Methylation example sentences

"Methylation" Example Sentences

1. Methylation plays a crucial role in gene regulation.
2. DNA methylation patterns can be inherited.
3. The study focused on the effects of environmental factors on DNA methylation.
4. Aberrant methylation is implicated in many cancers.
5. Researchers are investigating the therapeutic potential of targeting methylation.
6. Methylation is a common epigenetic modification.
7. Understanding methylation is key to understanding gene expression.
8. Changes in methylation can alter protein function.
9. This experiment demonstrated the impact of diet on methylation patterns.
10. The drug inhibits DNA methylation.
11. Methylation analysis revealed significant differences between groups.
12. They observed altered methylation in the promoter region.
13. The results suggest a correlation between age and methylation levels.
14. Further research is needed to clarify the mechanisms of methylation.
15. Methylation inhibitors are being explored as cancer treatments.
16. DNA methylation is a dynamic process.
17. Improper methylation can lead to developmental disorders.
18. The technique used for methylation analysis was highly sensitive.
19. We found evidence of widespread methylation changes.
20. Methylation profiling provided valuable insights.
21. The impact of stress on methylation is a growing area of research.
22. Differences in methylation could explain observed phenotypic variations.
23. Targeting methylation may offer new therapeutic avenues.
24. This study explores the role of methylation in aging.
25. Methylation is a complex process influenced by multiple factors.
26. His research focuses on the relationship between genetics and methylation.
27. The drug's mechanism of action involves altering methylation patterns.
28. Methylation status is an important biomarker.
29. Recent advances in methylation technology have improved accuracy.
30. Methylation is essential for normal development.
31. The analysis showed significant hypomethylation in the affected region.
32. Hypermethylation was observed in the tumor samples.
33. They investigated the impact of environmental toxins on DNA methylation.
34. Methylation can affect gene expression differently depending on context.
35. The study compared methylation profiles of healthy and diseased tissues.
36. Precise methylation control is crucial for cellular homeostasis.
37. Abnormal methylation can disrupt gene networks.
38. They used a novel method for detecting methylation changes.
39. Understanding the mechanisms of methylation is critical for developing new therapies.
40. The paper reviews recent findings on methylation and disease.
41. Dysregulation of methylation is a hallmark of many diseases.
42. Their research demonstrated a link between lifestyle and methylation changes.
43. The team developed a new assay for measuring methylation levels.
44. The study concluded that methylation plays a significant role in disease pathogenesis.
45. Methylation processes are highly regulated.
46. Epigenetic modifications, such as methylation, are heritable.
47. The level of methylation varies across different cell types.
48. Genome-wide methylation analysis revealed interesting patterns.
49. Future research will focus on the precise role of methylation in this process.
50. The technology used for methylation sequencing is constantly evolving.