Carazolol (CAS 57775-29-8): A Comprehensive Guide to its Properties, Applications, and Sourcing

Discover the multifaceted compound Carazolol, identified by CAS number 57775-29-8. This yellowish solid, with a molecular formula of C18H22N2O2, serves as a critical beta-adrenergic receptor antagonist. Explore its pharmaceutical applications, sourcing options, and understand why it's a key research chemical.

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Key Advantages Provided by Carazolol

High Affinity Receptor Binding

Carazolol exhibits high affinity for beta-adrenergic receptors, making it a valuable tool for studying receptor interactions and developing targeted therapies. This characteristic is crucial when considering beta-adrenergic receptor antagonists.

Physiological Regulation Support

Its ability to reduce epinephrine-induced increases in blood pressure and heart rate positions Carazolol as a key compound for research in cardiovascular health. Understanding its mechanism is key for buying Carazolol CAS 57775-29-8.

Research and Development Utility

Carazolol serves as a crucial chemical intermediate for researchers and developers working on new pharmaceutical compounds. Its well-defined properties make it an essential component in various synthesis pathways.

Key Applications

Pharmaceutical Research

Carazolol is extensively used in pharmacological studies, particularly those investigating beta-adrenergic receptor activity and its implications for cardiovascular health. This aligns with its role as a pharmaceutical intermediate.

Veterinary Medicine

Formulations containing Carazolol have been utilized to mitigate stress in livestock during transportation, highlighting its broader applications beyond human medicine. This aspect is important for those looking to purchase Carazolol.

Chemical Synthesis

As a fine chemical, Carazolol is a valuable building block in complex organic synthesis, supporting the development of novel compounds with potential therapeutic benefits.

Environmental Studies

The detection of Carazolol in wastewater effluent makes it a subject of interest for environmental research and monitoring, providing insights into the presence and impact of pharmaceutical compounds in ecosystems.