Dall'interno del libro
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Pagina 145
protein acetate) protein (.glycollate^ carbon (♢acetate) bon □glycollate) T.A2 (♢
glycollate) T. neapolitanus (♢glycollate) _l_ _l_ 0123456789 10 GLYCOLLATE
OR ACETATE (mM) Fig. 3 A+B - Effect of different levels of organic substrate on
the ...
protein acetate) protein (.glycollate^ carbon (♢acetate) bon □glycollate) T.A2 (♢
glycollate) T. neapolitanus (♢glycollate) _l_ _l_ 0123456789 10 GLYCOLLATE
OR ACETATE (mM) Fig. 3 A+B - Effect of different levels of organic substrate on
the ...
Pagina 148
This means that, in the mixed culure, the Thiobacillus A2 cells are exposed to the
same thiosulphate concentration irrespective of the acetate/thiosulphate ratio.
Now, as pointed out before, the growth rate of Thiobacillus A2 will be: HM (total) ...
This means that, in the mixed culure, the Thiobacillus A2 cells are exposed to the
same thiosulphate concentration irrespective of the acetate/thiosulphate ratio.
Now, as pointed out before, the growth rate of Thiobacillus A2 will be: HM (total) ...
Pagina 152
4— o 150 125 100 : ?s n : 50 25 0 protein E O CO2- fixation -h-t-h -H- „1000 J.
800 60fl E ^ - 400 o "5, - 200k ro oj i CiO^*- thiosulfate Qo2- acetate I I (A) I vrnm/
itm wmmmwmm. v/m/ma/utm. mmŪ -2 0 i i 2 4 6 time (h) acetate — -thiosulfate —
!
4— o 150 125 100 : ?s n : 50 25 0 protein E O CO2- fixation -h-t-h -H- „1000 J.
800 60fl E ^ - 400 o "5, - 200k ro oj i CiO^*- thiosulfate Qo2- acetate I I (A) I vrnm/
itm wmmmwmm. v/m/ma/utm. mmŪ -2 0 i i 2 4 6 time (h) acetate — -thiosulfate —
!
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Sommario
Preface | 9 |
Expression of virulence determinants in Bordetella pertussis | 22 |
The role of the bacterial envelope in antibiotic resistance | 38 |
Copyright | |
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Continuous culture 8: biotechnology, medicine and the environment A. C. R. Dean,Derek C. Ellwood,C. G. T. Evans Visualizzazione frammento - 1984 |
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acetate Acinetobacter activated sludge activated sludge process aerobic agardhii amount anaerobic antibiotics antigen bacteria Bacteriol batch culture biological biomass C-lim carbohydrate carbon cell wall chemolithotrophic chemostat chemostat culture citrate components concentration continuous culture copy number dental plaque dilution rate efficiency Ellwood energy enzyme Escherichia coli etal ethanol extracellular fermentation floc fructose gene genetic glucose glucose-limited Gram-negative growing grown growth conditions growth yields heterotrophic Immun increase Infect Jour Knox Kuenen lipid lipid accumulation medium metabolism microbial Microbiol microorganisms mixed culture mixotroph mutans Ingbritt Nikaido nitrogen nutrient oral organisms outer membrane oxidation oxygen pertussis phosphorus physiological plasmid plasmid-free polymer polysaccharide population porin production protein Pseudomonas ratio Ratledge reactor resistance selection serum specific growth rate steady-state strain Streptococcus mutans studies sucrose surface synthesis Table teichoic acid Thiobacillus Thiobacillus A2 thiosulphate tion uptake utilization values virulence viscosus Wicken yeast