"Acylations" Example Sentences
1. The acylations added a new dimension to the chemical reaction.
2. Their research focused on acylations and deacylations.
3. The acylations were performed in a controlled environment.
4. The acylations resulted in unexpected product formation.
5. This molecule is susceptible to acylations.
6. They measured the rate of acylations.
7. The acylations were carried out using a variety of reagents.
8. Their findings suggested that acylations were reversible.
9. Acylations play an important role in organic synthesis.
10. They investigated the mechanism of acylations.
11. Their approach involved multiple acylations.
12. The acylations led to the formation of large conjugated systems.
13. Their reaction scheme involved several acylations and rearrangements.
14. A high degree of regioselectivity was achieved in the acylation reactions.
15. The acylations were conducted under rigorous safety precautions.
16. The synthetic route involved several key acylations.
17. They observed that acylations also occurred under mild conditions.
18. The acylations proceeded with high stereoselectivity.
19. This compound is a substrate for acylations.
20. The acylations offered a new strategy for synthesizing natural products.
21. Their results demonstrated the utility of acylations in drug discovery.
22. They optimized the conditions for acylations to improve the yield of the desired product.
23. The acylations were performed in an inert atmosphere.
24. This reaction proceeds via an acylation mechanism.
25. The researchers proposed a new acylation protocol.
26. The acylations were facilitated by Lewis acids.
27. The use of acylations represents an eco-friendly, atom-economical approach to synthetic organic chemistry.
28. They explored the scope and limitations of various acylation strategies.
29. The acylation of dimethylamine led to the formation of a stable amide.
30. Their work demonstrated the versatility of acylations in chemical synthesis.
Common Phases
1. The process of introducing an acyl group to a molecule is called acylation;
2. Acylation can be achieved using acyl chlorides, anhydrides, or carboxylic acids;
3. The most commonly used acylating agent is acyl chloride;
4. Acylation reactions usually require a catalyst such as pyridine or triethylamine;
5. Acylation can be used in the synthesis of drugs, fragrances, and polymers.