Aerotolerant example sentences

"Aerotolerant" Example Sentences

1. Aerotolerant bacteria can survive in the presence of oxygen, but they don't use it for respiration.
2. Unlike obligate anaerobes, aerotolerant organisms are not harmed by oxygen.
3. The aerotolerant nature of this bacterium makes it adaptable to various environments.
4. This experiment demonstrates the growth characteristics of aerotolerant microorganisms.
5. We observed a significant difference in colony formation between aerobic and aerotolerant strains.
6. Many lactic acid bacteria are classified as aerotolerant.
7. The aerotolerant yeast fermented the sugar even in an oxygenated environment.
8. Researchers identified a novel aerotolerant species in the deep-sea sediment.
9. Its aerotolerant metabolism allows it to thrive in diverse habitats.
10. Determining whether a bacterium is strictly anaerobic or aerotolerant is crucial for its proper cultivation.
11. The study focused on the unique metabolic pathways of aerotolerant microorganisms.
12. Aerotolerant organisms often employ detoxification mechanisms to handle reactive oxygen species.
13. Oxygen tolerance is a key characteristic differentiating aerotolerant from anaerobic bacteria.
14. The growth curve revealed the aerotolerant behavior of the isolate.
15. Despite the presence of oxygen, the aerotolerant fungus continued to grow.
16. This aerotolerant species represents a fascinating example of microbial adaptation.
17. Further research is needed to fully understand the mechanisms enabling aerotolerant growth.
18. Several aerotolerant species are used in food production.
19. The identification of this new aerotolerant strain expands our knowledge of microbial diversity.
20. Aerotolerant bacteria are frequently found in soil samples.
21. Is this microbe strictly anaerobic or aerotolerant?
22. The aerotolerant characteristics of this strain make it suitable for various industrial applications.
23. The results indicated a aerotolerant profile for the unknown bacterium.
24. We successfully cultured the aerotolerant microorganism in a standard incubator.
25. The survival of aerotolerant microorganisms in oxygenated environments is remarkable.
26. Although aerotolerant, its growth was enhanced under anaerobic conditions.
27. The classification of this organism as aerotolerant is supported by the experimental data.
28. Aerotolerant microorganisms have evolved diverse mechanisms to manage oxidative stress.
29. Understanding the physiology of aerotolerant species is critical for biotechnology advancements.
30. The aerotolerant bacteria showed no significant difference in growth under both conditions.
31. This novel aerotolerant strain exhibits unique antibiotic resistance properties.
32. The team successfully isolated and characterized a novel aerotolerant fungus.
33. The aerotolerant yeast strain was selected for its high fermentation efficiency.
34. Many aerotolerant species play essential roles in various ecosystems.
35. This aerotolerant microbe produces a valuable secondary metabolite.
36. The study analyzed the genomic features of aerotolerant bacteria.
37. It is important to note that not all aerotolerant organisms are equally resistant to oxygen.
38. The aerotolerant bacterium demonstrated remarkable resilience to environmental stress.
39. We hypothesize that the aerotolerant nature of this organism is due to its unique antioxidant enzymes.
40. The experiment confirmed that the isolate is indeed aerotolerant.
41. Aerotolerant microbes are found in a wide range of habitats, from soil to the human gut.
42. Further research will investigate the specific mechanisms of aerotolerance in this newly discovered species.
43. The application of aerotolerant microorganisms in industrial processes is expanding.
44. Aerotolerant microorganisms offer a potential solution for oxygen-sensitive processes.
45. A key finding of the study is the identification of a novel gene involved in aerotolerance.
46. The aerotolerant yeast exhibited robust growth in the presence of high oxygen concentrations.
47. This aerotolerant bacterium is being investigated for its potential therapeutic applications.
48. The cultivation of aerotolerant species often requires specialized techniques.
49. The unique properties of aerotolerant organisms are of significant interest to researchers.
50. Aerotolerant strains are valuable tools for various biotechnological applications.