceutical processing plants.

No, it is a synthetic intermediate used as an essential compound piece to manufacture finalized drug molecules like Benserazide.