"Episome" Example Sentences
1. The episome in the bacteria transferred genetic material to another cell.
2. The plasmid and the episome are commonly found in bacterial cells.
3. The episome contains genes responsible for antibiotic resistance.
4. The bacteria's ability to transfer genetic material is due to the presence of episome.
5. The engineering of the episome in bacteria could potentially lead to new medical treatments.
6. The transfer of episome can occur through conjugation, transformation, or transduction.
7. The degradation of the episome by a restriction enzyme prevented the spread of antibiotic resistance.
8. The episome can be used as a tool for genetic engineering and biotechnology applications.
9. The episome's integration into the bacterial chromosome can lead to stable genetic transformation.
10. The presence of episome confers useful traits to bacteria such as the ability to utilize certain nutrients.
11. The ability of the bacteria to produce toxins is linked to the presence of the episome.
12. The manipulation of the episome could lead to bacterial strains with enhanced bioremediation capabilities.
13. The episome can replicate independently of the bacterial chromosome.
14. The size and composition of episomes vary between bacterial species.
15. The episome has been used as a vector for the development of vaccines and gene therapies.
16. The episome provides a means for bacteria to rapidly adapt to changing environmental conditions.
17. The frequency of episome transfer between bacteria is influenced by factors such as temperature and nutrient availability.
18. The presence of multiple episomes in a bacterial cell can result in increased genetic diversity and adaptation potential.
19. The integration of the episome into the chromosome can occur through site-specific recombination.
20. The stability of episomes in bacterial populations is maintained by selective pressures and genetic drift.
21. The episome's influence on bacterial pathogenicity has been extensively studied.
22. The ability of bacteria to resist antibiotics is often mediated by genes carried on episomes.
23. The plasmid and the episome are both types of extrachromosomal DNA in bacteria.
24. The episome can be visualized using various molecular biology techniques such as Southern blotting and PCR.
25. The episome's ability to transfer between bacterial populations has implications for evolutionary and ecological processes.
26. The episome's contribution to bacterial genetics and evolution has been a subject of ongoing research.
27. The transformation of a bacterial cell by an episome can result in the acquisition of novel functions or traits.
28. The episome's role in inter- and intra-species competition in bacterial communities has yet to be fully elucidated.
29. The abundance and diversity of episomes in natural bacterial populations have been demonstrated through metagenomic studies.
30. The manipulation of episomes in bacteria has potential applications in bioremediation, biotechnology, and synthetic biology.
Common Phases
1. The
episome replicates autonomously;
2. It can integrate into the host chromosome;
3.
Episomes often confer advantageous traits;
4. Some
episomes can transfer between bacterial cells;
5.
Episomes are a type of plasmid;
6. They can become permanent residents in bacterial cells;
7.
Episomes may contain genes for antibiotic resistance;
8. Their transfer can contribute to the spread of antibiotic resistance;
9.
Episomes are important in genetic engineering;
10. They can be used as vectors for gene transfer.