Sentence examples for multiplying the concentration from inspiring English sources

Both technologies require between-sample normalization, because in some step of the assay the total mRNA or cDNA mass in each sample must be equalized within a given range required by the experimental platform, This equalization of total mass, together with other sources of variation in the total efficiency of the assay, amounts to a factor multiplying the concentration of each mRNA species.

The uptake of selected macronutrients and micronutrients was calculated by multiplying the concentration of each nutrient by the dry weight expressed in kg/plant.

Calculated EEQs (calEEQ) of the analytically determined concentrations of the estrogenic compounds were determined by multiplying the concentration of each compound with its relative potency in the YES, and adding up the values for the compounds [5].

The total amount of antibiotic released by each cylinder at each time point was obtained by multiplying the concentration (μg/ml) by 30, the total volume (ml) of saline in which it had been immersed.

After the concentration at steady state was calculated for each compartment, the mass of styryl molecules in each compartment was calculated by multiplying the concentration in that compartment by the compartment's volume.

The reaction yield was calculated with respect to the conversion of the minority precursor (Cd or Se), after multiplying the concentration of the nanocrystals dispersed in hexanes with the number of CdSe monomer units per nanocrystal.

Corrections may be applied by multiplying the concentrations by certain factors called activity coefficients, the values of which can be calculated theoretically or derived from other measurements.

As the laboratory procedures determine concentrations (agents per mg dust), loads are calculated by multiplying the concentrations with the measured dust weight per m.

BaPeq concentrations were calculated by multiplying the concentrations of carcinogenic PAHs with their corresponding BaP-relative potency equivalency factors (PEFs) for seven PAHs given by the US EPA in 1993, including BaA, Chy, BaP, BbF, BkF, DahA, and IcdP [ 17].

We randomly sampled 1000 log EFs from the normal distribution of log-transformed sublethal EFs, back-transformed them to EFs (denoted EF n ), multiplied the concentrations in the exposure time series with these EFs and simulated the time-course of effect with the TKTD model for each of these instances (see Scheme 1, step 5).

Gliadin concentrations were calculated based on a (4-PL) nonlinear regression curve-fitting model provided by XL-STAT-Base (Addinsoft, Witzenhausen, Germany) and converted into gluten concentration, by multiplying the gliadin concentration by a factor of two [19].