Trehalose/2-sulfotrehalose biosynthesis and glycine-betaine uptake are widely spread mechanisms for osmoadaptation in the Halobacteriales

Agriculture & Biology

• Halobacteriales 92%
• osmotolerance 64%
• betaine 57%
• trehalose 54%
• uptake mechanisms 33%
• biosynthesis 33%
• salinity 20%
• transporters 10%
• genome 10%
• synthesis 10%
• trehalose-phosphatase 10%
• alpha,alpha-trehalose-phosphate synthase (UDP-forming) 9%
• ABC transporters 7%
• habitats 7%
• genes 6%
• dominance (genetics) 6%
• solutes 6%
• reverse transcriptase polymerase chain reaction 4%
• chemical derivatives 4%
• phylogeny 3%
• proteins 2%
• cells 2%

Medicine & Life Sciences

• Halobacteriales 100%
• Betaine 70%
• Trehalose 69%
• Salinity 37%
• Haladaptatus 16%
• Ecosystem 14%
• Genome 12%
• trehalose-phosphatase 12%
• trehalose-6-phosphate synthase 11%
• Genes 7%
• ATP-Binding Cassette Transporters 7%
• Datasets 5%
• Polymerase Chain Reaction 3%
• Proteins 2%

Earth & Environmental Sciences

• biosynthesis 56%
• genome 35%
• salinity 35%
• gene 28%
• family 27%
• habitat 15%
• phosphatase 13%
• solute 10%
• phylogenetics 10%
• analysis 10%
• phosphate 9%
• protein 9%
• cell 7%
• loss 6%