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The remarkable process by which a single totipotent zygote develops into the approximately 37 trillion c
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The remarkable process by which a single totipotent zygote develops into the approximately 37 trillion c
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  • [Quality Share] Decoding Point Mutations: A Comprehensive Guide to Three Common Construction Methods

    LATEST DISCOVERY

    [Quality Share] Decoding Point Mutations: A Comprehensive Guide to Three Common Construction Methods

  • [Literature Review] CRISPR/Cas12a Powers a Novel SNP Detection Breakthrough <br/>— The Asymmetric Hybridization-Driven CRISPR/Cas Adapter

    LATEST DISCOVERY

    [Literature Review] CRISPR/Cas12a Powers a Novel SNP Detection Breakthrough
    — The Asymmetric Hybridization-Driven CRISPR/Cas Adapter

  • [Client Publication] EDITGENE's Point Mutation Cells Illuminate the Role of TTN Mutations in DNA Repair and Immune Infiltration

    LATEST DISCOVERY

    [Client Publication] EDITGENE's Point Mutation Cells Illuminate the Role of TTN Mutations in DNA Repair and Immune Infiltration

  • [Literature Review] CRISPR screening system reveals synthetic lethality in DNA damage response

    LATEST DISCOVERY

    [Literature Review] CRISPR screening system reveals synthetic lethality in DNA damage response

  • Literature Review: APP/PS1 Knock-In Mouse Model Induces Aβ Deposition and Neuronal Loss — A Closer Mimic of Human Alzheimer's

    LATEST DISCOVERY

    Literature Review: APP/PS1 Knock-In Mouse Model Induces Aβ Deposition and Neuronal Loss — A Closer Mimic of Human Alzheimer's

  • 【Literature Review】EZH2 Knockout Mouse Model Sheds Light on Ferroptosis Mechanisms in Pulpitis

    LATEST DISCOVERY

    【Literature Review】EZH2 Knockout Mouse Model Sheds Light on Ferroptosis Mechanisms in Pulpitis

  • [Literature Review] CRISPR Screening Reveals the Critical Role of NUS1 in Prostate Cancer Survival and Growth

    LATEST DISCOVERY

    [Literature Review] CRISPR Screening Reveals the Critical Role of NUS1 in Prostate Cancer Survival and Growth

  • EDITGENE Supports Research Team in Uncovering New Mechanism of Macrophage Polarization Regulated by Dental Pulp Stem Cells

    LATEST DISCOVERY

    EDITGENE Supports Research Team in Uncovering New Mechanism of Macrophage Polarization Regulated by Dental Pulp Stem Cells

  • Cracking the Delivery Puzzle: How Can Gene Editing Precisely Reach Target Cells?

    LATEST DISCOVERY

    Cracking the Delivery Puzzle: How Can Gene Editing Precisely Reach Target Cells?

  • CRISPR–Csm: Real-time Single-Molecule Tracking of RNA Dynamics in Live Cells

    LATEST DISCOVERY

    CRISPR–Csm: Real-time Single-Molecule Tracking of RNA Dynamics in Live Cells

  • New Developments in Prime Editing: Phage-Assisted Evolution and Protein Engineering Yield More Efficient and Compact Prime Editors

    LATEST DISCOVERY

    New Developments in Prime Editing: Phage-Assisted Evolution and Protein Engineering Yield More Efficient and Compact Prime Editors

  • [Literature Review] A New Hope for Progeria Treatment: CRISPR Gene Editing Uncovers Protein Synthesis Dysregulation and Novel Therapeutic Targets

    LATEST DISCOVERY

    [Literature Review] A New Hope for Progeria Treatment: CRISPR Gene Editing Uncovers Protein Synthesis Dysregulation and Novel Therapeutic Targets

  • [Literature Review] Unveiling T Cell Dynamics: CRISPR Library Screening and Single-Cell Transcriptomics Reveal Gene Regulation Networks

    LATEST DISCOVERY

    [Literature Review] Unveiling T Cell Dynamics: CRISPR Library Screening and Single-Cell Transcriptomics Reveal Gene Regulation Networks

  • [Weekly News] From

    LATEST DISCOVERY

    [Weekly News] From "Gene Scissors" to "RNA Erasers": A New Skill of the CRISPR-Cas System Has Been Unveiled

  • [Literature Review] Prime Editing Breakthrough: In Vivo Gene Editing Treats Sickle Cell Anemia in Mice

    LATEST DISCOVERY

    [Literature Review] Prime Editing Breakthrough: In Vivo Gene Editing Treats Sickle Cell Anemia in Mice

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