Examples of using Interquartile 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
Interquartile differences were obtained.
Median was 0, with interquartile interval from 0 to 0.
CFV indices will be presented as median and interquartile deviation.
Median was 2 interquartile interval from 0 to 6.
In the fifth minute, the median was 8, with interquartile interval 7-9.
People also translate
Medians and interquartile intervals of the data obtained in this study are presented.
Data are expressed as median± interquartile deviation.
For burns, the median and interquartile interval for boys and girls in the three age periods was 0 0-0.
The median proportion of stillbirths was 1.6% interquartile interval- IIQ 1.
The median age was 61 years interquartile interval 54- 69 years, and 49.3% of the patients were males.
Nonparametric variables were summarized as median and interquartile range values.
Median was 21, with interquartile interval between 19 and 26.
Non-parametric variables were summarized in median and interquartile interval 25 and 75.
Medians and their respective interquartile values were reported due to the asymmetrical distribution of data.
Statistical analysis included median Md and interquartile distances Q1 and Q3.
The results were expressed by interquartile variation increment, once the RR analysis was conducted for pollutants of different scales Table 4.
In which ξ is the variation in concentration of the pollutant given by the interquartile variation.
Data were described as medians+ interquartile intervals for continuous variables.
The results are expressed as the means± standard deviation SD,medians[interquartile] or percentages.
The scores were described as median and interquartile interval IQI, and statistical significance was defined as p< 0.05.
Continuous variables are expressed as mean± standard deviation,quartiles and interquartile intervals.
For the statistical analysis,calculations of medians, interquartile intervals, frequencies and percentages were used.
Numerical variables were presented as mean andstandard deviation or median and interquartile variation.
Quantitative data were shown as median and interquartile interval. Qualitative data were shown as frequencies.
Continuous variables with non-normal distribution were expressed in medians and interquartile intervals CI95.
The autonomic variables are shown as median± interquartile difference and the two groups were compared by the Mann-Whitney test.
Most of thepatients were males[28/46 69.1%] with an age median md of 37.5 interquartile interval IIQ 17.
Results are presented as mean standard deviation ormedian iqa: interquartile amplitude as recommended, for quantitative parameters, and percentage% for categorical parameters.
Continuous variables were described as means and standard deviations ormedians and 25-75 interquartile intervals.
Therefore, the analysis of the first and third quartile,median and interquartile difference of each proposal should be used, independently of the consensus.