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Nov . 07, 2024 12:46 Back to list

Exploring the Characteristics and Applications of Chemical Compound 796600-15-2



The number 796600-15-2 refers to a specific chemical substance's CAS (Chemical Abstracts Service) registry number. Chemical substances are assigned such unique numbers to identify them clearly worldwide, facilitating communication and information sharing across diverse fields, including chemistry, pharmacology, and environmental science.


In the realm of chemistry, the CAS number acts as an essential tool for researchers and industry professionals, helping them find detailed information regarding the properties, safety, and regulatory status of chemicals. For instance, understanding the properties of a substance involves delving into its molecular structure, physical characteristics, and reactivity with other compounds. Each chemical's data—including toxicity, stability, and biological significance—is meticulously cataloged in various databases, all accessible through its CAS number.


Scientific research often revolves around exploring new compounds for potential applications. Emerging fields such as drug discovery, biotechnology, and materials science regularly generate interest in various compounds identified by their CAS numbers. With each new discovery or application, scientists can track advancements by referring back to these unique identifiers.


The number 796600-15-2 refers to a specific chemical substance's CAS (Chemical Abstracts Service) registry number. Chemical substances are assigned such unique numbers to identify them clearly worldwide, facilitating communication and information sharing across diverse fields, including chemistry, pharmacology, and environmental science.


In environmental science, CAS numbers play a pivotal role in monitoring and assessing the impacts of various substances within ecosystems. Regulatory agencies globally rely on these identifiers to categorize chemicals, evaluate their risks, and enforce environmental legislation. Tracking substances using their CAS numbers helps in managing pollution, mitigating risks from hazardous waste, and ensuring public health by enforcing policies to limit exposure to dangerous chemicals.


796600-15-2

796600-15-2

In the pharmaceutical industry, every drug or active ingredient is assigned a CAS number, providing a universal reference point for researchers and healthcare professionals. This identification system facilitates the study of drug efficacy, interactions, and side effects, promoting clarity in medical literature and clinical trials. For example, a drug associated with a specific CAS number can be easily traced through its developmental history, supporting transparency and trust in the medical community.


Furthermore, educational institutions utilize CAS numbers in their curricula to teach students about chemical principles, safety measures, and regulatory frameworks. By instilling a foundational understanding of how chemicals are identified and classified, students can better appreciate the intricacies involved in scientific research and the importance of chemical safety.


As we continue to advance technologically, the significance of CAS numbers in various fields will only grow. Innovations in artificial intelligence and data analytics can enhance the capabilities to sort and analyze the vast amounts of information tied to these identifiers. This can lead to quicker identification of new chemical compounds, improved safety protocols, and more efficient regulatory processes—ultimately benefiting public health and the environment.


In conclusion, the CAS number 796600-15-2 encapsulates more than just a numerical identifier; it signifies the broader spectrum of chemical research, application, and regulation. It represents the intricate web of knowledge that supports scientific advancements, enforces safety standards, and promotes environmental stewardship. As we forge ahead into uncharted territories of chemical discovery and usage, the importance of such identifiers cannot be overstated. They will remain foundational to the systematic study, application, and management of chemicals in our increasingly complex world.


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