Add to ORKGThe informational odds ratio (IOR) measures the post-exposure odds divided by the pre-exposure odds (ie, information gained after knowing exposure status). A desirable property of an adjusted ratio estimate is collapsibility (ie, the combined crude ratio will not change after adjusting for a variable that is not a confounder). Adjusted traditional odds ratios (TORs) are not collapsible. In contrast, Mantel-Haenszel adjusted IORs generally are collapsible. IORs are a useful measure of disease association in environmental case-referent studies, especially when the disease is common in the exposed and/or unexposed groups
Many researchers in the health field use the chi-square statistic to identify associations between v...
Objective: The framework consists of cohort or case-series studies with intermittent exposure and tw...
Epidemiologists often use ratio-type indices (rate ratio, risk ratio and odds ratio) to quantify the...
The informational odds ratio (IOR) measures the post-exposure odds divided by the pre-exposure odds ...
Abstract: The informational odds ratio (IOR) measures the post-exposure odds divided by the pre-expo...
The informational odds ratio (IOR) measures the post-exposure odds divided by the pre-exposure odds ...
The epidemiologic theories on odds ratio as an effect measure are reviewed to be applied for its aut...
Abstract. This paper argues that the use of the odds ratio parameter in epidemiology needs to be con...
Odds ratios and hazard ratios for prevalent and incident disease associations, including Harrell’s C...
An incidence rate ratio (IRR) is a meaningful effect measure in epidemiology if it is adjusted for a...
Tests of significance in contingency tables represent one of the most useful techniques in occupatio...
M any researchers in the health field use the chi-square statistic to identify associations between ...
Summary effect measures in meta-analysis of published epidemiological cohort or case control studies...
<p>Data shown as odds ratio (OR) for unit increase in variable unless otherwise stated, with 95% con...
One of the most commonly observational study designs employed in veterinary is the cross-sectional s...
Many researchers in the health field use the chi-square statistic to identify associations between v...
Objective: The framework consists of cohort or case-series studies with intermittent exposure and tw...
Epidemiologists often use ratio-type indices (rate ratio, risk ratio and odds ratio) to quantify the...
The informational odds ratio (IOR) measures the post-exposure odds divided by the pre-exposure odds ...
Abstract: The informational odds ratio (IOR) measures the post-exposure odds divided by the pre-expo...
The informational odds ratio (IOR) measures the post-exposure odds divided by the pre-exposure odds ...
The epidemiologic theories on odds ratio as an effect measure are reviewed to be applied for its aut...
Abstract. This paper argues that the use of the odds ratio parameter in epidemiology needs to be con...
Odds ratios and hazard ratios for prevalent and incident disease associations, including Harrell’s C...
An incidence rate ratio (IRR) is a meaningful effect measure in epidemiology if it is adjusted for a...
Tests of significance in contingency tables represent one of the most useful techniques in occupatio...
M any researchers in the health field use the chi-square statistic to identify associations between ...
Summary effect measures in meta-analysis of published epidemiological cohort or case control studies...
<p>Data shown as odds ratio (OR) for unit increase in variable unless otherwise stated, with 95% con...
One of the most commonly observational study designs employed in veterinary is the cross-sectional s...
Many researchers in the health field use the chi-square statistic to identify associations between v...
Objective: The framework consists of cohort or case-series studies with intermittent exposure and tw...
Epidemiologists often use ratio-type indices (rate ratio, risk ratio and odds ratio) to quantify the...