100 Examples of sentences containing the common noun "genes"

Definition

Genes are segments of DNA that serve as the basic units of heredity in living organisms. They carry the information necessary for the development, functioning, growth, and reproduction of all life forms. Genes are responsible for various traits and characteristics passed from parents to offspring.

Synonyms

• DNA segments
• Hereditary units
• Genetic material
• Chromosomal segments
• Genomic sequences

Antonyms

• Acquired traits
• Environmental factors
• Non-hereditary characteristics

Examples

1. Scientists genes to understand how traits are inherited.
2. Many diseases are linked to faulty genes.
3. Researchers are studying how lifestyle affects the expression of genes.
4. The study of genes has revolutionized medicine.
5. Parents pass down their genes to their children.
6. Genetic disorders can result from mutations in genes.
7. The field of genetics explores the role of genes in evolution.
8. Some genes are dominant while others are recessive.
9. The expression of certain genes can be influenced by environmental factors.
10. Genetic testing can reveal information about your genes.
11. The scientist isolated the genes responsible for color blindness.
12. Some genes can increase susceptibility to certain diseases.
13. Advances in technology allow us to edit genes with precision.
14. Epigenetics studies how external factors affect genes.
15. Many traits, such as eye color, are determined by a combination of genes.
16. The human genome contains approximately 20,000 to 25,000 genes.
17. Genetic variations in genes can lead to differences in physical appearance.
18. Certain genes are linked to increased intelligence.
19. Understanding genes can help in developing targeted therapies.
20. The interaction between genes and environment is complex.
21. Some genes are associated with longevity.
22. Cloning involves manipulating genes to create genetically identical organisms.
23. The study of genes is crucial for advancements in biotechnology.
24. Genetic mutations can be inherited or occur spontaneously in genes.
25. Personalized medicine tailors treatment based on an individual's genes.
26. The discovery of genes responsible for specific traits has changed agriculture.
27. Some genes are involved in the metabolism of drugs.
28. Genetic engineering can modify genes to enhance crop resistance.
29. The interplay between multiple genes can affect health outcomes.
30. Some organisms have genes that allow them to adapt to extreme environments.
31. The concept of genes has been foundational in the field of genetics.
32. Genetic counseling helps individuals understand their genes.
33. The expression of genes can vary from one individual to another.
34. Some genes have been associated with mental health disorders.
35. Researchers are mapping the genes linked to hereditary diseases.
36. Certain genes can be silenced or activated depending on various factors.
37. The ethical implications of editing genes raise important questions.
38. Twin studies help scientists understand the role of genes versus environment.
39. Some genes regulate the body's response to stress.
40. The role of genes in behavior is a growing area of research.
41. Scientists are looking for genes that predict response to treatment.
42. The field of epigenetics focuses on how modifications affect genes.
43. Mutations can either harm or benefit the function of genes.
44. Some genes are considered "housekeeping" because they are essential for basic cell function.
45. The understanding of genes has implications for conservation biology.
46. Gene therapy aims to treat diseases by correcting faulty genes.
47. Some genes are involved in the repair processes of DNA.
48. The relationship between genes and behavior is complex and multifaceted.
49. Genetic diversity is vital for the survival of populations and their genes.
50. The integration of genes from different species can enhance biodiversity.
51. Certain genes play a role in how the body processes nutrients.
52. The study of genes has implications for understanding cancer.
53. Some genes are linked to addictive behaviors.
54. The presence of specific genes can indicate a predisposition to certain conditions.
55. Genetic markers can be used to track the inheritance of genes.
56. Some genes are more prevalent in certain populations due to evolutionary pressures.
57. The role of genes in aging is an area of active research.
58. Genetic drift can lead to changes in the frequency of genes in a population.
59. The discovery of CRISPR technology has transformed how we manipulate genes.
60. The interaction of multiple genes can create complex traits.
61. Genetic background can influence the effectiveness of treatments based on genes.
62. Some genes are responsible for the production of essential proteins.
63. The study of genes has led to breakthroughs in understanding human development.
64. Certain genes can be linked to the risk of developing autoimmune diseases.
65. The expression of genes can be influenced by diet and lifestyle.
66. Research on genes has implications for developing vaccines.
67. The way genes are expressed can change throughout an individual's life.
68. Some genes are responsible for the body's response to infections.
69. The presence of specific genes can help identify rare genetic disorders.
70. Genetic testing can help determine carrier status for specific genes.
71. The importance of genes in agriculture cannot be overstated.
72. The evolution of genes is a key concept in understanding biodiversity.
73. Certain genes can impact cognitive functions.
74. The field of genomics focuses on the complete set of genes in an organism.
75. Some genes have been conserved throughout evolution.
76. Genetic predisposition can influence lifestyle choices based on genes.
77. The study of genes has provided insights into human origins.
78. Genetic variations can affect how individuals respond to medications based on their genes.
79. The manipulation of genes raises ethical questions about biodiversity.
80. Some genes can influence a person's likelihood of developing chronic illnesses.
81. The relationship between genes and the environment is critical for understanding health.
82. Certain genes can be linked to physical fitness and athletic performance.
83. The effects of genes can be observed in population studies.
84. Some genes may be involved in the regulation of mood and emotions.
85. Genetic research has led to the identification of genes involved in rare diseases.
86. The interaction of environmental toxins with genes can lead to health issues.
87. The use of model organisms helps scientists study the function of specific genes.
88. Certain genes are essential for the development of the nervous system.
89. The concept of genes is fundamental to the understanding of heredity.
90. Genetic variation can arise from mutations in genes due to environmental influences.
91. Understanding how genes work can lead to more effective treatments.
92. Some genes are involved in the regulation of the immune response.
93. The genetic basis of traits can often be traced back to specific genes.
94. The study of genes continues to evolve with advancements in technology.
95. Some genes are implicated in the body's ability to detoxify substances.
96. The discovery of new genes can reshape our understanding of biology.
97. Genetic research often focuses on the interactions between multiple genes.
98. Certain genes can be linked to a higher risk of developing heart disease.
99. The manipulation of genes can lead to significant advancements in medicine.
100. Understanding the role of genes in health is an ongoing area of research.