Isoflavanone example sentences

"Isoflavanone" Example Sentences

1. The research paper focuses on the benefits of isoflavanone compounds in soy.
2. Isoflavanone is a type of phytoestrogen found in legumes.
3. One isoflavanone, genistein, has been extensively studied.
4. Daidzein is another important isoflavanone in soy products.
5. The concentration of isoflavanone varies across different soy varieties.
6. Dietary intake of isoflavanone may impact hormone levels.
7. Further research is needed to fully understand isoflavanone's role in health.
8. Isoflavanone supplementation is a topic of ongoing debate.
9. The chemical structure of isoflavanone is quite complex.
10. Isoflavanone metabolites are also biologically active.
11. This study investigates the bioavailability of isoflavanone.
12. Isoflavanone may offer protection against certain diseases.
13. Processing methods can affect the isoflavanone content of soy foods.
14. Fermentation increases the availability of some isoflavanones.
15. The absorption of isoflavanone in the gut is a key factor.
16. What are the long-term effects of isoflavanone consumption?
17. Isoflavanone research is multidisciplinary.
18. Are there any side effects associated with high isoflavanone intake?
19. Soy-based products are a rich source of isoflavanone.
20. Isoflavanones are a class of polyphenols.
21. The analysis revealed a significant amount of isoflavanone present.
22. Isoflavanone content can be quantified using HPLC.
23. This innovative method improves isoflavanone extraction.
24. Isoflavanone plays a role in plant defense mechanisms.
25. The study compared different methods for isoflavanone quantification.
26. Isoflavanone research is crucial for understanding its health effects.
27. We observed a correlation between diet and isoflavanone levels.
28. Isoflavanone and its metabolites were measured in blood samples.
29. Isoflavanone’s impact on bone health is under investigation.
30. The bioactivity of isoflavanone is influenced by its structure.
31. Understanding isoflavanone metabolism is critical.
32. Isoflavanone may interact with other medications.
33. The future of isoflavanone research looks promising.
34. Clinical trials are needed to assess the efficacy of isoflavanone.
35. Isoflavanone is a subject of considerable scientific interest.
36. A comprehensive review of isoflavanone literature is presented.
37. Isoflavanone may exert its effects through various mechanisms.
38. The article highlights the potential benefits of isoflavanone for women's health.
39. What are the best food sources of isoflavanone?
40. Isoflavanone is a relatively new area of research.
41. Further studies on isoflavanone are warranted.
42. The effects of isoflavanone on cardiovascular health are being studied.
43. Isoflavanone is often discussed in the context of hormone replacement therapy.
44. The synthesis of isoflavanone is a complex chemical process.
45. Isoflavanone might have a role in cancer prevention.
46. The team's research focused on the role of isoflavanone in reducing inflammation.
47. Isoflavanone levels were significantly higher in the treatment group.
48. Isoflavanone supplementation may have potential benefits, but more research is needed.
49. This study examines the impact of isoflavanone on gut microbiota.
50. The findings suggest a potential link between isoflavanone and cognitive function.