"Acridones" Example Sentences
1. Researchers are investigating the potential medical applications of acridones.
2. A synthetic acridone derivative has been developed with promising antitumor activity.
3. The chemical structure of acridones includes a fused tricyclic ring system.
4. Natural sources of acridones include certain plants and marine organisms.
5. The mechanism of action of acridones involves inhibition of specific enzymes.
6. Acridones have been shown to possess antimicrobial properties against a wide range of pathogens.
7. The synthesis of acridones can be achieved through various chemical reactions.
8. Acridones have attracted attention for their ability to modulate ion channels in the brain.
9. An acridone alkaloid isolated from a Brazilian plant exhibits potent anti-inflammatory effects.
10. Scientists are exploring the potential use of acridones in the treatment of neurological disorders.
11. The fluorescence properties of acridones make them useful tools in biological imaging.
12. Acridones show promise in controlling parasitic infections in livestock.
13. Certain acridone derivatives have demonstrated cytotoxic effects on cancer cells.
14. Acridones are known to interact with DNA, leading to their DNA-binding properties.
15. The pharmacokinetics of acridones are being studied to optimize their clinical use.
16. A new method has been developed for the synthesis of acridone derivatives.
17. The therapeutic potential of acridones in cardiovascular disease is currently being evaluated.
18. Acridones isolated from marine sponges have shown potent antifungal activity.
19. The antioxidative properties of acridones may have applications in cosmetic products.
20. The cellular effects of acridones are being investigated to understand their therapeutic mechanisms.
21. Studies have shown that acridones can modulate the immune response in certain conditions.
22. A novel acridone derivative has been synthesized as a potential anticancer agent.
23. The natural distribution of acridones in different plant species is being investigated.
24. Acridones have been shown to influence the neurotransmitter systems in the brain.
25. The synthesis of acridones via metal-catalyzed reactions is an active area of research.
26. Acridones have been tested for their ability to inhibit bacterial biofilm formation.
27. The synthesis of chiral acridone derivatives is being explored for their pharmacological potential.
28. Acridones derived from marine sources have been shown to possess anti-diabetic effects.
29. The molecular structures of acridones are being characterized to predict their properties.
30. Researchers are using computational methods to design novel acridone derivatives.
31. Acridones are being investigated for their potential in wound healing and tissue repair.
32. The toxicity and safety profiles of acridones are being evaluated in preclinical studies.
33. A novel acridone derivative has shown neuroprotective effects in animal models.
34. Acridones have been found to inhibit the activity of specific enzymes involved in cancer progression.
35. Research is focusing on understanding the role of acridones in plant defense mechanisms.
36. Certain acridone derivatives have displayed antiviral activity against influenza viruses.
37. The synthesis of fluorescent acridone derivatives is being explored for their imaging potential.
38. Acridones have been shown to have potential in treating drug-resistant bacterial infections.
39. Studies are ongoing to optimize the production of acridones through biosynthesis.
40. The pharmacological properties of acridones are being explored in various disease models.
Common Phases
1.
Acridones are important alkaloids;
2. Chemical synthesis of
acridones is a challenging task;
3.
Acridones exhibit a wide range of biological activities;
4. The structure of
acridones contains a tricyclic skeleton;
5.
Acridones are widely used as a fluorescence probe in biology;
6. Natural
acridones can be extracted from plant sources;
7.
Acridones have the potential to be used as anticancer agents;
8.
Acridones possess antioxidant and anti-inflammatory properties;
9. The synthesis of
acridones can be optimized using various strategies;
10.
Acridones have been observed in various marine organisms.