Flavin example sentences

"Flavin" Example Sentences

1. The research team focused on the flavin adenine dinucleotide (FAD) cofactor.
2. Flavin fluorescence is a key indicator in this assay.
3. She studied the role of flavin-containing enzymes in metabolism.
4. The experiment measured the concentration of free flavin molecules.
5. Flavin mononucleotide (FMN) acts as a crucial electron carrier.
6. His dissertation explored the photochemistry of flavin derivatives.
7. We observed a significant decrease in flavin fluorescence upon binding.
8. The bright yellow color is indicative of the presence of flavin.
9. Oxidized flavin is readily reduced by various substrates.
10. The enzyme's activity depends critically on the flavin prosthetic group.
11. Flavin-dependent enzymes are ubiquitous in biological systems.
12. Analyzing flavin content is vital for understanding cellular processes.
13. The protein showed strong affinity for flavin molecules.
14. This new technique allows for rapid detection of flavin in complex samples.
15. Insufficient flavin can lead to various metabolic disorders.
16. Several researchers are currently investigating flavin biosynthesis pathways.
17. The mechanism of flavin reduction was investigated using spectroscopy.
18. Flavin plays a critical role in redox reactions.
19. The study highlighted the importance of flavin in bacterial growth.
20. Flavin dynamics were monitored using time-resolved spectroscopy.
21. Surprisingly, we found no significant change in flavin levels.
22. The flavin content was significantly higher in the mutant strain.
23. Further research is needed to fully understand flavin metabolism.
24. The presence of flavin was confirmed by HPLC analysis.
25. Flavin is an essential component of many redox enzymes.
26. Determining the exact flavin binding site is crucial.
27. The reaction involved the transfer of electrons to flavin.
28. Flavin analogues are being developed as potential drugs.
29. The article reviewed the various functions of flavin in biology.
30. We synthesized a novel flavin derivative for this study.
31. Flavin photochemistry is a complex field of research.
32. The model accurately predicts flavin redox potentials.
33. They observed a remarkable effect of flavin on enzyme activity.
34. Flavin-dependent photoreceptors are found in many organisms.
35. This unique flavin modification was unexpected.
36. The team is developing a biosensor for flavin detection.
37. Flavin molecules are inherently fluorescent.
38. We hypothesize that flavin plays a regulatory role.
39. The degradation of flavin was surprisingly rapid.
40. Flavin can act as both an oxidant and a reductant.
41. Research into flavin continues to yield exciting results.
42. The flavin signal was weak but detectable.
43. Flavin is a crucial cofactor for many enzymes.
44. Their analysis showed a correlation between flavin levels and disease.
45. The spectroscopic data clearly indicated the presence of flavin.
46. Flavin biosynthesis is a tightly regulated process.
47. Unexpectedly, the mutant lacked flavin entirely.
48. Flavin-mediated electron transfer is fundamental to life.
49. The enzyme's catalytic cycle involves flavin reduction and oxidation.
50. Understanding flavin chemistry is essential for many fields.