Phloroglucin example sentences

"Phloroglucin" Example Sentences

1. Phloroglucin is a key component in many natural products.
2. The research paper focused on the synthesis of phloroglucin derivatives.
3. We observed a significant color change upon adding phloroglucin to the solution.
4. The reaction yielded a high purity of phloroglucin.
5. Phloroglucin's reactivity was unexpected under these conditions.
6. Further studies are needed to understand phloroglucin's biological activity.
7. The analysis revealed the presence of phloroglucin and other phenolic compounds.
8. Phloroglucin-based polymers show promise in various applications.
9. Are there any known toxic effects associated with phloroglucin?
10. This method allows for the efficient isolation of phloroglucin.
11. The experiment demonstrated the versatility of phloroglucin in organic synthesis.
12. Several derivatives of phloroglucin exhibit antioxidant properties.
13. Phloroglucin reacted readily with the electrophile.
14. The spectroscopic data confirmed the identity of phloroglucin.
15. Unexpectedly, phloroglucin did not participate in the reaction.
16. The synthesis of phloroglucin is well-documented in the literature.
17. Phloroglucin is a useful building block for various compounds.
18. How does the substitution pattern affect the reactivity of phloroglucin?
19. The team successfully synthesized a novel phloroglucin derivative.
20. Phloroglucin undergoes rapid oxidation in the presence of air.
21. What are the commercial applications of phloroglucin?
22. The use of phloroglucin in this context was innovative.
23. We hypothesize that phloroglucin plays a crucial role in this process.
24. The purification of phloroglucin required multiple steps.
25. Phloroglucin, unlike its analog, showed no activity.
26. A significant amount of phloroglucin was recovered from the reaction.
27. This new method improves the yield of phloroglucin synthesis.
28. The properties of phloroglucin make it suitable for this application.
29. They studied the effect of pH on the stability of phloroglucin.
30. Phloroglucin is a versatile reagent in organic chemistry.
31. The crystalline structure of phloroglucin was determined by X-ray diffraction.
32. Phloroglucin derivatives are used in various industries.
33. The team explored alternative methods for synthesizing phloroglucin.
34. Phloroglucin's unique structure contributes to its reactivity.
35. Further research is needed to fully elucidate phloroglucin's mechanism of action.
36. The study compared the reactivity of phloroglucin with other phenols.
37. Phloroglucin was identified as a major component of the extract.
38. The concentration of phloroglucin was determined using HPLC.
39. Phloroglucin acted as a catalyst in this reaction.
40. The results indicated that phloroglucin inhibited enzyme activity.
41. Phloroglucin is a naturally occurring compound found in many plants.
42. The team investigated the potential of phloroglucin as a drug candidate.
43. Surprisingly, phloroglucin showed no toxicity in cell culture.
44. The article provided a comprehensive review of phloroglucin chemistry.
45. Phloroglucin is also known as 1,3,5-benzenetriol.
46. The reaction with phloroglucin proceeded smoothly at room temperature.
47. The NMR spectrum confirmed the presence of phloroglucin in the sample.
48. Phloroglucin is a key intermediate in this synthetic pathway.
49. The purification process efficiently removed impurities from phloroglucin.
50. With phloroglucin, the reaction rate significantly increased.