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All Posts

  • bioinformatics (33)
  • how-to (27)
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  • crispr (19)
  • r-series (18)
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  • The complete CRISPR guide: from mechanism to NGS analysis
    Published on
    February 19, 2026

    The complete CRISPR guide: from mechanism to NGS analysis

    crispr-seriescrisprgene-editingbioinformaticslearning
    If you know CRISPR exists but aren't sure how to design your experiment or analyze your data, this 22-post series takes you through the whole thing — from Cas9 mechanism to running NGS pipelines.
  • How CRISPR-Cas9 actually works: mechanism, PAM sites, and DNA repair
    Published on
    February 19, 2026

    How CRISPR-Cas9 actually works: mechanism, PAM sites, and DNA repair

    crispr-seriescrisprgene-editingbeginner
    Before you design your first CRISPR experiment, you need to understand what Cas9 is actually doing to your DNA — and what happens after the cut. This post covers the mechanism, PAM sites, and why repair pathway choice determines your experimental outcome.
  • Your First R Script: Loading and Exploring Biological Data
    Published on
    February 17, 2026

    Your First R Script: Loading and Exploring Biological Data

    how-toRbioinformaticsbeginnerr-series
    You installed R, opened it, and... now what? Here's how to actually load your lab data and start making sense of it — no prior coding experience needed.
  • The complete R for biologists learning path: from spreadsheet to bioinformatics
    Published on
    February 17, 2026

    The complete R for biologists learning path: from spreadsheet to bioinformatics

    r-seriesRbioinformaticslearninghow-to
    A structured, 19-post series taking bench biologists from zero R experience to running a full RNA-seq pipeline. No computer science background needed — just curiosity and real lab data.
  • CellPAINT: The Free Tool That Turns Molecular Biology Into Art
    Published on
    February 16, 2026

    CellPAINT: The Free Tool That Turns Molecular Biology Into Art

    tool-reviewscientific-illustrationmolecular-biologyfree-tools
    An in-depth look at CellPAINT — the free, scientifically accurate molecular painting tool from Scripps — and how it compares to BioRender, ChimeraX, PyMOL, and other illustration platforms.
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