The emulsion stability can be quantified using the following equation (see Abdurahman et al. 2012): {text{Emulsion;stability}}; = 100 times left( {1 - frac{{{text{Amount}},{text{of}},{text{separated}},{text{water}},}}{{{text{Initial}},{text{water}},{text{content}}}}} right) (2).
After performing MVIC measures, the central activation ratio (CAR) was quantified using the following equation: CAR = MVIC/total force, where the total force = MVIC + superimposed twitch [ 40].
The particle count was quantified using the following equation: VLP/ml = (VLP count/latex bead count) × (latex bead concentration × virus dilution).
Quenching by acrylamide in the concentration range of 0 0.2 M was quantified using the Stern Volmer equation: 2where I0 and I are the fluorescence intensities in the absence and presence, respectively, of a quencher at concentration [Q].
Combining the vascular diameter data with the measured systolic and diastolic pressure, the distensibility of the respective vessels is quantified using the following equation: D = 2 × (systolic diameter - diastolic diameter)/(diastolic diameter/[systolic BP - diastolic BP]), where D is distensibility and BP is the blood pressure.
CRFs were quantified using the hyperbolic ratio equation in 81 cells (see Methods; not illustrated).
The relative mRNA expression levels of target genes were quantified using the 2-ΔΔCT equation for endometrial normal and cancer tissues.
Overexpression and knockdown fold changes were quantified using the geNORM ΔΔCt equations.
Subsequently, the concentration of VEGF in cell lysates was quantified using the log-log regression equation of the standard calibration curve (y = 0.0099x0.6137, R = 0.996).
The input parameters for the solution are the pure vapor adsorption isotherms quantified using the Qi, Hay and Rood (QHR) equation in Qi et al. (J. Environ. Eng., 124(11);1998:1130) for water, and the Dubinin Radushkevich equation in Dubinin (Progress in Surface and Membrane Science, vol. 9, 1975, Academic Press) for the organic chemical.
