100 Examples of sentences containing the common noun "genetics"

Definition

Genetics is the branch of biology that deals with the study of heredity and variation in organisms. It encompasses the examination of genes, genetic variation, and heredity in living beings. It plays a crucial role in understanding how traits and characteristics are passed from one generation to another.

Synonyms

• Heredity
• Genomics
• Inheritance
• Molecular biology
• Biogenetics

Antonyms

• Environment
• Nurture
• Non-inheritance
• Acquired traits

Examples

1. Genetics has revolutionized our understanding of hereditary diseases.
2. Scientists genetics research to find cures for genetic disorders.
3. The study of genetics helps us understand evolutionary processes.
4. Genetics plays a key role in agriculture through crop breeding.
5. Many medical professionals genetics in their diagnosis of patients.
6. The field of genetics is rapidly evolving with new technologies.
7. Understanding genetics can help in personalized medicine.
8. Biologists genetics to explore the diversity of life forms.
9. Researchers genetics to determine the origins of certain species.
10. The complexities of genetics can be quite challenging to comprehend.
11. Genetics has implications in forensic science.
12. People often genetics to explain their family traits.
13. The impact of genetics on behavior is a hotly debated topic.
14. Genetics can influence susceptibility to certain diseases.
15. In agriculture, scientists genetics to create pest-resistant crops.
16. Many universities offer courses in genetics.
17. Understanding genetics can lead to advancements in biotechnology.
18. The role of genetics in mental health is still being studied.
19. Ethical concerns arise when discussing genetics research.
20. Scientists genetics to trace the lineage of ancient species.
21. The Human Genome Project significantly advanced the field of genetics.
22. Genetics can help explain differences in physical abilities.
23. The relationship between genetics and environment is complex.
24. Many students find genetics to be a fascinating subject.
25. Advances in genetics have sparked debates about cloning.
26. Genetics can provide insights into evolutionary biology.
27. The study of genetics includes the examination of DNA.
28. Researchers genetics to find out how genes interact.
29. The impact of genetics on intelligence is still under investigation.
30. With CRISPR technology, genetics is entering a new era.
31. The discipline of genetics continues to grow and expand.
32. Students often genetics in their biology classes.
33. The role of genetics in aging is an area of active research.
34. Many diseases have a genetic component, making genetics crucial in medicine.
35. Genetic counseling often involves discussions about genetics.
36. The influence of genetics on personality is a subject of interest.
37. Inheritance patterns are a key focus in the study of genetics.
38. Researchers genetics to explore potential treatments for genetic disorders.
39. The field of genetics is interdisciplinary, involving many scientific areas.
40. Genetics can sometimes explain why certain traits are prevalent in families.
41. Ethical dilemmas often arise in the context of genetics research.
42. Scientists genetics to understand the mechanisms behind heredity.
43. The relationship between genetics and nutrition is being explored.
44. Many breakthroughs in medicine stem from discoveries in genetics.
45. The influence of genetics on behavior is a complex topic.
46. Modern genetics relies heavily on computational biology.
47. Students often find genetics challenging but rewarding to study.
48. The relationship between genetics and lifestyle choices is significant.
49. Researchers genetics to develop gene therapies for diseases.
50. The role of genetics in disease prevention is increasingly recognized.
51. Advances in genetics are leading to new approaches in healthcare.
52. Scientists genetics to create genetically modified organisms (GMOs).
53. The study of genetics can help in understanding cancer.
54. Ethically sound practices are crucial in the field of genetics.
55. Many traits in animals are influenced by genetics.
56. The ethical implications of genetics editing are widely discussed.
57. Genetics can help identify hereditary conditions in families.
58. Students are often fascinated by the principles of genetics.
59. Researchers genetics to better understand human evolution.
60. The field of genetics has implications for conservation biology.
61. The interplay between genetics and epigenetics is a growing field of study.
62. Scientists genetics to trace the inheritance of traits.
63. The impact of genetics on public health is an important area of focus.
64. Many people are curious about how genetics influences their health.
65. Genetic testing can provide information related to genetics.
66. The study of genetics has led to the discovery of numerous genes.
67. Researchers genetics to develop new agricultural techniques.
68. Genetics can provide insights into evolutionary adaptations.
69. The influence of genetics on athletic performance is researched extensively.
70. Advances in genetics have improved our understanding of hereditary diseases.
71. The study of genetics can lead to significant medical advancements.
72. Ethical issues surrounding genetics research must be carefully considered.
73. Many scientists genetics to explore the basis of biodiversity.
74. The role of genetics in mental health is still being explored.
75. Students often engage with genetics through hands-on laboratory work.
76. The relationship between genetics and behavior is complex and nuanced.
77. Researchers genetics to develop strategies for disease prevention.
78. The field of genetics has made significant contributions to science.
79. Understanding genetics is essential for advancements in medicine.
80. The principles of genetics apply to all living organisms.
81. Many researchers genetics to find solutions to global health issues.
82. The study of genetics is fundamental in understanding life itself.
83. Ethical considerations in genetics research are crucial for responsible science.
84. The influence of genetics on disease susceptibility is well-documented.
85. Researchers genetics to analyze population diversity.
86. The complexities of genetics can lead to ethical dilemmas in research.
87. Genetic inheritance patterns are studied within the field of genetics.
88. The role of genetics in development is a key area of research.
89. Advances in genetics have the potential to impact future generations.
90. Discussions about genetics often lead to questions about privacy.
91. The study of genetics involves understanding DNA sequences.
92. Many professionals genetics to inform their work in healthcare.
93. Genetic engineering is a direct application of genetics principles.
94. The understanding of genetics is essential for effective conservation strategies.
95. Researchers genetics to uncover the genetic basis of diseases.
96. The impact of genetics on human health is a primary concern in medicine.
97. Many students find genetics to be a captivating area of biology.
98. The role of genetics in agriculture is vital for food security.
99. Ethical discussions surrounding genetics are increasingly important.
100. The integration of genetics and technology is shaping the future of medicine.