A Practical Guide to Biostatistics Used in the <i>Journal of Intensive Care Medicine</i>

IntroductionBiostatistics is an increasing focus in both the United States Medical Licensing exams (USMLE) and medical school curricula. Nonetheless, literature has documented that it is poorly understood among both practicing physicians and physician trainees. Our purpose is to narrow this knowledge gap by offering readers a "how-to" guide that both supplements essential biostatistics knowledge and assists in constructing research projects.MethodsIn Part II of our tandem manuscripts, we expand our Part I biostatistics analysis of research articles in the <i>Journal of Intensive Care Medicine (JICM)</i> with explanations and practical use of biostatistics, addressing the most common statistical terms and tests used in the <i>JICM</i>.ResultsUnderstanding biostatistics requires interpreting the type of study, type of data collected, statistical tests available for all types of data, and results of the statistical tests.ConclusionGaining proficiency in biostatistics will improve the precision of evidence-based medical outcomes, helping close the current knowledge gap among practicing physicians and trainees.

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Publication Details

Journal
Journal of Intensive Care Medicine
Published
2025-02-21
DOI
https://doi.org/10.1177/08850666251318692
Primary Topic
Health Sciences Research and Education
Type
article
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article

A Practical Guide to Biostatistics Used in the Journal of Intensive Care Medicine

Chase Irwin, Emma Kar, Asahi Murata, Eric vanSonnenberg
Journal of Intensive Care Medicine
Health Sciences Research and Education
article

A Practical Guide to Biostatistics Used in the Journal of Intensive Care Medicine

Chase Irwin, Emma Kar, Asahi Murata, Eric vanSonnenberg
article en

Abstract

IntroductionBiostatistics is an increasing focus in both the United States Medical Licensing exams (USMLE) and medical school curricula. Nonetheless, literature has documented that it is poorly understood among both practicing physicians and physician trainees. Our purpose is to narrow this knowledge gap by offering readers a "how-to" guide that both supplements essential biostatistics knowledge and assists in constructing research projects.MethodsIn Part II of our tandem manuscripts, we expand our Part I biostatistics analysis of research articles in the <i>Journal of Intensive Care Medicine (JICM)</i> with explanations and practical use of biostatistics, addressing the most common statistical terms and tests used in the <i>JICM</i>.ResultsUnderstanding biostatistics requires interpreting the type of study, type of data collected, statistical tests available for all types of data, and results of the statistical tests.ConclusionGaining proficiency in biostatistics will improve the precision of evidence-based medical outcomes, helping close the current knowledge gap among practicing physicians and trainees.

Journal of Intensive Care MedicineVol. 40(6)
University of Arizona (US), University of Phoenix (US)
Openalex Percentile: Top 95%
Health Sciences Research and Education
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A Practical Guide to Biostatistics Used in the <i>Journal of Intensive Care Medicine</i> — Chase Irwin, Emma Kar, et al. · Journal of Intensive Care Medicine (2025) | TGRS Research Map | TGRS