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Explore the science shaping modern genome engineering. The EditGene Knowledge Journal brings together educational articles, peer-reviewed research insights, and accessible explanations of CRISPR technologies, DNA repair, precision editing, functional genomics, stem cell biology, plant biotechnology, and emerging molecular discoveries. Discover the mechanisms, applications, challenges, and scientific evidence behind today's genetic research.
CRISPR in Plant Biotechnology: Genome Editing for Crop Research and Trait Discovery
Discover how CRISPR genome editing advances plant biotechnology, from crop trait discovery and disease resistance to plant development, precision breeding, regeneration challenges and responsible agricultural research.
Read articleCRISPR Diagnostics: How Cas12 and Cas13 Detect DNA and RNA
Explore how CRISPR-Cas12 and Cas13 convert nucleic acid recognition into detectable signals. Discover SHERLOCK, DETECTR, fluorescence and lateral-flow readouts, amplification strategies and key diagnostic limitations.
Read articleCRISPR Screening and Functional Genomics: From Gene Knockout to Discovery
Discover how CRISPR genetic screens reveal gene function through knockout, CRISPRi and CRISPRa approaches. Explore pooled libraries, sequencing readouts, gene enrichment, Perturb-seq and hit validation.
Read articleThe Future of Genome Engineering: AI, Epigenome Editing and Next-Generation CRISPR
Explore the next generation of genome engineering, from AI-designed CRISPR proteins and programmable epigenome editing to RNA targeting, precision editors and emerging DNA recombination technologies.
Read articleGenome Editing in Stem Cells: Applications and Research Challenges
Explore how CRISPR and precision genome editing are used in stem cell research, from iPSC disease models and organoids to cell differentiation, genomic stability, clonal variation and scientific validation.
Read articleCRISPR Off-Target Effects: Detection, Analysis and Prevention
Why does CRISPR sometimes edit unintended DNA sites? Explore off-target mutations, guide RNA specificity, genome-wide detection methods, sequencing analysis and strategies for reducing unintended editing.
Read articleDNA Repair After CRISPR Editing: NHEJ, HDR and MMEJ Explained
What happens after CRISPR-Cas9 cuts DNA? Explore NHEJ, HDR and MMEJ, how cells choose repair pathways, why insertions and deletions occur, and how repair outcomes influence genome editing.
Read articleHow Does CRISPR Find Its Target DNA? Guide RNA and PAM Recognition
Explore how CRISPR-Cas9 locates target DNA through PAM recognition, guide RNA pairing and R-loop formation. Understand sequence specificity, mismatches, off-target activity and Cas nuclease differences.
Read articleBase Editing vs Prime Editing: Differences, Advantages and Challenges
Compare base editing and prime editing, from CBE and ABE nucleotide conversions to pegRNA-guided DNA rewriting. Discover their mechanisms, advantages, limitations and research applications.
Read articleCRISPR-Cas9 Explained: Mechanism, Applications and Limitations
Discover how CRISPR-Cas9 works, from guide RNA and PAM recognition to DNA cleavage and repair. Explore its research applications, advantages, limitations and validation.
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