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Exact(32)
The concentration of samples reducing 50%% of free radical DPPH (IC50) was determined by plotting the percentage of inhibition against the sample concentrations.
IC50 was determined by plotting the percentage of NA activity against inhibitor concentration using software that came with the microplate reader.
A calibration curve is drawn by plotting the percentage of shifted material (bands C1+C2) as a function of the amount of HMGB1 on a semi-logarithmic scale.
Curves were constructed by plotting the percentage of NA activity (chemiluminescent signal) in the presence of inhibitors relative to the activity of controls (NA without inhibitors) against the concentration of inhibitors and used to determine the drug concentration required to reduce NA activity to 50% of control NA activity (IC50).
In Fig. 7, neurometric curves were generated by plotting the percentage of each recorded data at different comparison stimulus frequencies (F = 10, 20, 30, 40 and 50 Hz) for which the comparison frequency was called higher than the base frequency, which was fixed at 30 Hz (because it is the middle point of the stimulus frequency range), as a function of the comparison frequency.
For example, Panel B shows pair-wise comparisons generated by plotting the percentage of mismatches between hu 31 and AAV2 (blue) and between hu 31 and AAV9 (pink) (Y axis) for 41 base pair (bp) sliding windows along the alignment (X-axis).
Similar(28)
A dose response relationship curve was constructed by plotting the percentages of reduction in bioluminescence correspondence to Y values against metal concentrations.
These curves were determined by plotting the percentages of growth inhibition, relative to the solvent or to the positive growth controls, as function of the 12 tested concentrations (in logarithm scale).
Sample concentration providing 50% inhibition (IC50) was calculated by plotting the inhibition percentage against sample concentration.
The IC50 value of each compound was calculated by plotting the inhibition percentage against concentration of the tested compounds and the results were expressed in μM.
Inhibition percentage was calculated as follows: %inhibition = (E − S /E × 100, where E is the enzymeactivity without the test compounds and S is the enzyme activity with the test compounds.Inhibition curves were obtained for each compound by plotting the inhibition percentage versus thelogarithm of the inhibitor concentration in the assay solution.
More suggestions(16)
by detailing the percentage
by plotting the size
by plotting the proportions
by plotting the percentages
by plotting the inhibition
by plotting the conductance
by dividing the percentage
by multiplying the percentage
by plotting the seduction
by plotting the frequency
by plotting the Δgmax
by plotting the absorbance
by using the percentage
by plotting the deformation
by plotting the number
by plotting the intensity
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