Exemplos de uso de Mean and standard deviation SD em Inglês e suas traduções para o Português
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Data are expressed as the mean and standard deviation SD.
Mean and standard deviation SD for descriptive analysis were used for all the study variables.
Data are presented as mean and standard deviation SD.
We measured mean and standard deviation SD of continuous variablesand percentages in binomial variables.
Data are presented as mean and standard deviation SD.
The BEE values obtained by indirect calorimetry through the equations were expressed as mean and standard deviation SD.
Data are expressed as mean and standard deviation SD.
Data were tabulated and analyzed using Stata 12 software, and were described by measures of frequency, mean and standard deviation SD.
Table 2 shows the mean and standard deviation SD.
The variables were described as absolute and relative frequencies, mean and standard deviation SD.
Data were supplied as mean and standard deviation SD and outcome as counts.
The description of continuous variables was represented by mean and standard deviation SD.
Descriptive information, with mean and standard deviation SD can be visualized in Table 1.
Patient characteristics are presented as number and percentage, mean and standard deviation SD.
The numerical data are shown as mean and standard deviation SD. Those variables were compared by use of the Student's t test for differences.
Continuous variables are expressed as mean and standard deviation SD.
Symmetric data were expressed as mean and standard deviation SD and asymmetric data were expressed as median and interquartile ranges.
Parametric distributions are presented by mean and Standard Deviation SD.
Table 1shows the mean and standard deviation SD of the measurements on the variable I/II using both the MTLand the AM by all three observers.
The results were indicated as mean and standard deviation SD.
Mean and standard deviation SD were calculated for descriptive statistics of continuous variablesand median values for discrete variables.
Variables are presented as mean and standard deviation SD.
Mean and standard deviation SD were used to present continuous variables while categorical data were presented using absoluteand relative frequencies.
Continuous variables were presented as mean and standard deviation SD.
After descriptive analysis,presented in mean and standard deviation SD normality of the variables of the study was verified through the Kolmogorov-Smirnov test K-S.
HGS, flexibility, and anthropometric variables are shown as mean and standard deviation SD.
Then, descriptive analysis was performed using mean and standard deviation SD values, since all the variables analyzed fit the Gaussian distribution model.
We used absolute n and relative% frequencies to describe the data, along with the mean and standard deviation SD for each age.
Continuous variables were described as mean and standard deviation SD or median and interquartile range, while categorical variables were expressed as proportions.
Regarding data descriptive analysis, the frequency of the explanatory variables and the mean and standard deviation SD for each QOL domain were determined.