"Fischeri" Example Sentences
1. The bioluminescent bacteria Aliivibrio fischeri is commonly found in the light organs of fish.
2. The luciferase enzyme in A. fischeri catalyzes the light-producing reaction.
3. A. fischeri has a symbiotic relationship with certain species of squid, providing light for the squid to use in hunting.
4. The Lux operon in A. fischeri is responsible for regulating bioluminescence.
5. A. fischeri can undergo quorum sensing, allowing for coordinated bioluminescence among a population of bacteria.
6. The genetic sequence of A. fischeri has been extensively studied for its bioluminescence properties.
7. Bioluminescent A. fischeri colonies have a distinctive glowing appearance on agar plates.
8. A. fischeri has been used as a model organism in bioluminescence research.
9. The bioluminescence of A. fischeri can be inhibited by certain antibiotics and oxidative stress.
10. The natural habitat of A. fischeri includes estuarine environments and the guts of marine animals.
11. The colonization of A. fischeri in squid light organs is regulated by host factors.
12. A. fischeri has been shown to contribute to the survival and development of squid hatchlings.
13. The expression of the LuxI and LuxR proteins in A. fischeri create a quorum sensing circuit.
14. A. fischeri possesses a number of antioxidant enzymes that protect against oxidative stress.
15. The bioluminescence of A. fischeri is triggered by the binding of autoinducers to LuxR.
16. A. fischeri has a unique symbiotic relationship with Hawaiian bobtail squid.
17. The bioluminescent properties of A. fischeri have been used in biotechnology applications.
18. A. fischeri has been found to produce biogenic amines, which may have implications for human health.
19. The ability of A. fischeri to colonize squid light organs is dependent on the presence of specific genes.
20. The cooperative behavior of A. fischeri through quorum sensing enhances the fitness of the bacteria in a population.
21. A. fischeri has been used as a screening tool for the detection of genotoxicity in environmental samples.
22. The bioluminescence of A. fischeri can be used to monitor the presence of certain pollutants in water systems.
23. A. fischeri is not harmful to humans and is considered a non-pathogenic bacterium.
24. The luminescence produced by A. fischeri is a result of the oxidation of a flavin molecule.
25. A. fischeri can adapt to changes in light intensity through the regulation of the Lux operon.
26. The regulation of bioluminescence in A. fischeri through quorum sensing is important for energy conservation.
27. A. fischeri has been shown to play a role in nutrient cycling in marine environments.
28. The expression of the LuxAB proteins in A. fischeri is necessary for bioluminescence.
29. The bioluminescence of A. fischeri has been used as a reporter gene in genetic research.
30. The establishment of symbiosis between A. fischeri and squid is believed to be mediated by specific molecules.
Common Phases
not include greetings or farewells.
1. The Vibrio
fischeri bacteria glowed brightly in the darkness of the ocean.
2. Research has shown that V.
fischeri plays a crucial role in the bioluminescence of marine animals.
3. V.
fischeri has also been used as a model organism for studying symbiosis with its host species.
4. The squid-V.
fischeri symbiosis is one of the most well-studied examples of mutualism in nature.
5. Bioluminescent assays using V.
fischeri have been developed for environmental monitoring and toxicity testing.
6. Despite its seemingly harmless nature, some strains of V.
fischeri can cause illness in humans.
7. The genome of V.
fischeri has been sequenced and is available for researchers to study.
8. Scientists are currently investigating potential applications of V.
fischeri in biotechnology and medicine.