Information om | Engelska ordet HALOPHILES

Exempel på hur man kan använda HALOPHILES i en mening

• were also reclassified as Halothiobacillus halophilus and Halothiobacillus hydrothermalis, both of which were obligate halophiles rather than being halotolerant and showed comparatively low 16S rRNA gene identity to Halothiobacillus neapolitanus and so were reclassified to the newly designated genus Guyparkeria in 2017, as Guyparkeria halophila and Guyparkeria hydrothermalis.
• Salterns include modern salt-making works (saltworks), as well as hypersaline waters that usually contain high concentrations of halophilic microorganisms, primarily haloarchaea but also other halophiles including algae and bacteria.
• These adaptions allow halophiles to thrive by increasing internal osmolarity to compensate for the high sodium concentrations of the external environment, which prevents the movement of water out of the cell.
• Additional mesophilic species have been isolated as well as a few thermophiles, while extreme halophiles have not yet been identified.
• As these salterns reach the minimum salinity limits for extreme halophiles, their waters become purple or reddish color due to the high densities of halophilic Archaea.
• AOM is known to occur among mesophiles, but also in psychrophiles, thermophiles, halophiles, acidophiles, and alkophiles.
• The term osmophile, or osmotolerant, is typically applied to microorganisms that can grow in solutions with high solute concentrations (salts, sugars), such as halophiles.
• Kandler’s cell wall studies also included methanogenic "bacteria" (methanogens) and halophilic "bacteria" (halophiles).
• The cellular environments of halophiles can be fine-tuned to accommodate folding of protein of interest by adjusting the concentration of osmolytes in the culture medium.
• A wide range of organisms may have survived in the subsurface, such as chemolithotrophs and lithoautotrophs, and certain extremophiles like halophiles or psychrophiles.
• Consequently, organisms found in this environment are typically extremophiles such as thermophiles, acidophiles, halophiles, and barophiles/piezophiles.
• Members are halophiles and can be chemoorganotrophs or heterotrophs and are isolated from high-salt environments such as marine solar salterns and the Dead Sea.
• In general, extremozymes can be separated into categories depending on habitats, such as those that can resist extremes of cold (psychrophiles), heat (thermophiles and hyperthermophiles), acidity (acidophiles), alkalinity (alkaliphiles), and salinity (halophiles).

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