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...6.0, while withstanding temperature ranges of 55 to 95 °C (1). It's prime salinity concentration of NaCl is 20 g/L (1). It is the most radiation-resistant org ...ococcus</i> in its 51.3 % G+C content, sensitivity to rifampicin, salinity preference of 20 g/L, optimal pH of 6.0, and its in ability to metabolize starch and m

...t a fairly broad tolerance range, especially in regards to temperature and salinity. The optimum temperature for <i>M. kandleri</i> is 98° C, but the microbe ...has also been shown to tolerate extremely high levels of <i>internal</i> salinity; like <i>Halobacteria</i> , <i>M. kandleri</i> builds up a high proportion

...phical locations as it can live in a diverse range of climates. However, a preference for more temperate, warmer conditions of the South Pacific has been observe ...al salinity experiments, ''Gambierdiscus'' cells generally did not grow in salinity levels below 20 or above 50 ppt [[#References |[8]]].

...te Poschenrieder. "Colonization with arbuscular mycorrhizal fungi improves salinity tolerance of tomato (Solanum lycopersicum L.) plants." Plant and Soil 331, ...of ammonium, the nitrate uptake pathway is downregulated due to the fungal preference for ammonium. The oxidative decomposition mechanisms inherited by ECM fungi

...d as both halophilic and psychrophilic, thriving in an environment of high salinity as well as an extremely low temperature. This bacterium's reproduction capa ...<br><i>P. halocryophilus</i> are capable of growth in liquid water of high salinity, up to 19% NaCl, but maintain the ability to grow in conditions of 0% NaCl.

..., Vibrio coralliilyticus prefers residence in warm waters (>18°C) with low salinity (<2.5% NaCl) (9). Due to its preferential optimal growth conditions Vibrio ...e fringe. For example, Winn et al. examined the chemotactic search pattern preference of V. coralliilyticus under various levels of oxygen availability (14). Thi

...adaptations are instrumental in the cells’ ability to survive in the high salinity lakes where this bacteria thrives. ...th high pH (8-11) as well as high levels of carbonate and bicarbonate. The preference of an alkaline marine environment means that this bacteria can be classifie