Neoplasmogenesis example sentences

"Neoplasmogenesis" Example Sentences

1. Neoplasmogenesis is a complex process involving multiple genetic and epigenetic alterations.
2. The study focused on the environmental factors contributing to neoplasmogenesis.
3. Understanding neoplasmogenesis is crucial for developing effective cancer prevention strategies.
4. Researchers are exploring new targets to inhibit neoplasmogenesis.
5. The rate of neoplasmogenesis varies significantly across different tissues.
6. Chronic inflammation is a known promoter of neoplasmogenesis.
7. This research paper provides a comprehensive review of neoplasmogenesis mechanisms.
8. Genetic predisposition plays a significant role in neoplasmogenesis.
9. Early detection is key to preventing the progression of neoplasmogenesis.
10. Inhibiting neoplasmogenesis is a major goal of cancer research.
11. The mechanisms of neoplasmogenesis are still not fully understood.
12. Further research is needed to elucidate the role of epigenetics in neoplasmogenesis.
13. The study showed a correlation between exposure to carcinogens and neoplasmogenesis.
14. Targeting specific pathways involved in neoplasmogenesis may improve cancer treatment.
15. Neoplasmogenesis is a multi-step process involving cellular transformation.
16. The hypothesis proposes a new model for neoplasmogenesis initiation.
17. This innovative therapy aims to prevent neoplasmogenesis by targeting stem cells.
18. The clinical trial evaluated a new drug's efficacy in suppressing neoplasmogenesis.
19. Our results suggest a novel mechanism contributing to neoplasmogenesis.
20. Understanding the genetic basis of neoplasmogenesis is crucial for personalized medicine.
21. The prevention of neoplasmogenesis relies on a multi-pronged approach.
22. This review article summarizes recent advances in neoplasmogenesis research.
23. Neoplasmogenesis, a complex process, remains a challenge for cancer biologists.
24. The study demonstrated that oxidative stress contributes to neoplasmogenesis.
25. Novel therapeutic approaches are being developed to target neoplasmogenesis at its earliest stages.
26. The team is investigating the role of inflammation in neoplasmogenesis.
27. Dysregulation of cell cycle control is an important step in neoplasmogenesis.
28. The article explores the link between diet and neoplasmogenesis.
29. Advances in genomics have shed light on the molecular mechanisms of neoplasmogenesis.
30. Neoplasmogenesis research is paving the way for improved cancer treatments.
31. The process of neoplasmogenesis is influenced by both internal and external factors.
32. Scientists are working to identify biomarkers for early neoplasmogenesis detection.
33. This groundbreaking discovery may revolutionize our understanding of neoplasmogenesis.
34. The long-term goal is to completely halt neoplasmogenesis.
35. Further investigation is warranted to understand the complete picture of neoplasmogenesis.
36. Neoplasmogenesis is a multifactorial process with complex interactions.
37. The research team is developing a new model to study neoplasmogenesis in vitro.
38. This new drug showed promising results in preventing neoplasmogenesis in animal models.
39. Early intervention strategies are crucial in preventing neoplasmogenesis progression.
40. The researchers observed a significant reduction in neoplasmogenesis after treatment.
41. Increased understanding of neoplasmogenesis is vital for public health initiatives.
42. The review critically evaluates the various theories of neoplasmogenesis.
43. This innovative approach could potentially offer a new strategy for targeting neoplasmogenesis.
44. The study emphasizes the importance of lifestyle factors in influencing neoplasmogenesis.
45. Longitudinal studies are needed to monitor the effects of interventions on neoplasmogenesis.
46. Improved diagnostic tools are crucial for early detection of neoplasmogenesis.
47. By understanding neoplasmogenesis, we can develop more effective cancer therapies.
48. Neoplasmogenesis remains a significant challenge for oncologists worldwide.
49. The research highlights the need for further investigation into the role of genetics in neoplasmogenesis.
50. The ultimate aim of this research is to develop preventative measures against neoplasmogenesis.