"Thermophile" Example Sentences
1. Thermophile bacteria thrive in extreme temperatures.
2. The thermophile organism was discovered in a volcanic hot spring.
3. The enzyme was purified from a thermophile microbe.
4. The thermophile community is diverse and complex.
5. The thermophile's protein structure is adapted to high temperatures.
6. Thermophile archaea are found in hydrothermal vents in the ocean.
7. The thermophile's survival depends on specialized metabolic pathways.
8. The thermophile's DNA is highly stable in high temperatures.
9. The thermophile is part of a unique ecosystem.
10. Scientists study the thermophile's heat resistance for industrial applications.
11. The thermophile's cellular membrane is adapted to survive in extreme conditions.
12. The thermophile's metabolism is highly efficient and adaptable.
13. Thermophile organisms can grow in environments that would be fatal to other organisms.
14. The thermophile's reproductive cycle is adapted to thrive in extreme temperatures.
15. The thermophile's genome has unique adaptations to high temperatures.
16. Thermophile organisms have been found in diverse environments such as hot springs, deep-sea vents, and geothermal fields.
17. The thermophile's ability to survive in extreme conditions is being researched for space applications.
18. Thermophile enzymes have been used in industrial processes such as biofuel production and textile manufacturing.
19. The thermophile's pigments are adapted to absorb light in high temperatures.
20. The thermophile's behavior and interactions with other organisms are being studied to better understand the ecology of extreme environments.
21. The thermophile's ability to survive in temperatures above 80°C makes it a model organism for research on protein stability.
22. Thermophile organisms play a critical role in the nutrient cycling and geochemical processes of extreme environments.
23. The thermophile's molecular chaperones are adapted to stabilize proteins at high temperatures.
24. The thermophile community exhibits high levels of species richness and genetic diversity.
25. Thermophile organisms have the potential to produce novel antibiotics and other therapeutics.
26. The thermophile's respiratory system is adapted to maintain energy production in high temperatures.
27. Microbial mats in hot springs are often dominated by thermophile microorganisms.
28. The thermophile's photosynthetic machinery is adapted to function at high temperatures.
29. The thermophile's adaptation to extreme conditions underscores the resilience and diversity of life on Earth.
30. The discovery of new thermophile species continues to expand our understanding of the limits of life.
Common Phases
not include words in parentheses.
1.
Thermophiles are organisms that thrive in (extremely) high temperatures;
2.
Thermophiles can be found in (geothermal) hot springs;
3. The study of (thermophilic) organisms is important for understanding extremophile biology;
4. Some (thermophilic) bacteria produce heat-resistant enzymes, which have (industrial) applications;
5. (Thermophilic) archaea can survive in (volcanic) areas with high levels of sulfur;
6. Researchers are interested in (
thermophile) ecology and how these organisms adapt to (extreme) environments;
7. (Thermophilic) fungi have been discovered in (deep-sea) hydrothermal vents;
8. (
Thermophile) microorganisms play a significant role in the (nitrogen) cycle in high-temperature environments;
9. The discovery of (thermophilic) species has led to new (therapeutic) applications in medicine;
10. (
Thermophiles) are being studied as potential sources of (biofuels) because of their ability to convert complex organic compounds into usable forms at high temperatures.