Use Alkaliphiles in a sentence

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1. Alkaliphiles include prokaryotes, eukaryotes, and archaea

Alkaliphiles, And, Archaea

2. Many different taxa are represented among the Alkaliphiles, and some of these have been proposed as new taxa.

Are, Among, Alkaliphiles, And, As

3. Biotechnological applications.Alkaliphiles, organisms which thrive optimally at or above pH 9, are one of the most important classes of extremophiles. To flourish in their extreme habitats, Alkaliphiles evolved impressive structural and functional adaptations

Applications, Alkaliphiles, At, Above, Are, And, Adaptations

4. Alkaliphiles are microorganisms that can grow in alkaline environments, i.e

Alkaliphiles, Are, Alkaline

5. Alkaliphiles are extremophilic organism that are able to survie in high pH environment (pH>10).These organisms are further divided in to Alkalitolerant microorganism which may grow well up to pH 10 but exhibit more rapid growth below pH 9.5, Facultative Alkaliphiles that grow well at netural pH and Obligate Alkaliphiles that grow above pH 9.

Alkaliphiles, Are, Able, Alkalitolerant, At, And, Above

6. Alkaliphiles A typical bacillus culture. Many Alkaliphiles possess a bacillus morphology

Alkaliphiles

7. Alkaliphiles are organisms that grow at high pH values. They adapt themselves by maintaining cytoplasmic pH homeostasis and uptake of H+ using electrogenic, secondary cation/proton antiporters.

Alkaliphiles, Are, At, Adapt, And, Antiporters

8. Alkaliphiles are believed to be the earliest life forms on Earth which originated billions of years ago in deep-ocean alkaline hydrothermal vent systems

Alkaliphiles, Are, Ago, Alkaline

9. Alkaliphiles thrive in many geographical locations across the planet, both in natural and manmade alkaline environments like alkaline soda lakes, soda deserts, and saline soda soils.

Alkaliphiles, Across, And, Alkaline

10. Alkaliphiles can be isolated from ‘normal’ environments such as garde soil, presumably because there are transient alkaline conditions generated in such environments by biological activity, but a relatively restricted range of types results from the exploration of …

Alkaliphiles, As, Are, Alkaline, Activity

11. Alkaliphiles, organisms which thrive optimally at or above pH 9, are one of the most important classes of extremophiles

Alkaliphiles, At, Above, Are

12. To flourish in their extreme habitats, Alkaliphiles evolved impressive structural and functional adaptations.

Alkaliphiles, And, Adaptations

13. Alkaliphiles are extremophilic organisms that are adapted to thrive in alkaline environments

Alkaliphiles, Are, Adapted, Alkaline

14. Over the years, a wide variety of Alkaliphiles belonging to domain Bacteria, Archaea and Eukarya have been isolated and studied

Alkaliphiles, Archaea, And

15. Abstract Organisms with pH optima for growth in excess of pH8, usually between 9 and 10, are properly defined as Alkaliphiles (or sometimes alkalophiles).

Abstract, And, Are, As, Alkaliphiles, Alkalophiles

16. DEFINITION OF Alkaliphiles Alkaliphiles can be isolated from normal environments such as garden soil, although viable counts of Alkaliphiles are higher in samples from alkaline environments

Alkaliphiles, As, Although, Are, Alkaline

17. A third focus of interest in Alkaliphiles is the challenge raised by the use of proton-coupled ATP synthases for oxidative phosphorylation by non-fermentative Alkaliphiles.

Alkaliphiles, Atp

18. Alkaliphiles can be isolated from normal environments such as garden soil, although viable counts of Alkaliphiles are higher in samples from alkaline environments

Alkaliphiles, As, Although, Are, Alkaline

19. Alkaliphiles require an alkaline pH of 9 or more for their growth and have an optimal growth pH of around 10 5

Alkaliphiles, An, Alkaline, And, Around

20. HaloAlkaliphiles, in contrast, require both an alkaline pH (pH 9) and high salinity (up to 33% NaCl)

An, Alkaline, And

21. Alkaliphiles have been isolated mainly from neutral environments, sometimes even from acidic soil samples and feces.

Alkaliphiles, Acidic, And

22. Alkaliphiles are microorganisms that can grow in alkaline environments, i.e

Alkaliphiles, Are, Alkaline

23. Alkaliphiles are those microorganisms which grow optimally at pH value above 9.0, showing little or no growth at near neutral pH values

Alkaliphiles, Are, At, Above

24. Screening of alkalitolerant bacteria for alkaline enzymes and amylase production by submerged fermentation Alkaline detergent enzymes from Alkaliphiles: enzymatic properties genetics and structures.

Alkalitolerant, Alkaline, And, Amylase, Alkaliphiles

25. Alkaliphiles are microbes that grow well between pH 8 and 10.5

Alkaliphiles, Are, And

26. Extreme Alkaliphiles show optimum growth pH 10 or higher

Alkaliphiles

27. Alkaliphiles are usually found in soda lakes and high carbonate soils and sometimes even in garden soils

Alkaliphiles, Are, And

28. Answer: Alkaliphiles are a class of extremophilic microbes capable of survival in alkaline (pH roughly 8.5–11) environments, growing optimally around a pH of 10

Answer, Alkaliphiles, Are, Alkaline, Around

29. Many Alkaliphiles have a bacillus morphology

Alkaliphiles

30. Alkaliphiles are defined as microorganisms with optimum growth pH of above 9 (10-9 mol dm −3 H + concentration)

Alkaliphiles, Are, As, Above

31. Alkaliphiles are thriving not only alkali soda lakes but also in ordinary

Alkaliphiles, Are, Alkali, Also

32. How to say Alkaliphiles in English? Pronunciation of Alkaliphiles with 1 audio pronunciation and more for Alkaliphiles.

Alkaliphiles, Audio, And

33. The first brief report on anaerobic Alkaliphiles was communicated by Niimura et al

Anaerobic, Alkaliphiles, Al

34. Subsequently, many anaerobic spore-forming Alkaliphiles were isolated by conventional procedures, and a few applications have been studied

Anaerobic, Alkaliphiles, And, Applications

35. Learn how to say Alkaliphiles with EmmaSaying free pronunciation tutorials.Definition and meaning can be found here:https://www.google.com/search?q=define+Al

Alkaliphiles, And, Al

36. Generally, Alkaliphiles require alkaline environments and sodium ions not only for growth but also for sporulation and germination

Alkaliphiles, Alkaline, And, Also

37. Sodium ion-dependent uptake of nutrients has been reported in some Alkaliphiles

Alkaliphiles

38. Many Alkaliphiles require various nutrients,

Alkaliphiles

39. Alkaliphiles are a diverse group of relatively less known microorganisms living in alkaline environments

Alkaliphiles, Are, Alkaline

40. To thrive in alkaline environments, Alkaliphiles require special adaptations

Alkaline, Alkaliphiles, Adaptations

41. Alkaliphiles contain prokaryotes, eukaryotes, and archaea

Alkaliphiles, And, Archaea

42. It is clear that many different taxa are represented among the Alkaliphiles, and some of them are proposed as new taxa

Are, Among, Alkaliphiles, And, As

43. Alkaliphiles can b isolated from normal environments such as garden soil, although counts of the Alkaliphiles are higher in alkaline environments.

Alkaliphiles, As, Although, Are, Alkaline

44. Keywords: Alkaliphiles, Na + /H + antiporter, alkaliphilicity, ESKAPE pathogens, alkaliphilic streptomyces, indigo-reduced microorganisms, the candidate phylum NPL-UPA2, the cedars

Alkaliphiles, Antiporter, Alkaliphilicity, Alkaliphilic

45. Citation: Ito M and Krulwich TA (2019) Editorial: For The Future of Alkaliphiles: 50th Anniversary Year Since the Rediscovery of Alkaliphiles by Dr

And, Alkaliphiles, Anniversary

46. Alkaliphiles can be isolated from normal environment such as garden soil, although viable counts of Alkaliphiles are higher in samples from alkaline environment

Alkaliphiles, As, Although, Are, Alkaline

47. Applications of Alkaliphiles 286 --8.1 Indigo Fermentation 286 --8.2 Lignin orLignocellulose Degradation 288 --8.3 Production of 2-Phenylamine 288 --8.4 Carotenoid of Alkaliphilic Bacillus Strains 289 --8.5 Siderophore-producing Alkaliphile 289 --8.6 Oxidation of Cholic Acid by a Bacillus Strain 289 --8.7 Organic Acids Produced by

Applications, Alkaliphiles, Alkaliphilic, Alkaliphile, Acid, Acids

48. Alkaliphiles contain prokaryotes, eukaryotes, and archaea

Alkaliphiles, And, Archaea

49. It is clear that many different taxa are represented among the Alkaliphiles, and some of them are proposed as new taxa

Are, Among, Alkaliphiles, And, As

50. Alkaliphiles can b isolated from normal environments such as garden soil, although counts of the Alkaliphiles are higher in alkaline environments.

Alkaliphiles, As, Although, Are, Alkaline

51. Alkaliphiles include prokaryotes, eukaryotes, and archaea

Alkaliphiles, And, Archaea

52. Alkaliphile (plural Alkaliphiles) Any organism that lives and thrives in an alkaline environment, such as a soda lake; a form of extremophile

Alkaliphile, Alkaliphiles, Any, And, An, Alkaline, As

53. Alkaliphiles are organisms that grow optimally between a pH of 8 and 10.5

Alkaliphiles, Are, And

54. Extreme acidophiles and Alkaliphiles grow slowly or not at all near neutral pH

Acidophiles, And, Alkaliphiles, At, All

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ALKALIPHILES

Frequently Asked Questions

What does alkaliphiles mean?

Alkaliphiles are a class of extremophilic microbes capable of survival in alkaline environments, growing optimally around a pH of 10. These bacteria can be further categorized as obligate alkaliphiles, facultative alkaliphiles and haloalakliphiles. Alkaliphiles means alkaline lover in Greek. How to pronounce alkaliphile?

What is the pH level of alkaliphiles?

Alkaliphiles are a class of extremophilic microbes capable of survival in alkaline ( pH roughly 8.5–11) environments, growing optimally around a pH of 10.

How do alkaliphiles adapt themselves?

Alkaliphiles are organisms that grow at high pH values. They adapt themselves by maintaining cytoplasmic pH homeostasis and uptake of H+ using electrogenic, secondary cation/proton antiporters.

What is the relationship between alkaliphiles and pH?

Alkaliphiles maintain the intracellular pH at values that are lower than the external pH. To maintain this reversed pH gradient, metabolic energy is needed. At the same time, alkaliphiles need to take up solutes from the environment.