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ChromohalobacterHalomonadaceaeAmino Acids, DiaminoHalomonasBetaineSodium ChlorideSalinityGammaproteobacteriaOsmotic PressureRNA, Ribosomal, 16SDNA, RibosomalGenes, rRNATrehaloseBase CompositionHalobacteriaceaePhylogenyGlyceric AcidsIsethionic AcidSaltsMolecular Sequence DataRNA, BacterialDNA, BacterialHaloferax volcaniiProlineOsmolar ConcentrationSulfonium CompoundsNucleic Acid HybridizationBacterial Typing TechniquesSequence Analysis, DNABacillaceaeTemperatureGlucosidesHalobacteriumHaloarculaPlumbaginaceaeArchaeaSyringaHaloferaxDNA, ArchaealWater-Electrolyte BalanceBacterial ProteinsFatty AcidsOsmosisLocomotionGene Expression Regulation, BacterialFood MicrobiologySalt-ToleranceArchaeoglobus fulgidusThermococcalesSpecies SpecificityEuryarchaeotaSequence Homology, Nucleic AcidAdaptation, PhysiologicalHaloarcula marismortuiDesiccationSugar AlcoholsRNA, ArchaealWater MicrobiologyHot TemperatureSeawaterGeologic SedimentsCulture MediaBiological TransportHydrogen-Ion ConcentrationCorynebacteriumMembrane Transport ProteinsGenes, ArchaealMannitolHalobacterium salinarumHalococcusArchaeal ProteinsGene Expression Regulation, ArchaealHaloferax mediterraneiMannosyltransferasesMagnetic Resonance SpectroscopyFresh WaterGlucosyltransferasesStress, PhysiologicalGlycerolListeria monocytogenesBacteriaPeriplasmic Binding ProteinsHalorubrumAmino Acid SequenceHeat-Shock ResponseGenes, BacterialChromosomes, ArchaealDiaminopimelic AcidBase SequenceAcclimatizationCarnitineMannosePotassiumATP-Binding Cassette TransportersEctothiorhodospiraceaeAlgeriaAmino AcidsSoil MicrobiologyCarrier ProteinsBacillus subtilis
BacteriumSalexigensBiotechnologicallyBacteriaOrganismStress
Bacterium1
  • This adaptation is restricted to the extremely halophilic archaeal family Halobacteriaceae, the moderately halophilic bacterial order Halanaerobiales, and the extremely halophilic bacterium Salinibacter ruber. (wikipedia.org)
Salexigens1
  • Microorganisms belonging to the genus Chromohalobacter , for example, Chromohalobacter salexigens , have been identified as producers of biotechnologically valuable compounds and, due to their genomic characteristics, could become a useful metabolic engineering tool for the overproduction of ectoines ( 10 ). (jgenomics.com)
Biotechnologically1
  • Elucidating the mechanisms controlling the synthesis of hydroxyectoine is important to design novel genetic engineering strategies for optimizing the production of this biotechnologically relevant compatible solute. (bvsalud.org)
Bacteria1
  • This study increases our overall understanding of halophilic bacteria and is also consistent with the notion that members of this group have significant potential as useful natural product producers. (jgenomics.com)
Organism1
  • the organism accumulates organic compounds in the cytoplasm-osmoprotectants which are known as compatible solutes. (wikipedia.org)
Stress1
  • in fact, the compatible solutes often act as more general stress protectants, as well as just osmoprotectants. (wikipedia.org)