Epigenomic example sentences

"Epigenomic" Example Sentences

1. Epigenomic research is revolutionizing our understanding of gene regulation.
2. The study revealed significant epigenomic alterations in cancer cells.
3. Scientists are developing new technologies to map the epigenomic landscape of the human genome.
4. His doctoral thesis focused on the epigenomic mechanisms underlying developmental disorders.
5. Epigenomic profiling can identify individuals at high risk for certain diseases.
6. Understanding epigenomic changes is crucial for personalized medicine.
7. Environmental factors can induce significant epigenomic modifications.
8. The epigenomic data was analyzed using sophisticated bioinformatics tools.
9. There's a growing interest in the epigenomic basis of aging.
10. Her research group is pioneering new methods for epigenomic editing.
11. This new drug targets specific epigenomic modifications to treat cancer.
12. The epigenomic signature of this disease is quite unique.
13. Early life experiences can have lasting epigenomic consequences.
14. We observed remarkable epigenomic plasticity in response to stress.
15. Further research is needed to clarify the epigenomic mechanisms involved.
16. The epigenomic landscape is incredibly complex and dynamic.
17. Advances in epigenomic technology have accelerated research progress.
18. They are exploring the interplay between epigenomic and genetic factors.
19. Epigenomic instability is a hallmark of many cancers.
20. Nutrition plays a significant role in shaping the epigenomic profile.
21. The epigenomic modifications were reversed by treatment.
22. This approach uses epigenomic markers to diagnose disease.
23. It's a fascinating field of epigenomic research.
24. Epigenomic inheritance can influence subsequent generations.
25. We need to consider the epigenomic context when interpreting genetic data.
26. The study highlights the importance of epigenomic regulation in development.
27. Are there epigenomic differences between these two populations?
28. Recent breakthroughs in epigenomic technology are promising.
29. Epigenomic alterations may contribute to neurodevelopmental disorders.
30. This is a highly complex epigenomic process.
31. Drug discovery efforts are increasingly focusing on epigenomic targets.
32. The epigenomic profile varied significantly across individuals.
33. What are the long-term effects of epigenomic changes?
34. Computational methods are essential for analyzing epigenomic data sets.
35. Many ethical questions arise with epigenomic editing technologies.
36. This innovative approach leverages epigenomic information for disease prediction.
37. The epigenomic data provided valuable insights into disease pathogenesis.
38. They successfully modified the epigenomic state of target genes.
39. Understanding epigenomic processes is crucial for future therapies.
40. The epigenomic changes were associated with a poorer prognosis.
41. This area of epigenomic research is rapidly expanding.
42. The study uncovered novel epigenomic biomarkers for early detection.
43. We need more robust methods for measuring epigenomic modifications.
44. Epigenomic analyses are becoming increasingly routine in clinical practice.
45. The epigenomic implications of this finding are profound.
46. Further investigation of the epigenomic effects is warranted.
47. A detailed epigenomic map of the region was generated.
48. This technique allows for precise epigenomic manipulation.
49. The epigenomic context influences gene expression levels.
50. In conclusion, epigenomic studies are critical for advancing medical knowledge.