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  • Volcano plots and MA plots: visualizing RNA-seq results in R
    Published on
    July 30, 2026

    Volcano plots and MA plots: visualizing RNA-seq results in R

    how-toRbioinformaticsr-seriesrna-seq
    Your DESeq2 results table has thousands of rows, and sorting it in Excel tells you almost nothing about your experiment. Here is how to build volcano plots and MA plots in R with ggplot2 — and how to read what they are actually telling you.
  • Gene ontology and pathway enrichment analysis in R with clusterProfiler
    Published on
    June 28, 2026

    Gene ontology and pathway enrichment analysis in R with clusterProfiler

    how-toRbioinformaticsr-seriesrna-seq
    You ran DESeq2 and got your list of differentially expressed genes. Now what? Here is how to use clusterProfiler to find out which biological pathways are actually changing in your experiment — with real code, real output, and real plots.
  • Python for biologists: getting started (and how it compares to R)
    Published on
    June 23, 2026

    Python for biologists: getting started (and how it compares to R)

    how-topythonbioinformaticsr-seriesbeginner
    You already know R. Do you need Python too? An honest answer — plus a practical guide to getting your first Python environment running and your first biological data analyzed.
  • DESeq2 vs edgeR: which one should you use and does it actually matter?
    Published on
    May 19, 2026

    DESeq2 vs edgeR: which one should you use and does it actually matter?

    how-toRbioinformaticsr-seriesrna-seq
    An honest head-to-head comparison of DESeq2 and edgeR. Learn the differences in their normalization, statistical tests, and run-times, and see if they actually give different biological answers.
  • Differential gene expression with DESeq2: a step-by-step tutorial
    Published on
    May 12, 2026

    Differential gene expression with DESeq2: a step-by-step tutorial

    how-toRbioinformaticsr-seriesrna-seq
    Run DESeq2 on a real RNA-seq experiment, start to finish: load the airway dataset, filter low counts, model paired donors, and read the results table without fooling yourself.
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