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Pagina 257
0 The significantly lower phosphorus levels in phosphate - limited cell envelopes
and the lower hexose levels in carbon - and phosphatelimited envelopes is
reminiscent of the findings of Tamaki & Mats uhashi ( 25 } who found that E . coli ...
0 The significantly lower phosphorus levels in phosphate - limited cell envelopes
and the lower hexose levels in carbon - and phosphatelimited envelopes is
reminiscent of the findings of Tamaki & Mats uhashi ( 25 } who found that E . coli ...
Pagina 258
3 hat under glucose - or phosphate - limitation , with a steady state population of
E . coli W3110 Rpl ( ie . R + organisms ) was inoculated with a suspension ( in
nutrient broth ) of the parent E . coli W3110 without the plasmid ( ie . R organisms
) ...
3 hat under glucose - or phosphate - limitation , with a steady state population of
E . coli W3110 Rpl ( ie . R + organisms ) was inoculated with a suspension ( in
nutrient broth ) of the parent E . coli W3110 without the plasmid ( ie . R organisms
) ...
Pagina 264
18 ) from phosphate to potassium limitation contained approximately 6 % of the
final content of wall teichoic acid , which is to say that roughly 6 % of the wall
material present had been synthesised after release of phosphate limitation .
18 ) from phosphate to potassium limitation contained approximately 6 % of the
final content of wall teichoic acid , which is to say that roughly 6 % of the wall
material present had been synthesised after release of phosphate limitation .
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Sommario
Stoicheiometric Aspects of Microbial Growth | 1 |
Physiological State of Continuously Grown Microbial Cultures | 31 |
Flow Microcalorimetry of the Chemostat | 40 |
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Continuous Culture 6: Applications and New Fields A. C. R. Dean,D. C. Ellwood,C. G. Evans Visualizzazione frammento - 1976 |
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acetate acid activity addition ammonia amount appears assimilation bacteria batch culture Biochem biomass calculated carbon source cell cellulose changes chemical chemostat coli complex concentration constant containing continuous culture decreased dehydrogenase dependent determined dilution rate effect energy source enzyme equations example experiments feed feedstock fermentation FIGURE flow formation formed function glucose glutamate glycerol growing grown growth rate higher important increased inducer initial levels limitation material maximum measured mechanism medium metabolism methanol method microbial Microbiol microorganisms mixed culture mixture mutant natural nitrogen nutrient observed obtained occur operation organisms oxygen pathway phosphate population possible present production protein References regulation relative repression Research selected showed shown similar specific activity steady strain studies substrate suggested surface synthesis Table Tank temperature Tempest tion transport units uptake utilization values wall weight yeast yield