Nitrogen fixation shown per protein (i and ii) and per volume (iii and iv) at oxygen saturations of 5% (i and iii) and 30% (ii and iv). Dilution rate is constant at 0.15 h-1. Pink and white lines indicate the transitions from carbohydrate limited (A) to ammonium limited (B), and from ammonium assimilation only (A, B) to ammonium assimilation and nitrogen fixation (C) regimes respectively; Regimes (A) ~ (C) here represent cellular states (A) ~ (C) defined in Fig 3 respectively. Here 100% O2 equals 225 μM thus approximately O2 saturation under normal air composition at 30°C. The net growth isocline (ZNGI) is much smaller than the scale of the axes here [34,41] and it is assumed small in this model; both ammonium and sucrose concentrations in ...
<p><b>A</b> and <b>C</b>, nitrogen fixation activities of the wild-type <i>R</i>. <i>palustris</i> (...
<p>(A) Growth dynamics (OD<sub>600</sub>) of strain SC2 in batch cultures on N-free medium (with atm...
Solid black arrows, nutrient uptake; dashed black arrows, energy flow; red arrows, respiration; blue...
Simulated protein specific rates of (A) nitrogen fixation (B) respiration and (C) concentrations of ...
Dilution rate is 0.15 (h-1) with constant ammonium supply of 0.375 mol m-3 h-1. Here 100% O2 equals ...
As C/N ratio increases the cell metabolism shifts from carbohydrate limitation at low C/N supply (A)...
Data (points) are shown as well as results of two simulation models. In one simulation (Sim1) energe...
Nitrogen fixation provides bioavailable nitrogen, supporting global ecosystems and influencing globa...
Nitrogen fixation provides bioavailable nitrogen, supporting global ecosystems and influencing globa...
The coryneform hydrogen bacterium strain GZ 29, assigned to Corynebacterium autotrophicum fixed mole...
Nitrogen fixation is advantageous in microbial competition when bioavailable nitrogen is scarce, but...
Nitrogen fixation is advantageous in microbial competition when bioavailable nitrogen is scarce, but...
The respiratory activity of Azotobacter vinelandii strain 0 was examined for whole cells grown on ei...
N2-fixing continuous cultures of Azotobacter vinellandii ATCC 9046 were carried out under various di...
Both the wild type and an isogenic hydrogenase-negative mutant of Azorhizobium caulinodans growing e...
<p><b>A</b> and <b>C</b>, nitrogen fixation activities of the wild-type <i>R</i>. <i>palustris</i> (...
<p>(A) Growth dynamics (OD<sub>600</sub>) of strain SC2 in batch cultures on N-free medium (with atm...
Solid black arrows, nutrient uptake; dashed black arrows, energy flow; red arrows, respiration; blue...
Simulated protein specific rates of (A) nitrogen fixation (B) respiration and (C) concentrations of ...
Dilution rate is 0.15 (h-1) with constant ammonium supply of 0.375 mol m-3 h-1. Here 100% O2 equals ...
As C/N ratio increases the cell metabolism shifts from carbohydrate limitation at low C/N supply (A)...
Data (points) are shown as well as results of two simulation models. In one simulation (Sim1) energe...
Nitrogen fixation provides bioavailable nitrogen, supporting global ecosystems and influencing globa...
Nitrogen fixation provides bioavailable nitrogen, supporting global ecosystems and influencing globa...
The coryneform hydrogen bacterium strain GZ 29, assigned to Corynebacterium autotrophicum fixed mole...
Nitrogen fixation is advantageous in microbial competition when bioavailable nitrogen is scarce, but...
Nitrogen fixation is advantageous in microbial competition when bioavailable nitrogen is scarce, but...
The respiratory activity of Azotobacter vinelandii strain 0 was examined for whole cells grown on ei...
N2-fixing continuous cultures of Azotobacter vinellandii ATCC 9046 were carried out under various di...
Both the wild type and an isogenic hydrogenase-negative mutant of Azorhizobium caulinodans growing e...
<p><b>A</b> and <b>C</b>, nitrogen fixation activities of the wild-type <i>R</i>. <i>palustris</i> (...
<p>(A) Growth dynamics (OD<sub>600</sub>) of strain SC2 in batch cultures on N-free medium (with atm...
Solid black arrows, nutrient uptake; dashed black arrows, energy flow; red arrows, respiration; blue...