Overall, our data suggest that both above ground and sediment processes contributed to fluxes of inorganic nutrients and that DIN and PO4−3 were regenerated in ratios consistent with Redfield organic matter (Fig. 6).
However, it was previously reported that overexpression of Cs did not increase the rate of Cs production, which suggested that Cs minimally contributes to flux control in the CA biosynthetic pathway in a non-commercial strain (Ruijter et al. 2000).
For ammonia uptakes greater than the value corresponding to optimum growth (i.e. v N H 4 > 10.6 ), the only component contributing to flux variability is Δ gro.
According to one interpretation, Idh2 does not contribute to flux through the TCA cycle like Idh3 but actually works in the reverse direction, converting glutamine-derived alpha-ketoglutarate into citrate, a source of carbon for fatty acid synthesis [ 35].
This reflects the fact that the small 1.76 nm channels do not contribute to fluxes of thioredoxin, lactalbumin, GFP, PBP or MBP.
The present model assumes that only the molecules sorbed by the Henry mode contributed to the flux, and those sorbed by the Langmuir mode remained completely immobilized.
Changes in NAD and pyruvate concentrations also contributed to the total flux control coefficient, albeit to a lesser extent.
In addition, the large fractions of contaminants in the cells indicate that PCBs and lindane sorbed to bile, oleic acid, and digestive proteins contributed to the uptake flux toward the cells.
The use of MFCs as the primary treatment process likely contributed to the high flux and stable performance of the AFMBR, due to the removals of COD and TSS in the MFCs.
Moreover, the presence of operating temperature had clearly contributed to raise the heat flux of THMCLOHP/CV, but the heat flux had decreased when evaporator length increased.
