B-Nicotyrine (CAS 487-19-4): Chemical Properties, Stability, and Applications
Discover the key chemical attributes and uses of B-Nicotyrine, a vital compound in chemical research.
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B-Nicotyrine
B-Nicotyrine, identified by CAS number 487-19-4, is a significant alkaloid with distinct chemical properties relevant to various research applications. This compound is derived from the dehydrogenation of nicotine and its analog, nornicotine, and is notably present in cigarette smoke.
- Understanding the B-Nicotyrine chemical properties provides insights into its behavior in various research settings. This compound's physical attributes, such as its boiling point of 78-80°C/0.15mm, density of 1.2410, and a refractive index estimate of 1.6057, are crucial for accurate handling and application.
- Explore the stability of B-Nicotyrine, a critical factor for its effective use in chemical synthesis and analysis. This alkaloid is sensitive to light and air, requiring specific storage conditions, typically at -20°C under an inert atmosphere, to maintain its integrity.
- Learn about the various applications of B-Nicotyrine within the scientific community. As a fine chemical, it serves as a valuable tool for researchers investigating tobacco alkaloids and related compounds, contributing to a deeper understanding of their roles and effects.
- Delve into the technical specifications of B-Nicotyrine, including its molecular formula (C10H10N2) and EINECS number (207-651-1). These details are essential for chemists and researchers requiring precise information for experimental design and compound identification.
Benefits of Working with B-Nicotyrine
Research Versatility
As a fine chemical, B-Nicotyrine offers significant versatility for researchers exploring tobacco alkaloid structures and their derivatives, aiding in studies of addiction and related physiological effects.
Precise Specifications
With well-documented properties like boiling point and density, B-Nicotyrine provides researchers with reliable parameters for experimental consistency, supporting accurate B-Nicotyrine applications.
Stability Considerations
Understanding B-Nicotyrine's sensitivity to light and air allows for proper handling and storage, ensuring the compound's quality and efficacy in chemical synthesis and analysis.
Key Applications
Chemical Research
Utilized in laboratories for studies involving tobacco alkaloids, their metabolic pathways, and their presence in environmental samples, contributing to a deeper understanding of the B-Nicotyrine chemical properties.
Pharmaceutical Intermediate Studies
Serves as a reference compound or starting material in the synthesis and analysis of potential pharmaceutical agents, leveraging its unique alkaloid structure.
Analytical Standard
Used as an analytical standard for the identification and quantification of B-Nicotyrine in complex mixtures, such as environmental or biological samples, crucial for accurate B-Nicotyrine applications.
Toxicology Research
Investigated for its presence and effects in cigarette smoke, aiding toxicological studies related to tobacco consumption and its associated health impacts.