"Alleles" Example Sentences
1. The gene pool is composed of different alleles.
2. The variation in fur color is determined by different alleles.
3. The presence of sickle cell anemia is caused by specific alleles.
4. The frequency of dominant alleles can increase over time.
5. Mutations can lead to the creation of new alleles.
6. Individuals can carry two different alleles for a particular gene.
7. The phenotype of an organism is determined by its alleles.
8. Recessive alleles can remain hidden in a population for generations.
9. Populations with more genetic variety tend to have more alleles.
10. Dominant alleles mask the effects of recessive alleles.
11. Geneticists study how and why alleles change over time.
12. Some alleles are linked to specific diseases or disorders.
13. The inheritance of two dominant alleles can result in lethal effects.
14. The frequency of alleles can differ between populations.
15. Gene flow can introduce new alleles into a population.
16. The expression of some alleles can be influenced by environmental factors.
17. The loss of certain alleles can reduce genetic diversity in a population.
18. The Hardy-Weinberg equation can be used to predict allele frequencies.
19. Alleles determine the unique characteristics of each organism.
20. Certain alleles may have beneficial effects on fitness in certain environments.
21. The study of alleles has important implications for medicine and agriculture.
22. Different alleles can result in different proteins being produced.
23. The frequency of alleles can change due to genetic drift.
24. The inheritance of two different alleles can result in a hybrid phenotype.
25. The interaction between different alleles can lead to complex inheritance patterns.
26. Mutations can result in the loss of certain alleles from a population.
27. The presence of multiple alleles for a particular gene can lead to both codominance and incomplete dominance.
28. The frequency of alleles can shift due to natural selection.
29. Alleles play a key role in the evolution of populations over time.
30. The study of alleles can reveal information about past evolutionary events.
Common Phases
1. The population had a variety of different
alleles.
2. The recessive allele was not expressed in the phenotype.
3. The dominant allele determined the trait.
4. The frequency of the allele was calculated using the Hardy-Weinberg equation.
5. Mutations can introduce new
alleles into a population.
6.
Alleles can be passed down from parents to offspring.
7. Genetic variation is dependent upon the existence of multiple
alleles.
8. The heterozygous genotype contains two different
alleles.
9. Natural selection can favor certain
alleles over others in a population.
10. The allele frequency can shift due to genetic drift.