100 Examples of sentences containing the common noun "gene"

Definition

A "gene" is a fundamental unit of heredity in living organisms, made up of DNA. It carries the instructions for the development, functioning, growth, and reproduction of all life forms. Genes are responsible for inherited traits and play a critical role in determining the physical and biological characteristics of an organism.

Synonyms

• DNA segment
• Hereditary unit
• Genetic material

Antonyms

• Trait (in the context of inherited characteristics)
• Environmental factor (in the context of influences other than genetics)

Examples

1. Scientists gene-edited the crops to make them resistant to pests.
2. The researchers gene-sequenced the DNA to understand the mutation.
3. He gene-mapped the family tree to trace hereditary conditions.
4. They gene-spliced to create a new variety of bacteria.
5. She gene-analyzed the samples collected from the field study.
6. The team gene-modified the plants for better yield.
7. He gene-identified the specific markers associated with the disease.
8. The biologist gene-tested the subjects for genetic disorders.
9. They gene-cataloged the various species in the region.
10. She gene-edited the embryos to eliminate genetic diseases.
11. The lab gene-discovered a new gene linked to aging.
12. Doctors gene-screened patients for hereditary cancer risks.
13. The geneticist gene-mapped the genome of the endangered species.
14. He gene-studied the effects of climate change on genetic diversity.
15. They gene-investigated the role of epigenetics in behavior.
16. She gene-researched the inheritance patterns in plants.
17. The team gene-sampled the population to assess genetic variation.
18. He gene-compared the sequences from different organisms.
19. The scientist gene-hypothesized about the origin of the gene pool.
20. They gene-monitored the effects of the treatment on DNA.
21. She gene-created a database of genetic information.
22. Researchers gene-collaborated to publish their findings.
23. He gene-explored the relationship between genes and environment.
24. The project gene-focused on gene therapy techniques.
25. They gene-recognized the importance of genetic diversity.
26. She gene-optimized the experiment for more accurate results.
27. The lab gene-developed a new method for gene delivery.
28. He gene-examined the ethical implications of gene editing.
29. They gene-reported their results in a scientific journal.
30. The students gene-discussed the implications of CRISPR technology.
31. She gene-highlighted the significance of genetic research.
32. The committee gene-approved the funding for the new project.
33. He gene-pointed out the potential risks of gene manipulation.
34. They gene-investigated the evolutionary aspects of genetics.
35. She gene-launched a campaign for genetic literacy.
36. The researchers gene-published a groundbreaking study.
37. He gene-promoted awareness of genetic disorders.
38. The team gene-gathered data from various populations.
39. She gene-delved into the history of genetic science.
40. They gene-planned a workshop on gene technologies.
41. He gene-characterized the new gene found in the study.
42. The scientist gene-validated the findings through experimentation.
43. She gene-visualized the data for better understanding.
44. The researchers gene-collaborated across disciplines.
45. He gene-debated the ethical aspects of genetic engineering.
46. They gene-utilized advanced techniques in their research.
47. She gene-advocated for responsible use of genetic information.
48. The lab gene-interpreted the results of the experiments.
49. He gene-reflected on the implications of their discoveries.
50. They gene-revealed new insights into genetic diseases.
51. She gene-contributed to the field with her research.
52. The committee gene-assembled a panel of experts.
53. He gene-challenged existing theories with new evidence.
54. They gene-emphasized the importance of genetic research.
55. She gene-cultivated partnerships with other institutions.
56. The researchers gene-tracked the inheritance patterns.
57. He gene-focused on gene-environment interactions.
58. They gene-evaluated the impact of genetic variations.
59. She gene-interviewed participants for her study.
60. The team gene-established guidelines for ethical research.
61. He gene-highlighted the role of genetics in public health.
62. They gene-assessed the risks of gene therapies.
63. She gene-observed the effects of mutations in the experiment.
64. The researchers gene-collated data from various sources.
65. He gene-worked on improving gene editing techniques.
66. They gene-articulated their findings at the conference.
67. She gene-proposed a new theory regarding gene expression.
68. The lab gene-disseminated information on genetic health.
69. He gene-compiled a comprehensive review of the literature.
70. They gene-studied the genetic basis of behavior.
71. She gene-synthesized the findings from multiple studies.
72. The team gene-collaborated with international researchers.
73. He gene-designed an experiment to test his hypothesis.
74. They gene-mapped the genetic variations in the species.
75. She gene-integrated new technologies into her research.
76. The scientists gene-hypothesized about gene flow between populations.
77. He gene-compiled a list of relevant studies for reference.
78. They gene-employed statistical methods to analyze the data.
79. She gene-expanded her research to include epigenetics.
80. The team gene-illustrated the results with charts and graphs.
81. He gene-shared his findings with the scientific community.
82. They gene-prepared a presentation for the symposium.
83. She gene-analyzed the impact of climate on genetic traits.
84. The researcher gene-refined the methodology for accuracy.
85. He gene-collated findings from similar studies.
86. They gene-debated the future of genetic technology.
87. She gene-disseminated knowledge on genetic engineering.
88. The lab gene-collaborated on a multi-institution project.
89. He gene-developed a new gene-editing tool.
90. They gene-discussed the implications of their work.
91. She gene-utilized her background in genetics for the project.
92. The researchers gene-studied gene therapy outcomes.
93. He gene-observed changes in gene expression.
94. They gene-reported their findings at an international conference.
95. She gene-conducted experiments to validate her theory.
96. The team gene-explored the genetics of rare diseases.
97. He gene-contributed to the understanding of gene regulation.
98. They gene-conducted a meta-analysis of existing research.
99. She gene-fostered collaboration between different research teams.
100. The scientists gene-explained their research to the public.