Phenazine example sentences

"Phenazine" Example Sentences

1. Phenazine derivatives are often used in biological assays.
2. The synthesis of phenazine involves several steps.
3. Researchers are studying the antibiotic properties of phenazine-producing bacteria.
4. Phenazine is a heterocyclic compound.
5. This particular strain of bacteria is known for its high phenazine production.
6. The mechanism of phenazine biosynthesis remains partially unclear.
7. We observed a significant increase in phenazine levels after treatment.
8. The study focuses on the environmental impact of phenazine compounds.
9. Phenazine compounds have diverse biological activities.
10. Several phenazine analogs are being tested for their efficacy.
11. The presence of phenazine was confirmed through mass spectrometry.
12. Phenazine-1-carboxylic acid is a specific example.
13. Future research will investigate the toxicity of phenazine derivatives.
14. This new technique allows for the efficient detection of phenazine.
15. The team successfully synthesized a novel phenazine derivative.
16. Are phenazine compounds suitable for agricultural use?
17. Phenazine production can be influenced by environmental factors.
18. The article details the various applications of phenazine compounds.
19. Phenazine is a naturally occurring compound.
20. Modifying the structure of phenazine can alter its properties.
21. Further studies are needed to understand the full potential of phenazine.
22. The concentration of phenazine was measured using spectrophotometry.
23. Phenazine has a unique chemical structure.
24. Phenazine production is a complex process.
25. It is important to consider the safety aspects of phenazine use.
26. The potential benefits of phenazine are significant.
27. What are the limitations of using phenazine in this context?
28. Phenazine derivatives exhibit a wide range of colors.
29. The study compared different methods for phenazine quantification.
30. Phenazine was detected in the soil samples.
31. How does the synthesis of phenazine impact the environment?
32. The bioactivity of phenazine depends on its substituents.
33. We are developing new methods for synthesizing phenazine derivatives.
34. The results suggest that phenazine plays a role in this process.
35. Phenazine is a promising compound for drug development.
36. The research team focused on the structural analysis of phenazine.
37. Is phenazine a stable compound under various conditions?
38. Phenazine derivatives can be used as dyes.
39. This experiment examined the effect of light on phenazine production.
40. The use of phenazine in medicine is an active area of research.
41. Several factors influence the stability of phenazine in solution.
42. The spectroscopic properties of phenazine are well-characterized.
43. We hypothesize that phenazine production is regulated by genes.
44. Phenazine is also known to have antifungal properties.
45. The investigation revealed a correlation between phenazine and bacterial virulence.
46. New phenazine derivatives are being patented.
47. The discovery of phenazine opened up new avenues for research.
48. Phenazine plays a role in bacterial competition.
49. Understanding the mechanisms of phenazine action is crucial.
50. The review article comprehensively discusses the chemistry of phenazine.