Pleiotropy example sentences

"Pleiotropy" Example Sentences

1. Pleiotropy is an evolutionary phenomenon that occurs when a single gene has multiple effects on the phenotype.
2. This pleiotropy can be beneficial, neutral, or deleterious depending on the environment.
3. The pleiotropy of a single gene can cause complex interactions with other genes and the environment.
4. Pleiotropy is an important concept in evolutionary biology, as it can explain the evolution of complex traits.
5. Pleiotropy can be seen in a variety of organisms, from bacteria to humans.
6. It has been suggested that pleiotropy is the main mechanism for the evolution of complex traits.
7. The pleiotropy of a gene can be beneficial or detrimental depending on the environment in which it is expressed.
8. Pleiotropy can also explain why some traits are more likely to evolve than others.
9. The effects of pleiotropy can be seen in the different phenotypes of a species, even when the underlying genetic code is the same.
10. Pleiotropy can be used to explain why some traits are more likely to be conserved across species.
11. Pleiotropy has been used to explain the evolution of complex traits such as the human brain.
12. Pleiotropy can also be used to explain why some traits are more likely to be lost over time.
13. The pleiotropic effect of a single gene can be beneficial or detrimental depending on the environment in which it is expressed.
14. Pleiotropy can be seen in the different phenotypes of a species, even when the underlying genetic code is the same.
15. Pleiotropy is an important concept in evolutionary biology, as it can explain the evolution of complex traits.
16. Pleiotropy can also explain why some traits are more likely to be conserved across species.
17. It has been suggested that pleiotropy is the main mechanism for the evolution of complex traits.
18. The pleiotropic effects of a single gene can be beneficial, neutral, or deleterious depending on the environment.
19. Pleiotropy can be used to explain why some traits are more likely to evolve than others.
20. The pleiotropic effects of a gene can be beneficial or detrimental, depending on the environment in which it is expressed.

Common Phases

1. Phenotypic Pleiotropy; Genetic Pleiotropy; Developmental Pleiotropy; Metabolic Pleiotropy.