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Each dLbCpf1-p300core protein activated transcription significantly although with different efficiencies (P < 0.05, Fig. 1D).
The HOMO and LUMO energies are correlated with percent inhibition efficiencies (P%).
The percent inhibition efficiencies (P%) increase if the molecules have higher HOMO energies and lower LUMO energies [58].
Inhibition efficiencies P % were calculated as follows: Weight loss measurement: P% = frac{{w - w^{{prime }} }}{w}; times ;100 (1)where ( w ) and ( w^{{prime }} ) are the corrosion rate of steel due to the dissolution in 1 M HCl in the absence and the presence of definite concentrations of inhibitor, respectively.
The inhibition efficiencies (P%) and surface coverages were calculated using the following equation: P% = theta times 100 = [1 - left( {v_{2} /v_{1} } right)] times 100 (3)where v 1 and v 2 are corrosion rates in the absence and presence of inhibitor.
The difference in the inhibition efficiencies (P%) between inhibitor (4) and (5) can be explained on the basis of heteroatoms with high electron density (O and N) which are considered as adsorption active sites, in addition to π-electrons of the aromatic ring.
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Caffeine also affected fertilization efficiency (P < 0.05).
It is found that the electrodeposition rate of tin and the cathodic current efficiency (P) increased with DMBI.
The analysis of variance showed that the polymer concentration was the most important variable on encapsulation efficiency (p < 0.05).
Significantly lower yields (P < 0.01) and precipitation-use efficiency (P < 0.05) were attained in the WP soils for the three seasons studied.
Piglets fed EFMD improved average daily gain by 0.15 or 0.13 compared with Control or DPSD (P < 0.05), and tended to increase feed conversion efficiency (P = 0.08).
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