100 Examples of sentences containing the common noun "epigeneticist"

Definition

An epigeneticist is a scientist who specializes in the study of epigenetics, which is the examination of changes in gene expression or cellular phenotype that do not involve alterations to the underlying DNA sequence. Epigeneticists investigate how environmental factors, lifestyle, and other external influences can affect gene activity and contribute to various biological processes and diseases.

Synonyms

• Geneticist
• Molecular biologist
• Biochemist
• Biologist
• Genetic researcher

Antonyms

• Genetic determinist
• Traditional geneticist
• Non-scientist

Examples

1. The epigeneticist conducted groundbreaking research on how stress impacts gene expression.
2. During the conference, the epigeneticist presented their findings on environmental influences on DNA.
3. Many students aspire to become an epigeneticist after learning about the field in college.
4. The epigeneticist explained the role of methylation in gene regulation.
5. As an epigeneticist, she collaborates with oncologists to understand cancer development.
6. The epigeneticist published a paper detailing the effects of diet on gene activity.
7. In her lab, the epigeneticist examines how toxins affect human health at the molecular level.
8. The epigeneticist received numerous awards for their contributions to the field.
9. During the symposium, the epigeneticist highlighted recent advances in CRISPR technology.
10. The research team included a prominent epigeneticist to guide their study on hereditary traits.
11. An epigeneticist may focus on how aging influences gene expression patterns.
12. The epigeneticist utilized advanced sequencing techniques to analyze DNA samples.
13. As an epigeneticist, she frequently attends workshops to stay updated on the latest research.
14. The epigeneticist found a correlation between early nutrition and later health outcomes.
15. In collaboration with other scientists, the epigeneticist explored the implications of their findings.
16. The epigeneticist posited that lifestyle changes could reverse adverse genetic effects.
17. Many projects require the expertise of an epigeneticist to interpret complex data.
18. The epigeneticist emphasized the importance of interdisciplinary approaches in research.
19. At the seminar, the epigeneticist shared insights about gene therapy and its potential.
20. The epigeneticist was invited as a guest speaker due to their extensive knowledge in the field.
21. The epigeneticist observed how different environments can lead to varying genetic expressions.
22. After years of study, the epigeneticist made significant discoveries about gene regulation.
23. The epigeneticist collaborated with psychologists to understand how trauma affects health.
24. The role of an epigeneticist is increasingly vital in personalized medicine.
25. The epigeneticist conducted experiments to validate their hypotheses about gene expression.
26. An epigeneticist may analyze samples collected from diverse populations.
27. The epigeneticist utilized bioinformatics tools to manage large datasets.
28. An epigeneticist often participates in peer-reviewed journals to share their research findings.
29. The epigeneticist focused on how maternal health impacts fetal development.
30. The epigeneticist sought funding for a project aimed at understanding hereditary diseases.
31. The epigeneticist and their team worked tirelessly to publish their significant findings.
32. The epigeneticist explored how lifestyle modifications can lead to better health outcomes.
33. The epigeneticist explained the mechanisms behind gene silencing during their lecture.
34. The epigeneticist conducted a study that linked epigenetics to mental health disorders.
35. The epigeneticist was recognized for their innovative approach to studying gene-environment interactions.
36. An epigeneticist often collaborates with epidemiologists to understand population-level effects.
37. The epigeneticist found evidence of transgenerational epigenetic inheritance.
38. The epigeneticist worked on developing therapies that target epigenetic modifications.
39. The epigeneticist frequently publishes their research in scientific journals.
40. The epigeneticist was part of a research team that discovered new genetic markers.
41. The epigeneticist highlighted the significance of non-coding RNA in gene regulation.
42. The epigeneticist emphasized the importance of reproducibility in scientific research.
43. An epigeneticist may present their work at international conferences to gain visibility.
44. The epigeneticist examined the impact of air pollution on gene expression in urban populations.
45. The epigeneticist utilized animal models to study the effects of diet on epigenetic changes.
46. The epigeneticist played a key role in a collaborative project aimed at studying cancer genetics.
47. The epigeneticist aimed to unravel the complexities of gene regulation through innovative experiments.
48. The epigeneticist discovered new insights into the aging process through their research.
49. The epigeneticist was instrumental in developing new diagnostic tools for genetic diseases.
50. The epigeneticist led a workshop on the ethical implications of genetic research.
51. The epigeneticist investigated how chronic stress could alter gene regulation.
52. The epigeneticist often mentors students interested in pursuing careers in genetics.
53. The epigeneticist participated in a multi-institutional study on the effects of epigenetics in cancer.
54. The epigeneticist used cutting-edge technology to analyze complex genetic data.
55. The epigeneticist researched the role of epigenetics in autoimmune diseases.
56. The epigeneticist highlighted the need for more funding in the field of epigenetic research.
57. The epigeneticist contributed to a groundbreaking study that reshaped our understanding of genetics.
58. The epigeneticist explained the phenomenon of gene imprinting during their presentation.
59. The epigeneticist was featured in a documentary discussing the future of genetic research.
60. The epigeneticist took part in a panel discussing the implications of genetic editing technologies.
61. The epigeneticist analyzed how epigenetic changes could inform treatment strategies for diseases.
62. The epigeneticist utilized population genetics to understand variations in gene expression.
63. The epigeneticist discovered that certain lifestyle choices can lead to lasting genetic changes.
64. The epigeneticist published a comprehensive review on the current state of epigenetic research.
65. The epigeneticist traveled to various countries to collaborate on international research projects.
66. The epigeneticist presented their findings on the relationship between exercise and gene expression.
67. The epigeneticist worked closely with public health officials to study health disparities.
68. The epigeneticist explored the potential for epigenetic therapies in treating chronic diseases.
69. The epigeneticist discussed the importance of interdisciplinary collaboration in their research.
70. The epigeneticist aimed to educate the public on the implications of epigenetic science.
71. The epigeneticist attended seminars to network with other professionals in the field.
72. The epigeneticist received accolades for their research on environmental epigenetics.
73. The epigeneticist found that certain compounds could reverse harmful epigenetic changes.
74. The epigeneticist worked on projects that aimed to establish links between genetics and behavior.
75. The epigeneticist emphasized the need for ethical considerations in genetic research.
76. The epigeneticist was invited to join a prestigious research institute due to their expertise.
77. The epigeneticist studied how different diets could lead to varying epigenetic outcomes.
78. The epigeneticist collaborated with pharmacologists to develop targeted treatments for diseases.
79. The epigeneticist was featured in a case study highlighting their innovative research approach.
80. The epigeneticist contributed to a book on the history and future of epigenetic research.
81. The epigeneticist was awarded a grant to explore the genetic basis of resilience to stress.
82. The epigeneticist implemented new methodologies to enhance research accuracy and efficiency.
83. The epigeneticist often speaks at universities about the importance of genetics in health.
84. The epigeneticist investigated the role of epigenetics in neurodegenerative diseases.
85. The epigeneticist engaged with the community to raise awareness about genetic research.
86. The epigeneticist analyzed data from diverse populations to understand genetic variations.
87. The epigeneticist highlighted the significance of lifestyle interventions in gene regulation.
88. The epigeneticist collaborated with agricultural scientists to study plant genetics.
89. The epigeneticist focused on the impact of diet on genetic health during their research.
90. The epigeneticist shared their findings on the role of epigenetics in mental health.
91. The epigeneticist worked tirelessly to publish their latest research on gene expression.
92. The epigeneticist was recognized for their innovative approaches to studying genetic disorders.
93. The epigeneticist explored the connections between genetics and chronic illness.
94. The epigeneticist led a study that examined the effects of sleep on gene expression.
95. The epigeneticist collaborated with environmental scientists to study pollution's impact on genetics.
96. The epigeneticist mentored young researchers interested in the field of epigenetics.
97. The epigeneticist presented at multiple international conferences to share their insights.
98. The epigeneticist published a landmark study on the epigenetics of metabolic disorders.
99. The epigeneticist utilized cutting-edge technology to analyze gene expression profiles.
100. The epigeneticist discussed the implications of their research for future therapies.