$$mu _{Pressure} = mu _{Pressure,,max } ast frac{{left[ S right]}}{{left[ S right] + K_S}}$$
The place substrate affinity Okays was assumed to be proportional to the pressure’s yield (by way of OD) and calculated by dividing the utmost yield of all strains by every pressure’s yield. For every pressure, an bizarre differential equation was formulated to explain change in that pressure’s focus:
$$frac{{dleft[ {Strain} right]}}{{dt}} = mu _{Pressure} ast left[ {Strain} right] ast frac{{1 – left[ {Strain} right]}}{{C_{Pressure}}}$$
The place Cpressure is the carrying capability or yield of that pressure. These strain-specific equations had been coupled to an ODE describing change in glucose focus the place [Glucose] was initially set to twenty mM.
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