In the intricate landscape of chemical research, certain compounds stand out due to their specific origins and relevance to significant biological processes. B-Nicotyrine, identified by CAS number 487-19-4, is one such fine chemical. It is an alkaloid that arises from the dehydrogenation of nicotine and its related compound, nornicotine. Its presence is particularly noted within cigarette smoke, making it a compound of interest for those investigating the chemistry of tobacco and its effects.

The utility of B-Nicotyrine as a fine chemical is deeply rooted in its well-defined chemical and physical properties. Researchers rely on accurate data, including a boiling point of 78-80°C/0.15mm, a density of 1.2410, and a refractive index estimate of 1.6057, to ensure the precision of their experiments. These specifications, coupled with its molecular formula (C10H10N2) and EINECS number (207-651-1), provide a robust foundation for its use in synthesis, analysis, and various research protocols.

For studies involving nicotine and its derivatives, B-Nicotyrine serves as a critical reference material. Its relationship to nicotine, as a product of its chemical transformation, allows researchers to explore the degradation pathways and metabolic processes associated with tobacco consumption. Understanding the stability of B-Nicotyrine, which is sensitive to light and air and requires storage at -20°C under inert conditions, is crucial for maintaining its purity and efficacy in laboratory settings.

The demand for B-Nicotyrine often comes from academic institutions and research laboratories engaged in medicinal chemistry, toxicology, and analytical chemistry. When scientists look to buy B-Nicotyrine, they seek reliable suppliers who can guarantee the quality and consistency of the product. Companies like NINGBO INNO PHARMCHEM CO.,LTD. play a vital role in the supply chain, ensuring that researchers have access to the essential fine chemicals they need to advance scientific knowledge.

The study of compounds like B-Nicotyrine contributes significantly to our understanding of tobacco's complex chemical makeup and its impact on health. Its role as a fine chemical extends beyond mere identification; it actively participates in the advancement of research, enabling deeper insights into the mechanisms of addiction and the effects of tobacco smoke constituents.