Sentence examples for equation percent from inspiring English sources

Suppression was calculated by the reduction of 3H-thymidine incorporation using the following equation: Percent suppression  =  (1 - (mean CPM Treg+Teff)/ mean CPM Teff) ×100%).

The percent input was calculated using the following equation: percent input = 2(–ΔCt[normalized ChIP]).

The percent survival was calculated for each sample by the equation: percent survival = 100 * (cell #)/ average cell # of 0 nM treatment), then averaged by treatment.

Percent change was calculated using the following equation:         percent change = (T-C /C*100 T-C /C*100 the reproductive output measures under the reduced pollination treatments and C is the reproductive output measures under the current pollination rates (Ayres, 1993).

Three replications of each experiment were performed and the percentage of MTT conversion to its formazan derivative for each well (percent cell growth) was calculated by dividing the OD at 540 nm of the wells with the control based on the following equation: Percent cell growth = [A540 test – A540 zero] × 100/[A540 control – A540 zero].

Cell viability was obtained using the following equation: Percent cell viability = (test 570 nm – 620 nm)/(control 570 nm – 620 nm) × 100, where the control is the value obtained from uninfected cells (the standard error of the control was less than 3% for days 0 3 and less than 6% for days 4 5 in three independent experiments).

Percent survival was calculated by the following equation: Relative   percent   survival = percent   of   homozygous   flies   in   treated   vials percent   of   homozygous   flies   in   control   vials × 100 % Sensitivity to ionizing radiation was characterized in a similar way.

Percentage reduction of alamar-blue is typically calculated using equation (1) (1) Percent reduction of alamar-blue     = (117216 × A 1 ) − (80586 × A 2 ) × 100 (155677 × N 2 ) − (14652 × N 1 ) andA2d arearecordedded absorbance of test wells at 570 and 600 nm, respectively, and N1 and N2 are observed absorbance of negative control.

The scavenging activity of DPPH radicals was measured by using the following equation: (1) Percent    inhibition   = [ (control    absorbance − sample    absorbance ) control    absorbance ] × 100.

The relationship between HdrABC activity (kHdrABC) and e can be described by equation 4: (4) Percent   e = − 0.6366 × k HdrABC + 229.4 where the goodness of fit is as follows: R = 0.9838 (Fig. 4D).

The practical yield of the IPC was calculated employing the following equation: (1) percent     yield     = W 0 W t × 100, where W0 = weight of IPC obtained and W t = total weight of polymers taken.