Your English writing platform
Free sign upSuggestions(5)
Exact(6)
Calibration curves were prepared for each matrix by plotting the analyte to IS ratio against the known concentrations of analyte in each sample.
The limit of detection (LOD) of the method was calculated using the calibration curve parameters after the linear calibration curves were produced by plotting the analyte peak area against the corresponding concentrations of the alkaloids.
Standard curves were constructed by plotting the analyte to IS ratio vs. the known concentration of HCQ (x) in each sample.
Standard curves were constructed by plotting the analyte to internal standard ratio vs. the known concentration of HCQ (x) in each sample.
Calibration curves were constructed by plotting the analyte to IS peak areas ratio versus the corresponding analyte concentration using weighted (1/ x) least square regression analysis, as recommended by Gu and colleagues [ 33].
By plotting the analyte response against the respective analyte concentration, we calculated a dissociation constant of 3.13x10-7 M (±1.93x10-7, N = 4) for the interaction between Bni5 and septin rods.
Similar(54)
A calibration curve was constructed by plotting the analyte-to-internal standard ratio versus the known concentration of stanozolol in each sample.
A calibration curve was constructed by plotting the analyte-to-internal standard area ratios against the concentrations spiked using a 1/concentration2 weighed linear curve.
For data evaluation, 1/ x weighted calibration curves were obtained for each analyte by plotting the relative response versus the analyte concentration using MassHunter Quantitative Analysis version B.04.00.
Seven-point calibration curves were constructed by plotting the ratio of the analyte's peak area to the peak area of the IS versus the analyte's concentration (n = 3).
Different validation characteristics were investigated as follows: The linearity of the developed method was confirmed by plotting the peak area against the analyte concentration in ng/mL.
More suggestions(17)
by plotting the percentage
by plotting the reciprocal
by comparing the analyte
by plotting the inhibition
by multiplying the analyte
by plotting the conductance
by plotting the deviance
by preventing the analyte
by plotting the frequency
by plotting the relationship
by plotting the deformation
by plotting the incidence
by plotting the number
by forcing the analyte
by plotting the degree
by plotting the sample
by plotting the log
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.
Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com