CRISPR Gene Editing News

• 'We're Not All That Different': Study IDs Bacterial Weapons That Could Be Harnessed to Treat Human Disease

• Genome Editing Procedures Optimized

• Bioenergy: Precision Gene Editing in Miscanthus
• New Nanoparticles Deliver Therapy Brain-Wide, Edit Alzheimer's Gene in Mice

• Researchers Create New System for Safer Gene-Drive Testing and Development

• CRISPR Insight: How to Fine-Tune the Cas Protein's Grip on DNA

• How to Edit the Genes of Nature's Master Manipulators

• DNA Sequence Enhances Understanding Origins of Jaws

• Genetic 'hitchhikers' Can Be Directed Using CRISPR

• Revolutionary Gene Drive Tech to Suppress Invasive Mice

• In Ironic Twist, CRISPR System Used to Befuddle Bacteria

• A New Control System for Synthetic Genes

• Spicing It Up: Pro-Drug Curcumin Shows Clinical Potential in Mice

• CRISPR-Cas9: Even Good Gene Edits Can Go Bad

• Butterfly Wing Patterns Emerge from Ancient 'junk' DNA

• New CRISPR-Cas Approach Permits More Precise DNA Cleavage

• Microbial Enzymes Are the Key to Pectin Digestion in Leaf Beetles

• Discovery Broadens Scope of Use of CRISPR Gene Editing

• RNA Origami Enables Applications in Synthetic Biology

• Microbiologists Improve Taste of Beer

• RNA-Editing Tool a Fast, Sensitive Test for COVID-19

• Plant Breeding: Using 'invisible' Chromosomes to Pass on Packages of Positive Traits

• New Approach More Than Doubles Stem Cell Editing Efficiency

• Microscopy Reveals Mechanism Behind New CRISPR Tool

• CRISPR-Based Tech Targets Global Crop Pest

• Nearly a Hundred Genes Have Been Lost During the Woolly Mammoth's Evolution

• Gene Editing Via CRISPR/Cas9 Can Lead to Cell Toxicity and Genome Instability, Study Finds

• Researchers Lift the Veil on Stubborn Probiotic
• Synthetic Tools Conduct Messages from Station to Station in DNA

• Hidden Genes May Be Tapped for New Antibiotics

• Genetically-Enhanced Biocontrols Can Help Fight Large Invasive Mammals, Study Finds

• Study Paves the Way Towards a More Precise Use of CRISPR

• New Blood Test Can Help Doctors Diagnose Tuberculosis and Monitor Treatment

• Discovery Offers Starting Point for Better Gene-Editing Tools

• Researchers Use CRISPR Technology to Modify Starches in Potatoes

• New CRISPR-Combo Boosts Genome Editing Power in Plants
• Gene-Edited Tomatoes Could Be a New Source of Vitamin D

• CRISPR Now Possible in Cockroaches
• CRISPR-Cas9 Gene Editing Approach Can Alter the Social Behavior of Animals

• Bacteria With Recording Function Capture Gut Health Status

• Novel Supramolecular CRISPR-Cas9 Carrier Enables More Efficient Genome Editing

• New Technology Offers Fighting Chance Against Grapevine Killer

• A New Era of Mitochondrial Genome Editing Has Begun

• Using Gene Scissors to Specifically Eliminate Individual Cell Types

• CRISPR and HIV: New Technique in Human Blood Unveils Potential Paths Toward Cure

• Researchers Expand Target Range of CRISPR/Cas Systems

• Vaccine Protects Against 'tough Cookie' Parasite Found in the Americas

• Forget Mammoths: These Researchers Are Exploring Bringing Back the Extinct Christmas Island Rat

• Gene Editing Gets Safer Thanks to Redesigned Cas9 Protein

• New DNA Modification System Discovered in Animals, Captured from Bacteria More Than 60 MYA

• CROPSR: A New Tool to Accelerate Genetic Discoveries

• Gene Editing Now Possible in Ticks

• Compressing Gene Libraries to Expand Accessibility, Research Opportunities

• Advancing Genome Editing Through Studying DNA Repair Mechanisms

• CRISPR-Cas9 Can Generate Unexpected, Heritable Mutations

• New Research Moves Closer to Harnessing Viruses to Fight Bacteria and Reduce Antibiotic Use

• Breakthrough in Using CRISPR-Cas9 to Target Fat Cells

• New Biosensors Shine a Light on CRISPR Gene Editing

• CRISPR/Cas9 Gene Editing Boosts Effectiveness of Ultrasound Cancer Therapy

• CRISPRing the Microbiome Is Just Around the Corner

• Gene-Editing Used to Create Single Sex Mice Litters

• Correcting Inherited Gene Alterations Speeds Up

• Scientists Produce New Antibiotics by Gene Editing

• New Findings on the Link Between CRISPR Gene-Editing and Mutated Cancer Cells

• Researchers Develop CRISPR-Based Rapid Diagnostic Tool for SARS-CoV-2

• Engineered ‘mini’ CRISPR Genome Editing System Developed

• Gene Editing Could Render Mosquitoes Infertile, Reducing Disease Spread

• Scientists Harness Human Protein to Deliver Molecular Medicines to Cells

• Using Two CRISPR Enzymes, a COVID Diagnostic in Only 20 Minutes

• Scientists Harness the Naturally Abundant CRISPR-Cas System to Edit Superbugs With the Hope of Treating Infections Caused by Drug Resistant Pathogens

• Bioengineering Discovery Paves Way for Improved Production of Bio-Based Goods
• Researcher Creates Cell Lines to Help Treat Mitochondrial Diseases in Children

• Astronauts Demonstrate CRISPR/Cas9 Genome Editing in Space
• Antibiotic-Resistant Bacteria Found in Cattle

• Scientists Develop CRISPR/Cas9-Based Gene Drive in Plants

• New CRISPR 3.0 System for Highly Efficient Gene Activation in Plants

• Landmark Field Trials Show Potential of Gene Editing

• Researchers' Algorithm to Make CRISPR Gene Editing More Precise

• Synthetic SPECIES Developed for Use as a Confinable Gene Drive

• New CRISPR Tools Help Contain Mosquito Disease Transmission

• Researchers Speed Identification of DNA Regions That Regulate Gene Expression

• Move Over CRISPR, the Retrons Are Coming

• New, Rapid CRISPR/Cas9 Method Identifies Key Genes in Zebrafish Spinal Cord Regeneration

• Chickens and Pigs With Integrated Genetic Scissors

• New CRISPR Technology Offers Unrivaled Control of Epigenetic Inheritance

• Simple Genetic Modification Aims to Stop Mosquitoes Spreading Malaria

• PNA-Based Technique an Essential Part of the Gene Editing Toolkit
• Eucalyptus Trees Can Be Genetically Modified Not to Invade Native Ecosystems

• Prime Editing Enables Precise Gene Editing Without Collateral Damage

• Six Novel Variants for CRISPR-Cas12a in Plants, Expanding Genome Engineering

• Upgrade for CRISPR/Cas: Researchers Knock out Multiple Genes in Plants at Once

• New 'split-Drive' System Puts Scientists in the (Gene) Driver Seat

• New Method Facilitates Development of Antibody-Based Drugs

• Scientists Use Lipid Nanoparticles to Precisely Target Gene Editing to the Liver
• Hotter, Drier, CRISPR: Editing for Climate Change

• New Gene-Editing Tool Allows for Programming of Sequential Edits Over Time
• Scientists Use DNA Origami to Monitor CRISPR Gene Targeting

• Tweaking Corn Kernels With CRISPR

• New CRISPR Tech Targets Human Genome's Complex Code

• Making Wheat and Peanuts Less Allergenic