Webto spheroplasts and submicron-sized spheres, as well as the cytoplasmic integrity of giant rod Hbt. salinarumspecies. By expanding the variety of tools available for halophile detection,... Web7 feb 2024 · The Hbt. salinarum strain S9 was used as test sample for halophilic microorganism. The growth medium contained 250 g of NaCl, 20 g of MgSO 4 ·7H 2 O, 3 …
Whole-genome comparison between the type strain of - Wiley …
Web20 apr 2024 · The archaeon Halobacterium salinarum can produce energy using three different processes, namely photosynthesis, oxidative phosphorylation and fermentation of arginine, and is thus a model organism in bioenergetics. Compared to its bacteriorhodopsin-driven photosynthesis, less attention has been devoted to modeling its respiratory pathway. Web13 lug 2015 · In Hbt. salinarum, the C-terminal of S-layer glycoprotein contains a threonine cluster which has 14 threonine residues within a stretch of 19 amino acids (Lechner and … fischer fis a m16
Molecular adaptation and salt stress response of - Springer
Web2 feb 2015 · Hbt. salinarum uses light-driven ion pumps (proton pump: bacteriorhodopsin; chloride pump: halorhodopsin; plus sensory rhodopsins) as special energy conversion and sensing systems, and similar light-driven proton pumps are also present in marine proteobacteria [ 4, 5 ]. Web22 ott 2024 · Halobacterium salinarum is an extremely halophilic archaeon, which can grow in the light as the sole source of energy by function of Bacteriorhodopsin (BR), a light-driven proton pump in the purple membrane. Extreme environmental conditions including high light intensity and low oxygen tension at the stationary phase of growth induce BR production … WebTillsammans kan vi ge fler en plats att kalla hem. Hjärterum är en verksamhet inom Räddningsmissionen som verkar för att minska den strukturella hemlösheten i Göteborg. … fischer fis a m12x160