Why is 1185-55-3 important in research?

Q&A on the Importance of 1185-55-3 in Research

1. Why is 1185-55-3 important in research?

   1185-55-3 is essential in research for several reasons, primarily due to its unique chemical properties and applications in various fields. It is often used as a reference compound in scientific studies, serving as a benchmark for understanding other substances. Additionally, its role in medical research, especially related to drug development and formulation, makes it a significant focus for scientists aiming to create effective therapies.

2. What is 1185-55-3?

   1185-55-3 is a chemical identifier for a specific compound, often associated with the structure or formula that details its chemical makeup. This identifier helps researchers accurately discuss and utilize the compound in experiments and studies, ensuring consistency and reliability.

3. In which areas is 1185-55-3 commonly used?

   This compound finds applications in various fields, including:

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   • Pharmaceutical development, where it is crucial for testing new drugs.
   • Biochemistry and molecular biology for studying interactions between different biological molecules.
   • Toxicology, helping researchers understand the effects of substances on living organisms.

4. What role does 1185-55-3 play in drug development?

   
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   In drug development, 1185-55-3 serves as a key reference point. It aids in the design of new drugs by providing insights into structure-activity relationships. By understanding how this compound interacts with biological targets, researchers can optimize new drugs for improved efficacy and safety.

5. Are there any safety concerns related to 1185-55-3?

   Like many chemicals, 1185-55-3 may have safety implications. Researchers must follow safety guidelines and regulations when handling it. Proper precautions, such as using protective equipment and working in well-ventilated areas, are essential to minimize any risks associated with its use.

6. What future research could involve 1185-55-3?

   Future research involving 1185-55-3 might focus on exploring its applications in novel therapeutic strategies. Researchers may investigate how modifications to this compound could enhance its performance or lead to new drug discoveries. Additionally, studies may focus on its environmental impact and potential uses in sustainable practices.