"Homologs" Example Sentences
1. Genes that share homologs in other species are often called orthologs.
2. It is possible that the homologs of a gene in different species may have diverged in function.
3. In some cases, homologs of a gene may have been lost in one species.
4. Homologs of a gene may have different functions in different species.
5. Many homologs of a gene may have been conserved across different species.
6. Homologs of a gene may have been conserved in different species for millions of years.
7. Homologs of a gene may have been conserved in different species due to evolutionary pressure.
8. Homologs of a gene may have been conserved in different species even though their functions have changed.
9. Homologs of a gene may have been conserved in different species because they are important for survival.
10. Homologs of a gene may have been conserved in different species due to their importance in the environment.
11. It is possible that homologs of a gene may have been lost in one species but retained in another.
12. Homologs of a gene may have been conserved in different species because they are involved in essential processes.
13. Homologs of a gene may have been conserved in different species because they are involved in important metabolic pathways.
14. Homologs of a gene may have been conserved in different species because they are involved in important regulatory pathways.
15. Homologs of a gene may have been conserved in different species because they are involved in important signaling pathways.
16. Homologs of a gene may have been conserved in different species because they are involved in important developmental pathways.
17. Homologs of a gene may have been conserved in different species due to their importance in maintaining homeostasis.
18. Homologs of a gene may have been conserved in different species due to their importance in maintaining cellular integrity.
19. Homologs of a gene may have been conserved in different species due to their importance in maintaining organismal fitness.
20. Homologs of a gene may have been conserved in different species due to their importance in maintaining species diversity.
Common Phases
In prophase I; homologous chromosomes pair up and exchange genetic material; in metaphase I; homologous chromosomes align in the middle of the cell; in anaphase I; homologous chromosomes are pulled apart; in telophase I; two daughter cells are formed.