Dimethyl Sulphide as a Growth Substrate for an Obligately Chemolithotrophic Thiobacillus |
Common terms and phrases
autotrophic autotrophic bacteria bacteria Bacteriol BELLION Biochem biofilter Bremner C₁-assimilation Calvin cycle carbon assimilation cell free extract cell mass cell yield chemolithotrophic chemolithotrophic bacteria chemostat culture citrate concentration of dimethyl continuous culture cytochrome dilution rate dimethyl sulphide dimethyl sulphide DMS disulphide DMS cells dry weight effluents electron energy enzymes extracts of Thiobacillus facultative autotroph Figure filter following compounds formaldehyde glyoxylate grown on thiosulphate heterotrophic HOARE hydroxypyruvate reductase isocitrate lyase KELLY key enzymes MATIN measured according metabolism methane methanol methyl mercaptan Methylococcus capsulatus methylotrophic methylotrophic bacteria micro-organisms Microbiol ml the cell NADH novellus obligately chemolithotrophic odour removal organic compounds oxaloacetate oxidation of thiosulphate oxygen consumption phosphoenolpyruvate protein Pseudomonas pyruvate Quayle reaction mixture containing reduced sulphur compounds reference cuvette lacked ribulose ribulose monophosphate route Rittenberg RudPCase samples serine pathway soil Specific activity Table TCA cycle thio Thiobacillus MS1 grown thiosulphate plus dimethyl thiosulphate-limited utilization vitamin volatile sulphur compounds