100 Examples of sentences containing the common noun "karyotype"

Definition

A karyotype is the complete set of chromosomes in an organism, arranged and displayed in a standard format, typically used for the study of chromosomal abnormalities, genetic disorders, and for comparing the genetic material of different species.

Synonyms

• Chromosomal arrangement
• Chromosome set
• Chromosome profile

Antonyms

• Aneuploids (in the context of abnormal chromosome numbers)
• Hypoploidy (lower than normal chromosome number)

Examples

1. Researchers karyotype the cells to identify genetic disorders.
2. The lab technician will karyotype the sample to check for chromosomal abnormalities.
3. Doctors often karyotype patients suspected of having genetic syndromes.
4. In genetic studies, scientists frequently karyotype organisms to understand their chromosomal makeup.
5. The first step in genetic counseling is to karyotype the parents’ chromosomes.
6. To diagnose Down syndrome, doctors karyotype the patient’s cells.
7. For each study, they karyotype the cells to ensure accuracy.
8. The geneticist needs to karyotype the tumor cells to determine the type of cancer.
9. They karyotype samples from various species to compare their genetic structures.
10. The technician will karyotype the blood samples under the microscope.
11. By using advanced technology, researchers can karyotype thousands of cells quickly.
12. It is necessary to karyotype the embryos before implantation during IVF.
13. The study aims to karyotype individuals with similar phenotypes to find genetic links.
14. In forensic science, experts may karyotype DNA to establish identity.
15. The results showed that they needed to karyotype the new strains for further analysis.
16. The biologist decided to karyotype the rare species to preserve its genetic information.
17. To understand the effects of radiation exposure, scientists karyotype the affected cells.
18. Researchers will karyotype the samples from different populations to study genetic diversity.
19. The team plans to karyotype the samples during the next phase of their research.
20. To confirm the diagnosis, the doctor will karyotype the patient’s lymphocytes.
21. They will karyotype the cells to identify any chromosomal rearrangements.
22. The researchers are trained to karyotype in a lab setting.
23. In cytogenetics, it is essential to karyotype cells accurately.
24. The objective of the study is to karyotype all the known variants.
25. To investigate the genetic basis of the condition, they will karyotype the affected individuals.
26. It is important to karyotype properly to avoid misdiagnosis.
27. They karyotype samples from both parents to assess potential genetic risks.
28. The scientist will karyotype the bacteria to understand its genetic makeup.
29. To find out more about the species, they decided to karyotype its genome.
30. The clinic offers tests that include karyotyping as part of their genetic analysis.
31. Researchers often karyotype as a preliminary step in genomic studies.
32. The team needs to karyotype the plant cells to study their reproductive patterns.
33. One of the first actions in genetic research is to karyotype the subject.
34. The findings prompted them to karyotype additional samples for confirmation.
35. They will karyotype the cells to look for specific genetic markers.
36. It is necessary to karyotype the cells before proceeding with the treatment.
37. The laboratory specializes in karyotyping for various research projects.
38. To ensure genetic health, they karyotyped the embryos before selection.
39. The study will karyotype multiple individuals to gather comparative data.
40. Experts can karyotype the chromosomes from a simple blood draw.
41. The aim is to karyotype the cells within a specific timeframe.
42. To investigate the mutation rates, they decided to karyotype extensively.
43. The findings allowed them to karyotype the population effectively.
44. They had to karyotype the samples multiple times for reliability.
45. To understand the inheritance patterns, scientists karyotype the progeny.
46. The lab was equipped to karyotype various cell types.
47. They will karyotype the samples to assess the effects of pollution.
48. The results indicated a need to karyotype the control group as well.
49. The study focused on how to karyotype more efficiently.
50. To establish a baseline, they decided to karyotype healthy individuals.
51. The researcher plans to karyotype the submitted samples this week.
52. The goal is to karyotype all the chromosomal variations.
53. They need to karyotype the subjects before the clinical trials begin.
54. She will karyotype the cells to look for genetic abnormalities.
55. The doctor advised them to karyotype their child for genetic testing.
56. They will karyotype the tumor to guide treatment options.
57. The study aimed to karyotype the rare genetic variants found in the population.
58. To identify the genetic cause of the disease, they will karyotype affected family members.
59. The researchers will karyotype the samples to understand their genetic diversity.
60. It is crucial to karyotype the samples accurately to avoid errors.
61. The team is ready to karyotype the cultures in the lab.
62. They plan to karyotype the samples over the next few weeks.
63. To ensure the accuracy of their findings, they will karyotype extensively.
64. The aim is to karyotype the chromosomes from various individuals.
65. The technician will karyotype the samples before analysis.
66. They needed to karyotype the embryos to determine viability.
67. The researchers will karyotype the cells under specific conditions.
68. To study chromosomal abnormalities, they must karyotype the affected individuals.
69. It is standard practice to karyotype before genetic counseling.
70. The genetic counselor will help the family understand the karyotype results.
71. The laboratory can karyotype multiple samples simultaneously.
72. They will karyotype the cells to investigate their chromosomal health.
73. The study requires them to karyotype both parents and the child.
74. To analyze genetic diversity, they will karyotype various populations.
75. They plan to karyotype the samples to assess any chromosomal changes.
76. The research team will karyotype the samples as part of their investigation.
77. The first step was to karyotype the affected cells.
78. Researchers frequently karyotype to understand evolutionary relationships.
79. They decided to karyotype the subjects before starting the treatment.
80. The laboratory specializes in karyotyping for clinical diagnostics.
81. They need to karyotype the patients to confirm the diagnosis.
82. To understand genetic diseases, scientists must karyotype affected individuals.
83. The study will karyotype the samples to find common genetic traits.
84. The lab technicians will karyotype the cells according to standard protocols.
85. It is essential to karyotype the samples to avoid misinterpretation.
86. The researchers will karyotype the samples from the field study.
87. The analysis will karyotype the cell lines for genetic evaluation.
88. To understand the genetic basis of the disease, the team will karyotype all patients.
89. They had to karyotype the samples to generate reliable data.
90. The lab team will karyotype the specimens under controlled conditions.
91. To determine genetic relationships, they must karyotype the individuals.
92. The goal of the project is to karyotype the chromosomes in detail.
93. They plan to karyotype the samples for comprehensive analysis.
94. The lab aims to karyotype the cells in a timely manner.
95. It is crucial to karyotype accurately to support the findings.
96. The study will karyotype the cells to investigate chromosomal differences.
97. The researchers will karyotype the cell lines to document genetic variations.
98. They need to karyotype the samples to understand the genetic implications.
99. The scientists decided to karyotype the samples to gather essential data.
100. In genetic research, it is standard to karyotype the specimens thoroughly.