Applied and Environmental Microbiology, Volume 54, Pages 851-1642American Society for Microbiology, 1988 - Microbial ecology |
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Page 1031
From the above results , the following optimum reaction conditions were
investigated for maximum production of nicotinic acid from 3 - cyanopyridine by
using resting cells of R. rhodochrous Jl . The reaction mixture ( 50 ml ) consisted
of 200 ...
From the above results , the following optimum reaction conditions were
investigated for maximum production of nicotinic acid from 3 - cyanopyridine by
using resting cells of R. rhodochrous Jl . The reaction mixture ( 50 ml ) consisted
of 200 ...
Page 1185
10 ' 10 ° AQUEOUS SOLUTE CONCENTRATION ( mg / l ) Figure 4 shows the
naphthol reaction in the presence of manganese oxide at a pH of 5.9 . The abiotic
degradation reaction began immediately , without a lag time , and the aqueous ...
10 ' 10 ° AQUEOUS SOLUTE CONCENTRATION ( mg / l ) Figure 4 shows the
naphthol reaction in the presence of manganese oxide at a pH of 5.9 . The abiotic
degradation reaction began immediately , without a lag time , and the aqueous ...
Page 1460
Effect of temperature on the H2 partial pressures at which AG ' 0 for various
reactions under conditions similar to those at ... is +9.6 kJ per reaction , indicating
that ethanol oxidation is considerably more favorable than acetate oxidation ( 21
) .
Effect of temperature on the H2 partial pressures at which AG ' 0 for various
reactions under conditions similar to those at ... is +9.6 kJ per reaction , indicating
that ethanol oxidation is considerably more favorable than acetate oxidation ( 21
) .
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acetate acid activity added addition agar amount anaerobic analysis antibiotic appeared Appl assay bacteria bacteriophage buffer carbon cells cellulose chemical chromatography coli colonies compared compounds concentration containing culture degradation described detected determined digestion dilution effect Environ enzyme ethanol experiments extract fermentation filter formed fraction fragment gene glucose grown growth hybridization increase incubated indicated infection inhibition initial inoculated isolated laboratory levels material measured medium methanogenic method microbial Microbiol Microbiology mixed mutant natural nitrate observed obtained occurred organic oxide period phase plant plasmid plates prepared present previously production protein range ratio reaction reduction relative removed reported resistance respectively samples sediments selected showed shown similar soil solution species spores standard strains substrate suggest Table temperature tion transfer transformation treatment University values various yeast