100 Examples of sentences containing the common noun "epigenetic"

Definition

"Epigenetic" refers to the study of changes in organisms caused by modification of gene expression rather than alteration of the genetic code itself. It encompasses the mechanisms that regulate gene activity and expression without changing the underlying DNA sequence.

Synonyms

• Epigenesis
• Gene regulation
• Gene expression modification
• Heritable changes

Antonyms

• Genetic (in the context of changes involving DNA sequence)
• Genomic

Examples

1. Researchers are exploring how environmental factors can epigenetic changes in individuals.
2. The study of epigenetic mechanisms is crucial for understanding certain diseases.
3. Nutrition can significantly epigenetic the expression of genes related to metabolism.
4. Stress has been shown to epigenetic alterations in the brain.
5. Certain chemicals can epigenetic the way genes are expressed in cells.
6. Lifestyle choices can epigenetic health outcomes over generations.
7. Scientists are investigating how aging can epigenetic gene regulation.
8. The role of epigenetic modifications in cancer progression is a hot research topic.
9. Epigenetic factors may influence susceptibility to mental health disorders.
10. Advances in technology allow us to study epigenetic changes more effectively.
11. The effects of maternal care can epigenetic stress responses in offspring.
12. Some medications can epigenetic alterations to reverse disease symptoms.
13. Epigenetic inheritance is a fascinating area of genetic research.
14. Changes in diet can epigenetic the risk of chronic diseases.
15. The concept of epigenetic memory is being studied in neurobiology.
16. Environmental pollutants can epigenetic the development of certain conditions.
17. Epigenetic research has implications for personalized medicine.
18. The interaction between genetics and environment is pivotal in epigenetic studies.
19. Epigenetic changes can persist long after the initial exposure to environmental factors.
20. The field of epigenetic therapy is rapidly evolving.
21. Epigenetic markers can serve as indicators for disease prediction.
22. Understanding epigenetic mechanisms may lead to new treatment strategies.
23. Epigenetic modifications can occur at various stages of development.
24. Some viruses can epigenetic host gene expression to enhance their replication.
25. Epigenetic changes are reversible, offering potential therapeutic avenues.
26. The epigenetic landscape of a cell can change in response to stimuli.
27. Epigenetic studies reveal how lifestyle impacts gene expression.
28. Researchers are examining how epigenetic factors contribute to obesity.
29. The role of epigenetic changes in evolution is an intriguing topic.
30. Epigenetic factors can influence both physical and behavioral traits.
31. By studying epigenetic changes, scientists can uncover the roots of diseases.
32. The epigenetic code is just as important as the genetic code.
33. Epigenetic research may revolutionize our approach to treating diseases.
34. Certain dietary components can epigenetic gene expression patterns.
35. Epigenetic clocks are used to estimate biological age.
36. The interplay between genetics and environment is essential for epigenetic understanding.
37. Epigenetic therapies are being developed to target specific diseases.
38. The field of epigenetic medicine holds great promise for future treatments.
39. Epigenetic changes can be influenced by factors such as stress and trauma.
40. The study of epigenetic inheritance is gaining traction in genetics.
41. Epigenetic mechanisms are vital for normal development.
42. Researchers are focused on how epigenetic marks can be read and interpreted.
43. Epigenetic profiles can provide insights into individual health risks.
44. The effects of epigenetic changes can last for generations.
45. Epigenetic factors play a role in the body's response to exercise.
46. The epigenetic regulation of genes is complex and multifaceted.
47. Certain proteins are involved in the epigenetic modification of DNA.
48. Epigenetic treatments could potentially reverse harmful gene expressions.
49. The impact of epigenetic changes on behavior is an important area of study.
50. Epigenetic mechanisms can explain why identical twins can have different traits.
51. Advances in epigenetic technologies are paving the way for new discoveries.
52. Researchers aim to understand how epigenetic factors affect development.
53. The epigenetic landscape is shaped by both intrinsic and extrinsic factors.
54. Epigenetic regulation is essential for maintaining cellular identity.
55. The role of epigenetic changes in autoimmune diseases is being investigated.
56. Epigenetic modifications can be influenced by parental behavior.
57. The concept of epigenetic plasticity explains how organisms adapt.
58. In some cases, epigenetic factors can override genetic predispositions.
59. The research on epigenetic therapies is at the cutting edge of science.
60. Epigenetic changes can be triggered by various environmental exposures.
61. The study of epigenetic influences on behavior is gaining momentum.
62. Epigenetic analysis can reveal the impact of lifestyle on health.
63. New findings show that epigenetic changes can affect reproduction.
64. Epigenetic research is providing insights into chronic illness management.
65. The epigenetic modifications can alter how genes respond to signals.
66. Epigenetic therapies could offer hope for genetic disorders.
67. The complexity of epigenetic interactions presents challenges for researchers.
68. Understanding epigenetic signaling pathways is crucial for drug development.
69. Epigenetic biomarkers are emerging as tools for disease diagnosis.
70. The influence of epigenetic factors on mental health is significant.
71. Epigenetic research contributes to our understanding of longevity.
72. The epigenetic effects of diet are an area of active investigation.
73. By studying epigenetic profiles, scientists can identify health risks.
74. Epigenetic regulation plays a role in stem cell differentiation.
75. The importance of epigenetic factors in evolution is widely recognized.
76. Epigenetic studies have revealed new insights into plant biology.
77. The interplay between epigenetic changes and mutations is complex.
78. Researchers are keen to explore the epigenetic basis of behavior.
79. Epigenetic variations can arise from lifestyle and environmental exposures.
80. The epigenetic landscape is constantly changing in response to stimuli.
81. Epigenetic therapies may target specific genes involved in diseases.
82. The impact of epigenetic changes on aging is a burgeoning field of research.
83. Epigenetic modifications can be detected using advanced techniques.
84. The influence of epigenetic factors on immune responses is noteworthy.
85. Epigenetic markers may help predict the onset of diseases.
86. The effects of epigenetic changes can be observed in various organisms.
87. Understanding epigenetic processes is key for developing effective treatments.
88. Epigenetic inheritance can lead to transgenerational effects.
89. The study of epigenetic mechanisms is critical in developmental biology.
90. Epigenetic changes can have profound effects on physical traits.
91. The relationship between stress and epigenetic changes is being explored.
92. Epigenetic therapies could provide solutions for previously untreatable conditions.
93. The role of epigenetic factors in fertility is an important research area.
94. Researchers are documenting how epigenetic changes affect plant growth.
95. Epigenetic analysis can track changes over time in different environments.
96. The epigenetic effects of trauma can have lasting impacts on health.
97. Innovations in epigenetic research are transforming our understanding of biology.
98. The potential for epigenetic treatments to personalize medicine is significant.
99. Epigenetic changes may help explain variations in drug responses.
100. The study of epigenetic influences is reshaping our approach to health and disease.