Karyotype example sentences

"Karyotype" Example Sentences

1. The karyotype of humans typically consists of 23 pairs of chromosomes.
2. Geneticists use karyotyping to diagnose chromosomal abnormalities.
3. The karyotype of a male usually includes one X and one Y chromosome.
4. A karyotype can reveal the sex of an unborn baby.
5. There are many different types of karyotypes, depending on the species.
6. A karyotype can also help determine if a person is prone to certain genetic conditions.
7. Scientists can use karyotyping to study evolutionary relationships between species.
8. A karyotype test can detect genetic disorders such as Down syndrome.
9. A karyotype can be prepared from blood or a tissue sample.
10. Karyotyping is a useful tool in the study of cancer genetics.
11. Karyotype analysis can reveal abnormalities that may cause infertility.
12. Veterinarians can use karyotyping to diagnose genetic disorders in animals.
13. The karyotype of a plant can differ greatly from that of an animal.
14. Karyotyping requires specialized equipment and expertise.
15. Karyotyping can detect genetic mutations that cause rare disorders.
16. A karyotype can also be used to determine the genetic makeup of a tumor.
17. Karyotyping can reveal whether two people are related.
18. Karyotyping can help predict the likelihood of a genetic disease in a family.
19. Chromosome abnormalities can cause changes in a karyotype.
20. Karyotyping is an important tool in genetic counseling.
21. The karyotype of a person with Turner syndrome typically includes only one sex chromosome.
22. The karyotype of a person with Klinefelter syndrome typically includes one or more extra sex chromosomes.
23. Karyotyping can help identify genetic markers associated with certain diseases.
24. A technician must carefully analyze each chromosome in a karyotype.
25. Karyotyping can help doctors predict the course of a genetic disease.
26. A normal karyotype usually includes two copies of each chromosome.
27. A karyotype can help identify genetic causes of developmental delays in children.
28. Some genetic disorders are caused by specific changes in a person's karyotype.
29. Karyotyping can be used in forensic science to identify suspects and victims.
30. A karyotype can reveal whether a person is a carrier of a genetic disease.