Sentence examples for maintenance equation from inspiring English sources
The model with our maintenance equation tends to overestimate ethanol synthesis in the nitrogen-lean condition though.
Hence, unbounded, zero maintenance and constrained-to-previous-value simulations result in higher ethanol contents than those obtained with our maintenance equation (Additional file 2: eq. 4).
When maintenance flux is constrained according to our maintenance equation (Additional file 2: eq. 4), glycerol predictions are much closer to measured values than the other simulations.
Furthermore, when simulations were constrained to a commonly used value from previous genome-scale models (i.e. 1 mmol/g DW h-1) [ 18, 63], the ATP maintenance expenditure is fixed with a higher value than the output of the maintenance equation proposed in this paper.
Maintenance of the equality in equation (36) therefore requires that γ ¯ → ∞ as β → ∞, (41).
In summary, a significant improvement in glycerol, ethanol, biomass and fermentation time prediction were achieved when the model included the full set of anaerobic constraints described above, in addition to the new maintenance and biomass equations.
If we move lunch away from the maintenance side of the equation and over to the curriculum, food will gain the attention that is necessary for it to demonstrate its own importance.
Appropriate equations for maintenance, biomass composition, anaerobic metabolism and nutrient uptake are key to improve model performance, especially for predicting glycerol and ethanol synthesis.
They all use a simple equation to predict maintenance dose for a given child, while the bridged KPD model is based on a set of differential equations, without a closed form solution.
The second and third equations are the maintenance cost and maintenance downtime formulas, respectively.
At the end the third equation, which calculates the maintenance downtime, this equation follows: D t = T p × R t + T f × 1 − R t t + T p × R t + ∫ − ∞ t ∫ − ∞ ∞ ∫ − ∞ ∞ x π η π β f x ; η, β d η d β d x × T f × 1 − R t Open image in new window (7).
