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Cox proportional hazard analysis (forward stepwise methods) was used to estimate hazard ratio after accounting for a priori factors (age, sex, and cumulative fluid balance) and other variables of p < 0.15 based on univariate analyses as the selection criterion.
All investigated relationships were based on univariate analyses, not taking other confounders (e.g. cognitive abilities) into account.
For the multivariate models, a backwards elimination approach was used and variables were dichotomized based on univariate analyses.
Based on univariate analyses, 13 variables were eligible to enter the multivariate model (p ≤ 0.20; Fig. 2).
Based on univariate analyses, patients with neurological complications within 3 months of admission required late valve surgery significantly less common than those with no neurological complications (p= 0.032).
The largest series (2380 patients) identified factors based on univariate analyses and data containing a large proportion (57%) of censored patients (Storniolo et al, 1999).
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Variables for linear regression analyses were selected based on univariate correlation analyses and those variables known or likely to be associated with arterial stiffness.
Based on univariate regression analyses, participants who had longer duration of suppression also had higher CD4+ counts, higher CD4+ nadir, and higher cumulative average adherence proportions.
A NOEC of 0.106 mg/L for C14 15 AS was concluded for several individual algal and invertebrate species based on univariate statistical analyses (Belanger et al., 2004).
Based on univariate and multivariate analyses, causes of interindividual differences were investigated for job satisfaction, as well as the relationship with personality and socio-economic status.
Comparisons between risk groups and controls were based on univariate and multivariate analyses of covariance (ANCOVA and MANCOVA) with sex and age as the controlled covariates.
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based on dynamic analyses
based on current analyses
based on single analyses
based on phylogenomic analyses
based on genomic analyses
based on genome analyses
based on univariate statistics
based on univariate comparisons
based on multivariate analyses
based on univariate associations
based on univariate results
based on univariate F-tests
based on histological analyses
based on diagnostic analyses
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