"Polymorphisms" Example Sentences
1. There are several polymorphisms that have been discovered in the human genome.
2. Polymorphisms can affect the way that genes are expressed in an individual.
3. The study of polymorphisms has led to many new discoveries in genetics.
4. Some polymorphisms are associated with an increased risk of certain diseases.
5. The identification of polymorphisms can be useful in diagnosing genetic disorders.
6. Polymorphisms can also affect an individual's response to medication.
7. The presence of certain polymorphisms may indicate a person's ancestry.
8. Polymorphisms can be used as markers to track the movement of populations over time.
9. Some polymorphisms are more common in certain geographic areas than others.
10. The study of polymorphisms has helped to shed light on the evolution of different species.
11. Polymorphisms can be caused by mutations, which are random changes in DNA.
12. Some polymorphisms have no effect on an individual's health or well-being.
13. Other polymorphisms may have subtle effects that are difficult to detect.
14. Researchers are constantly discovering new polymorphisms and their possible implications.
15. Polymorphisms may affect different parts of the body, such as the brain or the immune system.
16. Some polymorphisms may be more significant in certain populations than others.
17. The frequency of certain polymorphisms may change over time due to natural selection.
18. Polymorphisms can be influenced by environmental factors such as diet and exposure to toxins.
19. The study of polymorphisms can help to identify new drug targets for certain diseases.
20. Polymorphisms can also help to explain why some people respond differently to the same treatment.
21. Some polymorphisms are associated with traits such as eye color or height.
22. Polymorphisms can be used to create genetic profiles for forensic purposes.
23. Certain polymorphisms may be more common in individuals with a family history of certain diseases.
24. Polymorphisms can be used to track the spread of infectious diseases.
25. The study of polymorphisms can help researchers to better understand the genetic basis of disease.
26. Polymorphisms may have different effects depending on an individual's age or gender.
27. Certain polymorphisms may be more prevalent in individuals with a certain lifestyle or occupation.
28. Polymorphisms can be used to design personalized therapies for patients with specific genetic profiles.
29. The study of polymorphisms has the potential to revolutionize medicine and improve human health.
30. Polymorphisms are a complex and fascinating area of research that continues to yield new insights into the human genome.
Common Phases
1. There are several types of
polymorphisms in genetics;
2. The identification of specific
polymorphisms can lead to a better understanding of genetic diseases;
3.
Polymorphisms within a population can indicate genetic variation and diversity;
4. The study of
polymorphisms can provide valuable insights into evolutionary biology;
5. Certain
polymorphisms can affect an individual's response to medication;
6. The frequency of
polymorphisms can vary among different populations;
7.
Polymorphisms can serve as diagnostic markers for certain diseases;
8. The role of
polymorphisms in complex trait inheritance is still being explored;
9. Future research on
polymorphisms may lead to personalized medicine.