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The influences of calf age, farm-type, and individual-calf antibiotic therapy on the clusterings were assessed using stratified analyses and cumulative multinomial logistic regression using generalized estimating equation with antibiotic-resistance cluster as an ordinal-dependent variable.
Possible gene environment interactions were assessed using stratified analyses and interaction terms.
Potential effect modification was explored using stratified analyses and multiplicative interaction testing.
We also assessed differences in exposure outcome associations across sex using stratified analyses and by including an interaction term between sex and exposure in the model.
To determine risks for primary coccidioidomycosis, we explored interaction by using stratified analyses and then performed logistic regression on a model that contained all variables and interaction terms.
Effect modification by age, sex, ethnicity and length of residence was investigated using stratified analyses and tests of interaction using the LRT.
Similar(50)
Potential differences in risk associated with cholinergic-related exposures in theater were explored using stratified analyses to compare associations between GWI and exposures in BChE genetic and enzyme activity subgroups.
Wide variations in the discrepancies between self-reports and objective measures were unable to be explained using stratified analyses of variables including location, year of publication, seasonality and others.
Using stratified analyses for the age-groups <5, 5 19, 20 64 and ≥65 years, we compared ID notification rates in those ≥65 years with the younger population.
We looked for differences across studies using stratified analyses to explain heterogeneity in association results.
We therefore examined the effect of parity using stratified analyses by age (5 years) from our own data [ 7].
More suggestions(15)
using univariable analyses and
using morphometric analyses and
using multivariate analyses and
using univariate analyses and
using computational analyses and
using additional analyses and
using phylogenetic analyses and
using parametric analyses and
using stratified models and
using bioinformatic analyses and
using mathematical analyses and
using analytical analyses and
using genetic analyses and
using statistical analyses and
using static analyses and
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