"Allelomorphs" Example Sentences
1. The study of allelomorphs is important in understanding genetic inheritance.
2. The presence of different allelomorphs can result in varying physical traits.
3. The allelomorphs for eye color can be either brown or blue.
4. Allelomorphs can be dominant or recessive, affecting the expression of genes.
5. In pea plants, the allelomorphs for flower color can be either purple or white.
6. Allelomorphs can interact with each other, resulting in complex gene expression patterns.
7. The study of allelomorphs can help us understand the genetic basis of disease.
8. A sperm or egg cell can carry different allelomorphs for a given gene.
9. Understanding allelomorphs is important in breeding plants and animals for particular traits.
10. Different allelomorphs can be responsible for resistance to certain diseases or pests.
11. In humans, the allelomorphs for blood type can be A, B, or O.
12. The expression of different allelomorphs can be influenced by environmental factors.
13. In some cases, allelomorphs can result in incomplete dominance or codominance.
14. Allelomorphs can be used in forensic science to identify suspects based on DNA evidence.
15. The presence of different allelomorphs can result in variations in physical appearance, behavior, and other traits.
16. Certain allelomorphs can increase the risk of developing certain genetic disorders.
17. The study of allelomorphs has implications for personalized medicine and gene therapy.
18. In some animals, allelomorphs can result in variations in coat color or size.
19. Different allelomorphs can be responsible for differences in taste perception.
20. The study of allelomorphs is important in the field of evolutionary biology.
21. Environmental pressures can affect the expression of different allelomorphs.
22. Rare allelomorphs can result in unique or unusual physical traits.
23. Some allelomorphs can result in resistance to certain drugs or toxins.
24. Allelomorphs can be used in agriculture to produce crops with desirable traits.
25. The interplay between different allelomorphs can result in complex genetic interactions.
26. Different allelomorphs can be responsible for variations in behavior or temperament.
27. The expression of allelomorphs can be influenced by epigenetic factors.
28. Certain allelomorphs can result in decreased fertility or reproductive success.
29. Allelomorphs can be used in genetic engineering to modify the expression of certain genes.
30. The study of allelomorphs has implications for understanding human evolution and migration patterns.
Common Phases
1. The gene has two
allelomorphs; one from the mother and one from the father.
2. The presence of different
allelomorphs can result in variations in traits; such as eye color or height.
3.
Allelomorphs can be dominant or recessive; determining which trait is expressed in an individual.
4. A homozygous individual has two copies of the same allelomorph; while a heterozygous individual has two different
allelomorphs.
5. The study of
allelomorphs is crucial in understanding genetic inheritance; and the transmission of traits from generation to generation.