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All Posts

  • bioinformatics (33)
  • how-to (27)
  • r (20)
  • crispr (19)
  • r-series (18)
  • gene-editing (16)
  • beginner (15)
  • crispr-series (14)
  • tool-review (12)
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  • Making publication-ready figures in R with ggplot2
    Published on
    March 3, 2026

    Making publication-ready figures in R with ggplot2

    how-toRbioinformaticsbeginnerr-series
    ggplot2 turns your summarized qPCR data into publication-ready figures in a dozen lines of code. Here is how to build dot plots, bar charts, and multi-panel figures — and export them at 300 dpi without touching GraphPad.
  • PCR primer design: the rules, the tools, and which one to actually use
    Published on
    March 2, 2026

    PCR primer design: the rules, the tools, and which one to actually use

    tool-reviewpcrmolecular-biology
    A practical guide to designing PCR primers that work — covering the rules every bench scientist should know, plus an honest comparison of the best free web tools.
  • Cas12a (Cpf1) vs Cas9: which one should you use?
    Published on
    February 26, 2026

    Cas12a (Cpf1) vs Cas9: which one should you use?

    crispr-seriescrisprgene-editingintermediate
    SpCas9 dominates CRISPR, but it has real constraints. Cas12a uses a T-rich PAM, cuts in a staggered fashion, processes its own guide RNAs, and opens up AT-rich targets Cas9 cannot reach. This post covers the full Cas12 family, the Cas12a mechanism, and a complete head-to-head comparison to help you choose the right tool.
  • How to clean and organize your lab data in R with dplyr
    Published on
    February 24, 2026

    How to clean and organize your lab data in R with dplyr

    how-toRbioinformaticsbeginnerr-series
    dplyr turns data wrangling from a click-and-copy nightmare into five readable lines of code. Here is how to filter, summarize, and reshape your qPCR data without touching Excel.
  • What are cyborg cells? How scientists are merging living cells with electronics and nanomaterials
    Published on
    February 23, 2026

    What are cyborg cells? How scientists are merging living cells with electronics and nanomaterials

    synthetic-biologybioelectronicsnanotechnology
    Scientists are building cells that interface with electronics, nanomaterials, and synthetic gene circuits. Here is what cyborg cells are, how they work, and why bench biologists are starting to encounter them.
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