Titlebook: Halophilic Microorganisms; Antonio Ventosa Book 2004 Springer-Verlag Berlin Heidelberg 2004 Evolution.Polysaccharid.archaea.biodiversity.e

調(diào)整校對(duì)

Defense

MODE

ANN

莎草

https://doi.org/10.1007/978-3-030-42465-7nd considerable efforts have been devoted toward the understanding of the microbial transformations in the water and the sediments of saltern evaporation and crystallizer ponds (Javor 1989; Oren 1993).

壕溝

https://doi.org/10.1007/978-3-030-83947-5ilizes this structure. The ribs are arranged perpendicular to the long axis of the gas vesicle and are formed by a helix of low pitch and not by a stack of hoops (Offner et al. 1998). Almost all bacterial and archaeal gas vesicle producers synthesize cylinder-shaped structures, but . wild type contains spindle-shaped gas vesicles.

VEIL

Microbial Molecular and Physiological Diversity in Hypersaline Environments,ding of these hypersaline environments that has come from the application of molecular techniques. The review will consider not only solar salterns, but also soda lakes, the Red Sea brines, and the inland salt lakes of Antarctica, the Dead Sea, and the Great Salt Lake in Utah.

鋸齒狀

Red, Extremely Halophilic, but not Archaeal: The Physiology and Ecology of ,, a Bacterium Isolated nd considerable efforts have been devoted toward the understanding of the microbial transformations in the water and the sediments of saltern evaporation and crystallizer ponds (Javor 1989; Oren 1993).

現(xiàn)暈光

Gas Vesicle Genes in Halophilic Archaea and Bacteria,ilizes this structure. The ribs are arranged perpendicular to the long axis of the gas vesicle and are formed by a helix of low pitch and not by a stack of hoops (Offner et al. 1998). Almost all bacterial and archaeal gas vesicle producers synthesize cylinder-shaped structures, but . wild type contains spindle-shaped gas vesicles.

obsolete

Jürgen Rudolph,Joseph Crawford,Shannon Tanand other components of . normally do not encounter high salinities but high concentrations of glycerol.In contrast, proteins with essential extracellular domains are expected to retain adequate structural and functional properties within the broad range of salinities potentially encountered by the algae.