Examples of using Variable studied in English and their translations into Portuguese
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Colloquial
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Official
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Medicine
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Financial
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Ecclesiastic
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Ecclesiastic
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Computer
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Official/political
We associated the variable studied with the HAI higher than 15 events/hour.
Statistical analysis was performed with tests selected based on the type of variable studied.
For the variable studied egg production in the period, there was a quadratic effect p.
Two measurements were executed for each variable studied and obtained the respective averages.
The odds ratio OD was calculated with the respective 95%confidence intervals for each variable studied.
Isolated hypertriglyceridemia was not associated with any variable studied, and the results were not presented.
This shows that all these models were equally effective in the treatment considering the variable studied.
Afterwards, we did a comparative study of the means for each variable studied between the different positions of electrodes mastoid X earlobe.
For comparison between groups, the chisquared orFisher's exact test were used, according to the variable studied.
For each variable studied, three measurements were recorded at the analyzed time-points, and the maximum measurement of each variable was considered in the analysis.
The statistical modeling adopted allowed the independent impact of each variable studied to be evaluated.
In summary, three studies 10% found no relationship between the variable studied and the Processing Disorder and concluded that further research is needed in the area for a better investigation of this relationship.
For statistical analysis we used Fischer's test andStudent's t test. Any variable studied was statistically significant p.
In parallel, the hypotheses of stabilization after t1 and t2 were tested. Mixed linear models with diversified variance and covariance structures were used,depending on the variable studied.
Table 3 presents the averages andstandard deviations for the hemodynamic measurements and variable studied, according to the classification of the individuals as hypertensive or normotensive.
Table 1 shows the number and proportion of subjects with tooth loss andthe corresponding total for each variable studied.
The present paper represents a contemporary, cross-sectional cohort study, in which the variable studied is the NIPF behavior in a population of healthy individuals and individuals with rhinitis.
However, in this study it was not possible to identify this mediating factor as the results did not show changes in the variable studied.
The results obtained by the variable studied were submitted to descriptive analysis by means of central tendency measures and inferential analysis by nonparametric statistical tests: Wilcoxon and Mann-Whitney.
In the second stage,the estimate of covariance is replaced in the linear mixed model by the evaluation of the effect of time on the variable studied.
Among the variable studied by the present protocol, we acknowledge that the measurement of the response-time might have been imprecise, as the arrival at the location of the event was informed by radio, which was of common use for all teams.
First, we performed a descriptive analysis of data proportions and percentages of subjects,distributed in categories of each variable studied.
The answers of the questionnaires were charted andthe comparison of the groups for each variable studied was performed using the Fisher's Exact Test, Qui-square Test, and Comparison of Proportion, with significance levels of 5.
Tables 3 and 4 show, respectively for 4 and 3 grades, the comparison between the total score on PHCL andfrequency of occurrence of each variable studied in QARC.
Therefore, in both groups, the influence of any characteristic of the women themselves other than the variable studied(muscle strap) can be considered low and the number of cases studied is sufficient since an important statistically significant difference between variables such as%EP and PR was found.
The study was conducted using nceps noah land surface model, responsible for describing the dynamics of soil water andgenerating the estimate of the variable studied as necessary for the assimilation scheme.
All basic tests were performed before and after 6 months of a physical training program and the difference between the pre andpost evaluations post- pre difference was also used for the purposes of verifying the effectiveness of training in each variable studied.
All the studies that analyzed this variable established different strata and thus, the results were controversial, that is, analyzing periods of hours of a study that would all fit a given stratum of another study, some times the variable studied revealed a negative association regarding VS, sometimes it revealed positive associations, without statistical meaning.
ANOVA test and post-hoc Bonferroni correction were used to compare the quantification of total lipids, fatty acids, andcholesterol among the 10 different types of grilled fishes for the seven variable studied.
By means of the modeling statistical approach, we used the mixed model see Materials and Methods in order tostudy the mean difference of each variable studied in relation to the groups 1, 2, 3 and the pre and post VR time.