Relationship between statistical power, sample size and log fold change. 1000 taxa, 100 samples per group and 100 simulations. log mean abundance = 5.

Relationship between statistical power, sample size and log fold change. 1000 taxa, 100 samples per group and 100 simulations. log mean abundance = 5.

<p>Relationship between statistical power, sample size and log fold change. 1000 taxa, 100 samples per group and 100 simulations. log mean abundance = 5.</p>

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Bibliographic Details
Main Author:	Michael Agronah (21022048) (author)
Other Authors:	Benjamin Bolker (2903228) (author)
Published:	2025
Subjects:	Biotechnology Ecology Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified simulating microbiome data investigating statistical power investigate statistical power good statistical power substantially different abundance differential abundance analysis microbiome studies must low power leads control microbiome datasets statistical power microbiome studies low power power varies several studies mean abundance scientific research results suggest raised concerns poor precision novel method novel approach individual taxa fold change etc .) effect size detecting changes detect taxa detect effects applied science
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