Top 5 Facts You Need to Know About 17220-38-1
Understanding the chemical compound 17220-38-1 is essential for those in the biotech and pharmaceutical industries. This compound, also known as an important intermediate, has garnered attention for its wide range of applications. Here are the top five facts you should know about 17220-38-1, featuring insights from several industry experts.
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1. Chemical Composition and Structure
17220-38-1 is recognized for its unique chemical composition. According to Dr. Lisa Thompson, a renowned chemist, "The molecular structure of 17220-38-1 allows it to participate in various chemical reactions, making it a valuable building block in synthesizing larger molecules." This versatility is one of the characteristics that makes 17220-38-1 a point of interest in organic synthesis.
2. Applications Across Various Industries
This compound finds applications not just in pharmaceuticals but also in agricultural chemicals and specialty materials. Industry expert Mark Reynolds notes, "17220-38-1 is essential for creating several end products that are widely used, including certain types of medications and pesticides." Its diverse utility marks it as a significant compound in multiple sectors.
3. Safety and Handling Precautions
Understanding the safety measures when dealing with 17220-38-1 is crucial. Dr. Sara Wells, a safety officer in a chemical manufacturing company, emphasizes, "Though 17220-38-1 has manageable toxicity levels, proper handling protocols must be followed to maintain safety in the workplace." This underlines the importance of adhering to safety regulations to mitigate risks while working with chemical compounds.
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4. Regulatory Status and Compliance
As with many compounds, 17220-38-1 is subject to regulatory scrutiny. Regulatory affairs consultant Jane Foster explains, "Being compliant with both national and international regulations is essential for any enterprise working with 17220-38-1. Ensuring that all documentation is accurate and up-to-date can prevent legal issues down the line." This compliance framework is essential for companies utilizing this compound in their processes.
5. Future Research and Developments
Research on 17220-38-1 is ongoing, with many scientists exploring its potential. Dr. Kevin Patel, a researcher specializing in medicinal chemistry, states, "The future of 17220-38-1 seems promising, particularly in the development of new therapeutic agents. Its unique properties may lead to breakthroughs in drug formulation." This ongoing research underscores the continued relevance of 17220-38-1 in advancing science.
In conclusion, 17220-38-1 holds significant promise across various industries due to its unique properties and versatile applications. Understanding its chemical structure, safety measures, regulatory status, and future potential can greatly benefit those aiming to leverage this compound in their work.
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