Logistic regression and odds ratios (ORs) are powerful tools recently becoming more common in the social sciences. Yet few understand the technical challenges of correctly interpreting an odds ratio, and often it is done incorrectly in a variety of different ways. The goal of this brief note is to review the correct interpretation of the odds ratio, how to transform it into the more easily understood and intuitive relative risk (RRs) estimate, and a suggestion for dealing with odds ratios or relative risk estimates that are below 1.0 so that perceptually their magnitude is equivalent of Ors or RRs greater than 1.0
The odds ratio is one of the most common measures used to assess the relationship between exposure t...
Background: Binary outcomes are common in prospective studies such as randomized controlled trials a...
Logistic regression yields an adjusted odds ratio that approximates the adjusted relative risk when ...
Logistic regression and odds ratios (ORs) are powerful tools recently becoming more common in the so...
Relative risk and odds ratio are often confused or interchanged. Especially while coefficients in lo...
Objectives: In a recent paper we suggest that the relative risk (RR) be replaced with the odds ratio...
In randomized controlled trials (RCTs), the odds ratio (OR) can substantially overestimate the risk ...
BACKGROUND: In randomized controlled trials (RCTs), the odds ratio (OR) can substantially overestima...
Background: In randomized controlled trials (RCTs), the odds ratio (OR) can substantially overestima...
Relative risk and odds ratio are commonly used in the biomedical research studies; however, expressi...
In many statistical analyses the relative risk or risk ratio (RR) and odds ratio (OR) are two common...
Analysts are often required to present results from logistic regressions to non-statisticians. The s...
In medical and epidemiological studies, the odds ratio is a commonly applied measure to approximate ...
When researchers conduct large prospective studies, they provide results generating statistical anal...
Some recent articles have discussed biased methods for estimating risk ratios from adjusted odds rat...
The odds ratio is one of the most common measures used to assess the relationship between exposure t...
Background: Binary outcomes are common in prospective studies such as randomized controlled trials a...
Logistic regression yields an adjusted odds ratio that approximates the adjusted relative risk when ...
Logistic regression and odds ratios (ORs) are powerful tools recently becoming more common in the so...
Relative risk and odds ratio are often confused or interchanged. Especially while coefficients in lo...
Objectives: In a recent paper we suggest that the relative risk (RR) be replaced with the odds ratio...
In randomized controlled trials (RCTs), the odds ratio (OR) can substantially overestimate the risk ...
BACKGROUND: In randomized controlled trials (RCTs), the odds ratio (OR) can substantially overestima...
Background: In randomized controlled trials (RCTs), the odds ratio (OR) can substantially overestima...
Relative risk and odds ratio are commonly used in the biomedical research studies; however, expressi...
In many statistical analyses the relative risk or risk ratio (RR) and odds ratio (OR) are two common...
Analysts are often required to present results from logistic regressions to non-statisticians. The s...
In medical and epidemiological studies, the odds ratio is a commonly applied measure to approximate ...
When researchers conduct large prospective studies, they provide results generating statistical anal...
Some recent articles have discussed biased methods for estimating risk ratios from adjusted odds rat...
The odds ratio is one of the most common measures used to assess the relationship between exposure t...
Background: Binary outcomes are common in prospective studies such as randomized controlled trials a...
Logistic regression yields an adjusted odds ratio that approximates the adjusted relative risk when ...