Science ❯ Biotechnology ❯ Genetic Engineering

CRISPR Technology

Gene Editing Xenotransplantation Research Clinical Trials Gene-Edited Organ Transplants Gene Modification Gene Editing in Transplants Gene Editing in Animals Therapeutic Applications Transplantation Innovations Base Editing Genetically Modified Organisms Viral Gene Mutations Animal Health Fusarium venenatum Gene Editing in Xenotransplantation Applications in Agriculture Gene Editing in Immunotherapy Biomarkers Genetic Modification FnCas9 CRISPR-Cas System Cellular Applications Fungal Modification Clinical Applications Gene Editing Applications Gene Editing in Medicine Crop Modification Plant Modification Fungal Gene Editing Patent Disputes Base Editing Techniques Cell Therapy Assay Development Crop Improvement Next-Generation Models Dual-mode CRISPR Gene Therapy Microbial Applications Plant Resilience

Major Research Centers Launch Nonprofit to Scale Gene‑Editing Treatments

The Center for Therapeutic Genetics will use ARPA‑H funding to build shared methods, safety data, manufacturing training to make precision genetic medicine repeatable, more affordable, easier to deliver.

CRISPR Enzyme Cas12a2 Selectively Destroys Cells Based on RNA in Lab Tests

Light-Based Sensor Detects Cancer Biomarkers in Blood at Sub-Attomolar Levels

Contrarius Global Equity Fund Q3 Letter Posts 30.9% Return, Spotlights Media Re‑rating Plays and CRISPR Economics

CRISPR Yields Compact Goldenberry Lines Deemed Ready for Production

UK Trial’s Base-Edited Off-the-Shelf CAR T Cells Deliver Durable Remissions in T-Cell Leukemia

CRISPR-Edited Fungus Boosts Mycoprotein Efficiency, Cuts Modeled Emissions

CRISPR-Edited Fungus Delivers Faster, Lower-Impact Mycoprotein

Nature Papers Identify RHOG and CDKN1B as In Vivo Boosters for CAR T Cells

First Pig-to-Human Lung Transplant Shows Nine Days of Function