"Allelomorphic" Example Sentences
1. Allelic variation is observed when two different allelomorphic forms are present in the same species.
2. The frequency of allelomorphic mutations in a population can have a significant impact on evolution.
3. The inheritance of traits can be determined by the interaction of allelomorphic genes.
4. The allelomorphic differences between dominant and recessive genes can affect the expression of traits in offspring.
5. The study of allelomorphic variation within a population can provide insight into the genetic history of a species.
6. Allelomorphic mutations can arise spontaneously or as a result of environmental factors.
7. The occurrence of allelomorphic variation can create genetic diversity within a species.
8. Different allelomorphic forms of a gene can determine the color of an organism's eyes.
9. Allelomorphic interactions can influence the expression of genetic disorders such as sickle cell anemia.
10. The determination of an organism's sex is determined by the presence of allelic differences on sex chromosomes.
11. Allelomorphic differences in skin pigmentation can create differences in skin color among individuals.
12. Allelomorphic variation can alter the sensitivity of an organism to certain drugs or toxins.
13. Allelomorphic differences in flower color can create diversity within a plant population.
14. Allelomorphic interactions can influence the risk of developing certain types of cancer.
15. The allelomorphic differences between blood groups can affect transfusion compatibility.
16. Allelomorphic mutations can accumulate over time, leading to speciation.
17. Differences in allelic frequencies between populations can indicate genetic divergence.
18. Allelomorphic variation can create differences in enzyme activity among individuals.
19. The presence of allelomorphic mutations can alter the function of proteins.
20. Allelic differences in odor perception can create variations in an organism's ability to detect scents.
21. Allelomorphic variations in immune system genes can influence susceptibility to infectious diseases.
22. Differences in allelic frequency can influence mating preferences among individuals.
23. Allelomorphic differences can create variations in the structure of proteins.
24. Allelic interactions can influence the expression of behavioral traits such as aggression.
25. Differences in allelic frequency can create variations in disease susceptibility among populations.
26. The presence of allelomorphic differences can determine the length of an organism's life cycle.
27. Allelic interactions can influence the efficiency of photosynthesis in plants.
28. Allelic variation can affect the efficiency of processes such as DNA replication and transcription.
29. Differences in allelic frequencies can indicate the occurrence of genetic drift within a population.
30. Allelomorphic differences can create variations in the ability of an organism to metabolize certain compounds.
Common Phases
1. "The allelic differences were
allelomorphic; resulting in distinct phenotypic variations."
2. "The
allelomorphic traits of the plant were inherited from its ancestors; leading to biodiversity within the species."
3. "The allelic variations in the gene pool were
allelomorphic; contributing to the survival of the species in changing environments."
4. "The
allelomorphic mutations observed in the genetic analysis were responsible for the disease phenotype; highlighting the importance of genetic testing."
5. "The allelic interactions were
allelomorphic; influencing the expression of traits in the offspring."