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PBLMM: Peptide‐based linear mixed models for differential expression analysis of shotgun proteomics data

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Here, we present a peptide‐based linear mixed models tool—PBLMM, a standalone desktop application for differential expression analysis of proteomics data. We also provide a Python package that allows streamlined data… Click to show full abstract

Here, we present a peptide‐based linear mixed models tool—PBLMM, a standalone desktop application for differential expression analysis of proteomics data. We also provide a Python package that allows streamlined data analysis workflows implementing the PBLMM algorithm. PBLMM is easy to use without scripting experience and calculates differential expression by peptide‐based linear mixed regression models. We show that peptide‐based models outperform classical methods of statistical inference of differentially expressed proteins. In addition, PBLMM exhibits superior statistical power in situations of low effect size and/or low sample size. Taken together our tool provides an easy‐to‐use, high‐statistical‐power method to infer differentially expressed proteins from proteomics data.

Keywords: peptide based; proteomics data; based linear; differential expression; linear mixed

Journal Title: Journal of Cellular Biochemistry
Year Published: 2022

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