Cyanomethyl example sentences

"Cyanomethyl" Example Sentences

1. The cyanomethyl group is a common functionality in organic chemistry.
2. We synthesized a novel cyanomethyl-substituted pyrazole derivative.
3. The reaction yielded a mixture of cyanomethyl and methyl esters.
4. Cyanomethyl chloride is a useful reagent in organic synthesis.
5. A cyanomethyl ether was formed as a byproduct.
6. The presence of the cyanomethyl moiety significantly altered the compound's properties.
7. Analysis revealed a high concentration of cyanomethyl impurities.
8. This new method allows for efficient cyanomethylation of various substrates.
9. The cyanomethyl group acted as a protecting group during the synthesis.
10. Further studies are needed to investigate the biological activity of cyanomethyl analogs.
11. The cyanomethyl derivative showed enhanced stability.
12. Unexpectedly, the cyanomethyl compound exhibited fluorescence.
13. We observed a significant difference in the reactivity between cyanomethyl and ethyl groups.
14. The cyanomethyl functionality was easily introduced using a simple procedure.
15. The resulting cyanomethyl product was purified by chromatography.
16. The synthesis of the cyanomethyl intermediate was challenging.
17. Cyanomethyl phosphonates are versatile building blocks in organic synthesis.
18. The cyanomethyl moiety was selectively reduced to a primary amine.
19. Introduction of a cyanomethyl group improved the drug's bioavailability.
20. The cyanomethyl substituted compound showed promising anti-cancer activity.
21. NMR spectroscopy confirmed the presence of the cyanomethyl group.
22. Mass spectrometry analysis indicated the formation of a cyanomethyl derivative.
23. The cyanomethyl group's electron-withdrawing nature influenced the reaction kinetics.
24. The cyanomethylation reaction proceeded with high yield.
25. The article describes a novel method for the synthesis of cyanomethyl esters.
26. This new cyanomethyl reagent offers improved stability.
27. The cyanomethyl compound showed increased solubility in water.
28. We compared the properties of cyanomethyl and benzyl ethers.
29. A cyanomethyl group was attached to the nitrogen atom.
30. The cyanomethyl substituted alcohol was readily oxidized.
31. The study explores the impact of the cyanomethyl group on molecular conformation.
32. Several cyanomethyl derivatives were synthesized and characterized.
33. The reaction conditions were optimized for efficient cyanomethylation.
34. Cyanomethyl triflate is a powerful electrophile.
35. The cyanomethyl group was removed under mild acidic conditions.
36. The cyanomethyl moiety participated in a nucleophilic substitution reaction.
37. Introducing a cyanomethyl group enhanced the compound's lipophilicity.
38. The cyanomethyl compound exhibited unexpected reactivity.
39. This method is particularly suitable for the synthesis of complex cyanomethyl derivatives.
40. The cyanomethyl group played a crucial role in the catalytic cycle.
41. Cyanomethylation is a widely used method in organic chemistry.
42. The cyanomethyl product was isolated in good yield.
43. Future research will focus on the applications of cyanomethyl compounds in materials science.
44. The cyanomethyl group was identified through spectroscopic techniques.
45. The cyanomethyl derivative showed improved stability against hydrolysis.
46. This chapter discusses the synthesis and applications of cyanomethyl building blocks.
47. The cyanomethyl group's steric bulk affected the reaction selectivity.
48. The cyanomethyl group underwent hydrolysis to form a carboxylic acid.
49. The study revealed a novel mechanism for the cyanomethylation reaction.
50. Further experiments are planned to explore the potential of cyanomethyl analogs as drug candidates.