100 Examples of sentences containing the common noun "epigenomics"

Definition

Epigenomics refers to the study of the complete set of epigenetic modifications on the genetic material of a cell or organism. It encompasses the examination of how environmental factors and lifestyle choices can alter gene expression without changing the DNA sequence itself. This field of research is crucial for understanding various biological processes, including development, disease progression, and responses to environmental stimuli.

Synonyms

• Epigenetics
• Gene regulation
• Epigenetic mapping
• Epigenetic research

Antonyms

• Genomics
• DNA sequence analysis
• Genetic predisposition

Examples

1. Researchers are investigating how epigenomics influences cancer treatment outcomes.
2. The field of epigenomics has revealed the impact of diet on gene expression.
3. Scientists aim to use epigenomics to create personalized medicine strategies.
4. Understanding epigenomics can help explain differences in disease susceptibility.
5. The latest findings in epigenomics suggest a link between stress and inflammation.
6. Advances in epigenomics technology have accelerated genetic research.
7. The implications of epigenomics for mental health are being explored.
8. Many researchers are excited about the potential of epigenomics in regenerative medicine.
9. The study of epigenomics is essential for understanding cellular aging.
10. She published a paper on the role of epigenomics in developmental biology.
11. The integration of epigenomics with proteomics is a growing area of research.
12. Epigenomics can help identify biomarkers for chronic diseases.
13. The impact of environmental toxins on epigenomics is a significant concern.
14. He specialized in epigenomics during his doctoral studies.
15. Epigenomics provides insights into the mechanisms of gene silencing.
16. Collaborative efforts in epigenomics are leading to groundbreaking discoveries.
17. The interplay of genetics and epigenomics is complex and fascinating.
18. Epigenomics research is shedding light on the origins of certain inherited conditions.
19. The implications of epigenomics for public health are profound.
20. She is a leading expert in the field of epigenomics.
21. The epigenomics of stem cells is a hot topic in regenerative medicine.
22. Researchers are developing new tools for analyzing epigenomics data.
23. The role of epigenomics in immune response is an area of active investigation.
24. Epigenomics can help clarify the effects of early life experiences on health.
25. He gave a keynote speech on the future of epigenomics in therapeutics.
26. The relationship between epigenomics and metabolic disorders is being studied.
27. Epigenomics offers new insights into the nature vs. nurture debate.
28. She is involved in a project examining epigenomics in agricultural crops.
29. The influence of lifestyle on epigenomics is a major research focus.
30. The findings in epigenomics could revolutionize our understanding of biology.
31. Epigenomics can reveal how genes are turned on or off in response to stimuli.
32. Researchers are leveraging epigenomics to develop innovative treatments.
33. Understanding epigenomics is key to unraveling complex diseases.
34. The potential applications of epigenomics in cancer prevention are promising.
35. He is passionate about educating others on the significance of epigenomics.
36. The interplay between epigenomics and climate change is being explored.
37. The field of epigenomics is rapidly evolving with new technologies.
38. She presented her research on epigenomics at an international conference.
39. Epigenomics can help us understand the biological basis of addiction.
40. There is a growing interest in epigenomics among biotech companies.
41. The study of epigenomics is essential for developing new vaccines.
42. Epigenomics research is critical for understanding reproductive health.
43. The role of epigenomics in chronic inflammation is an emerging area of study.
44. He conducted a survey on public awareness of epigenomics.
45. The potential of epigenomics in precision agriculture is being investigated.
46. Epigenomics can provide insights into the mechanisms of aging.
47. The connection between epigenomics and behavioral health is intriguing.
48. New findings in epigenomics are challenging existing theories about heredity.
49. The future of epigenomics holds great promise for drug development.
50. Innovations in epigenomics could lead to breakthroughs in genetic therapies.
51. The impact of epigenomics on fertility is under intense research scrutiny.
52. She co-authored a book on the principles of epigenomics.
53. The relationship between epigenomics and nutrition is a key focus area.
54. Epigenomics is changing the way we think about gene therapy.
55. The ethical implications of epigenomics research are being debated.
56. His laboratory is known for its pioneering work in epigenomics.
57. The role of epigenomics in autoimmune diseases is gaining attention.
58. Efforts to educate the public about epigenomics are underway.
59. The integration of epigenomics into clinical practice is still in its infancy.
60. She is conducting a study on the effects of stress on epigenomics.
61. The findings on epigenomics have sparked interest in environmental health.
62. Epigenomics is a key factor in understanding complex traits.
63. The potential for epigenomics to inform health policy is significant.
64. He is dedicated to advancing knowledge in the field of epigenomics.
65. The intersection of epigenomics and artificial intelligence is an exciting frontier.
66. New discoveries in epigenomics are reshaping our understanding of genetics.
67. The relevance of epigenomics to public health initiatives cannot be overstated.
68. Epigenomics has implications for both basic research and clinical applications.
69. The collaboration between institutions in epigenomics research is vital.
70. She is working on a project that explores epigenomics in indigenous populations.
71. Epigenomics can help elucidate the mechanisms of drug resistance.
72. The exploration of epigenomics in plant biology is a growing field.
73. Epigenomics is essential for understanding the effects of pollutants on health.
74. The role of epigenomics in the development of neurodegenerative diseases is being studied.
75. He is passionate about the potential of epigenomics to improve mental health treatments.
76. The principles of epigenomics are being applied in various scientific disciplines.
77. The findings in epigenomics are driving new approaches in cancer research.
78. The future of epigenomics research looks promising with new funding initiatives.
79. The impact of social determinants on epigenomics is an area of growing interest.
80. The implications of epigenomics for understanding evolution are profound.
81. She is a strong advocate for funding in epigenomics studies.
82. The field of epigenomics is attracting talent from diverse scientific backgrounds.
83. Epigenomics can provide a window into the effects of lifestyle changes.
84. The interaction between epigenomics and microbiome research is intriguing.
85. He is exploring the applications of epigenomics in veterinary medicine.
86. The significance of epigenomics in developmental disorders is being researched.
87. Epigenomics may help explain why some individuals are more susceptible to certain diseases.
88. The advancements in epigenomics tools are revolutionizing biological research.
89. The collaboration between geneticists and epigenomics researchers is essential.
90. The application of epigenomics in clinical trials is gaining traction.
91. She is studying the role of epigenomics in cardiovascular health.
92. The exploration of epigenomics in infectious diseases is an emerging field.
93. Epigenomics can shed light on the relationship between genes and behavior.
94. The contributions of epigenomics to our understanding of health disparities are significant.
95. He is fascinated by the potential of epigenomics to drive innovation in medicine.
96. The relevance of epigenomics to aging research is becoming increasingly clear.
97. Epigenomics research is vital for developing strategies to combat chronic diseases.
98. The insights gained from epigenomics can inform preventive health measures.
99. She is leading a team focused on epigenomics and personalized health care.
100. The future of epigenomics research holds great potential for transformative discoveries.