Sentence examples for using a bivariate regression from inspiring English sources
By using a bivariate regression approach, the summary receiver operating characteristic (sROC) curve was constructed.
Summary sensitivity and specificity were calculated by using a bivariate regression approach and derived corresponding positive likelihood, negative likelihood and diagnostic odds ratios as functions of these summary estimates.
We calculated odds ratios using a bivariate logistic regression model to explore the strength of the relationship.
Our second goal was to investigate predictors of the slopes for each of HbA1c and BGMF using a bivariate, bidirectional regression model.
We analysed the data at the patient level using a bivariate random effects regression model [ 15].
Meta-regression analysis using a bivariate model was performed in order to find the effect of potentially confounding covariates.
The p value of a bivariate regression can be estimated using a statistical table or software relating the p value to the two-tailed Student's t statistic.
Variables associated with dialysis initiation using Cox bivariate regression analysis were: serum creatinine level, eGFR <23 mL/min/1.73 m, systolic and diastolic blood pressure (DBP, data not shown).
Variables associated with death using Cox bivariate regression analysis were: handicap, acute congestive heart failure, peripheral oedema, age, MMSE score, walking impairment, and haemoglobin level (Hb) <10 g/dL (data not shown).
We first performed a cohort-specific analysis, using bivariate regression models to determine which parental and pregnancy characteristics were associated with the various birth outcomes.
Association between anemia at PICU discharge and each patient characteristic at PICU admission or during PICU stay was first studied by bivariate analysis using a logistic regression with a random subject effect (general linear mixed model, GLMM) that allowed us to account for the occurrence of repeated measures per subject (no more than two admissions per subject).
