"Pseudomonadaceae" Example Sentences
1. The Pseudomonadaceae family comprises a wide variety of Gram-negative bacteria.
2. The pathogenic potential of Pseudomonadaceae isolates is enhanced by their ability to form biofilms.
3. Detection and identification of Pseudomonadaceae species can be challenging due to their high genetic diversity.
4. Pseudomonadaceae bacteria are commonly found in soil and water environments.
5. The motility of Pseudomonadaceae bacteria is mediated by flagella.
6. Pseudomonadaceae are responsible for the production of several antimicrobial compounds.
7. Some Pseudomonadaceae strains are known to cause infections in immunocompromised individuals.
8. Pseudomonadaceae bacteria have been shown to play a role in corrosion of metal surfaces.
9. Members of the Pseudomonadaceae family have been implicated in food spoilage.
10. Antibiotic resistance in Pseudomonadaceae poses a significant threat to public health.
11. The Pseudomonadaceae family includes several important plant pathogens.
12. Pseudomonadaceae bacteria are characterized by their versatile metabolic capabilities.
13. The genetic makeup of Pseudomonadaceae bacteria determines their virulence potential.
14. Pseudomonadaceae isolates have been found to display heterogeneity in their lipopolysaccharide structure.
15. The success of Pseudomonadaceae bacteria in diverse environments is attributed to their high adaptability.
16. Pseudomonadaceae species are used for bioremediation of environmental pollutants.
17. Pseudomonadaceae are of interest for their potential to produce bioplastics.
18. The Pseudomonadaceae family belongs to the broader order Pseudomonadales.
19. Members of the Pseudomonadaceae family are often resistant to phage infection.
20. The quorum-sensing system in Pseudomonadaceae bacteria is a key regulator of virulence.
21. Pseudomonadaceae bacteria are frequently isolated from clinical specimens.
22. Pseudomonadaceae are known to mediate nutrient cycling in soil ecosystems.
23. The discovery of novel secondary metabolites in Pseudomonadaceae has important implications for drug discovery.
24. Pseudomonadaceae bacteria have been used as model organisms for studies of bacterial evolution.
25. The role of Pseudomonadaceae in human navel microbiota is the subject of ongoing research.
26. Some Pseudomonadaceae strains produce siderophores for iron acquisition.
27. The flagellar apparatus in Pseudomonadaceae bacteria is a target for vaccine development.
28. Pseudomonadaceae are known to cause infections in fish and other aquatic animals.
29. The virulence factors of Pseudomonadaceae vary between different species and strains.
30. Adaptation to low-nitrogen conditions is a key trait of some Pseudomonadaceae species.
Common Phases
not include colon in the list below.
1.
Pseudomonadaceae is a family of gram-negative bacteria;
2. It includes diverse species that are widespread in nature;
3. Some species of
Pseudomonadaceae are known to cause diseases in humans;
4. Pseudomonas aeruginosa is a well-known pathogenic species belonging to this family;
5.
Pseudomonadaceae are known for their versatile metabolic capabilities;
6. Many species can degrade a wide range of organic compounds;
7.
Pseudomonadaceae are often used in bioremediation to clean up contaminated environments;
8. Some species of
Pseudomonadaceae are used in agriculture as biological control agents;
9.
Pseudomonadaceae are known for their ability to form biofilms;
10. Biofilms of
Pseudomonadaceae can cause persistent infections in humans.