Sentence examples for between the original sample from inspiring English sources

In light of the attrition between the original sample and the final sample used in our analysis an attrition analysis was performed.

Therefore, the estimated missing color components are composed of the difference between the original sample and the filtered sample or between two interpolated samples in the majority of the color interpolation algorithms.

To evaluate the subsamples, the number of shared, post-filter markers was compared between the original sample and the subsets.

The differences in patient characteristics, co-medication and previous treatments between the original sample and the evaluation cohort indicate the changes in treatment strategies for RA in Germany.

(iii) Histological diagnosis was available in 75% of these endoscoped patients, but there were no major differences between the original sample and the one analysed, thus allowing one to infer the results to the global sample of patients.

Systematic differences between the original sample and the sample of additional participants recruited for the year 3 audit is unlikely to be an explanation for the declining trend between year 2 and year 3.

Furthermore, comparison of IIV peptides among all samples revealed moderate but significant correspondence between the original samples, the laboratory inoculation experiments, and the other field samples (Table 4).

Multilevel models also allow variation between the original sampling areas to be distinguished from variation between individuals within areas so that the area variation can be examined explicitly.

There were no baseline differences in overall characteristics as shown Table 1 between this sample and the original sample as described in (Kupka et al. 2005).

There were no differences between our sample and the original sample in terms of age, race, or education.

The absorbance was read at 450 nm, and the results were expressed as mg/100 g pulp, as calculated using the following formula: Total carotenoids = (A450 × 100)/(250 × E × W), where A = absorbance, E = cuvette width in cm, and W = the quotient between the mass of the original sample in g and the final volume of dilution in mL.