Dissolution of putative NFM in simulated fasted or fed small intestinal conditions, respectively, predicted that there is a positive food effect.
The highest H2 productivity and yield were 463.7 N mL/kg-d and 54.8 N mL/g VSrem, respectively, predicted at 20.9% TS and alkalinity ratio 0.25 (0.11 g CaCO3/g dry substrate).
The latter value is slightly smaller than 335 and 361 GPa, the isotropic elastic modulus and the [100]-indentation modulus, respectively, predicted for NbN from the calculated c11 = 641 GPa, c12 = 140 GPa, and c44 = 78 GPa.
The McCabe –Thiele plot represented in Figures 4 and 5 for Fe and Al, respectively, predicted requirement of 2 theoretical stages at O/A ratio at 1 2 for complete extraction of associated metal ions (Al, Fe, and Ti) and subsequent separation of vanadium from leached solution of spent V2O5 catalyst.
Multiple correlation analysis showed that only milk output and milk protein output response to feeding a YP could be acceptably, but modestly (r2 = 0.49 and 0.44, respectively), predicted based upon milk production of the control group cows and the chemical composition of the diet.
Based on the results of simultaneous optimization to attain the highest ratio of ECPR (96.35%) and ETP (30.60 %), the values of 29.9 g/L, 29.6 °C and 165.5 rpm were respectively predicted for sorbent dosage, sorption temperature and agitation power, and subsequently certified through experimental rechecking survey.
Both ccSOL and PROSO II perform accurate predictions when used to respectively predict endogenous or heterologous soluble expressions [ ccSOL: 76% accuracy; PROSO II: 75% accuracy (Smialowski et al., 2012)].
On this basis, two semi-theoretical correlations are formulated to respectively predict the start-up section length and the relation between particle number and solid flowrate.
Genotypic fitness estimates (0.08, 0.27, 1.00 of AA, AB, and BB respectively) predict rapid disappearance of shallow-water adapted fish.
Plasma-lipid metabolites (triglyceride and β-hydroxybutyrate; hereafter TRIG and BOHB, respectively) predict accumulation or catabolism of lipids in birds [24] and have been used to evaluate habitat quality of avian species [25], [26], [27].
As is evident from Table 1, the MITOPRED and PredictNLS software respectively predict only nuclear and mitochondrial localization.
