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  • bioinformatics (33)
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  • 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.
  • Amplicon NGS for CRISPR: how to design your sequencing strategy
    Published on
    May 14, 2026

    Amplicon NGS for CRISPR: how to design your sequencing strategy

    how-tocrisprbioinformaticsngssequencing
    A practical guide to designing a cost-effective and accurate amplicon next-generation sequencing (NGS) strategy to quantify CRISPR editing efficiency and characterises indels.
  • 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.
  • Understanding RNA-seq data: what those count matrices actually mean
    Published on
    May 5, 2026

    Understanding RNA-seq data: what those count matrices actually mean

    explainerRbioinformaticsr-seriesrna-seqbeginner
    Before you run DESeq2, you need to understand what those numbers in your count matrix actually represent. This post explains what RNA-seq count data is, why raw counts are misleading, and exactly what format DESeq2 expects.
  • A complete statistical analysis of a public dataset in R: GEO walkthrough
    Published on
    April 28, 2026

    A complete statistical analysis of a public dataset in R: GEO walkthrough

    how-toRbioinformaticsr-seriesrna-seqintermediate
    We’ve covered downloading data, normalization, and visualization. Now, we put it all together. This capstone post walks through a complete end-to-end analysis of a public breast cancer dataset (GSE183947) — from raw GEO download to identifying differentially expressed genes and creating a publication-ready volcano plot.
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