Brexpiprazole 913611-97-9 pharmaceutical intermediate

Basic Chemical Information

Product Introduction

Brexpiprazole is a structurally stable heterocyclic organic compound and a dedicated research intermediate in the biomedical field. It features a regular molecular structure, balanced and stable physicochemical properties, as well as uniform and pure material form without structural instability defects. With the core characteristics of low moisture absorption, oxidation resistance and decomposition resistance, it maintains constant properties at room temperature and is not prone to discoloration, agglomeration, degradation or deterioration during long-term storage.As a standard experimental material and synthetic substrate commonly used in cross-border scientific research, its molecular activity is suitable for various in vitro experimental scenarios including basic neuropharmacological research, organic synthesis derivation and physicochemical property analysis. It has strong substrate compatibility and high experimental adaptability.

Application Scope

In-depth Neuropharmacological Mechanism Research： Its molecules specifically bind to 5-HT and dopamine receptor systems, stably applied to in vitro receptor binding reactions, affinity exploration, cell-level activity tests and signaling pathway mechanism analysis. With stable molecular activity and high experimental repeatability, it serves as a high-quality substrate for basic neuropharmacological research.

Experimental Reference Standard： Featured with single component, stable properties and ultra-low impurities, it acts as a benchmark reference material for chromatographic and mass spectrometric experiments, supporting system calibration, product comparison and data verification for refined in vitro experiments.

Fine Organic Synthesis R&D： It has a typical composite heterocyclic structure of benzothiophene, piperazine and quinoline with strong structural plasticity. As a core synthetic intermediate, it is used for structural modification, group decoration and synthetic route exploration of similar heterocyclic derivatives for early-stage new drug lead compound R&D.

Academic Experiment Reproduction & In-depth Research： Its physicochemical properties are fully consistent with international standard research materials, which can accurately reproduce in vitro experimental schemes published in core journals at home and abroad, supporting academic replication, in-depth research and data verification for various scientific research projects.

Material Stability Mechanism Research： Based on its excellent basic stability, it can be used to study structural changes under acid-base, high-temperature, light and temperature cycle conditions, supporting special research on material physicochemical properties and structural stability.

Important Disclaimer

This product is an organic chemical intermediate for pure scientific research, only used as laboratory chemical material. It is not drug, veterinary drug, health product, food or cosmetic raw material with no medical, commercial or civilian value and no therapeutic or health-care effects. Purchasers confirm the purpose of formal laboratory scientific research and promise not to change the use. All risks and legal liabilities arising from illegal misappropriation and abuse shall be borne independently by purchasers.

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