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Genome Editing

Cas12a-Based Diagnostic Test Strips Likened to “PCR in Your Pocket”

An artistic rendering of CRISPR-enhanced T-cells attacking a tumor. Research has shown that the gene-editing system CRISPR can modulate T cell behavior to make them better cancer killers without actually editing any of their genes.

Genome Editing

CRISPR High-Throughput Screening Identifies Master Regulator That Could Enhance Cancer T-Cell Therapy

CRISPR-Cas9

Genome Editing

Compact Gene-Editing Enzyme Could Enable More Effective Clinical Therapies

Autism, puzzle pieces and brain

Genome Editing

Single-Cell Organoid Screens Illuminate Autism Genetics

Proteasome collaborate with ubiquitin to degrade proteins

Genome Editing

Newly Identified Proteasomal Protein Disposal Mechanism Bypasses Ubiquitin Tagging

Brain graphic

Genome Editing

Stem Cell Studies Suggest Mechanism by Which Gene Increases Risk of...

Genome Editing

AI Predicts Activity of RNA-Targeting CRISPR Tools

Y Chromosome

Genome Editing

Y Chromosome Loss Increases Bladder Cancer Aggressiveness, and Susceptibility to Immunotherapy

Evolutionary tree humans and chimps

Genome Editing

CRISPRi Sheds Evolutionary Light on Genes That Make Us Human

MRI image in false colors of a brain hemisphere from a patient with multiple sclerosis. Areas affected by the autoimmune disease are shown in red.

Genome Editing

Microparticles Trigger Treg Expansion to Cure Mice With Multiple Sclerosis-Like Disease

brain

Genome Editing

Dual Stem Cell Treatment Targets Melanoma Brain Metastases in Mice

Credit: 4designersart - Fotolia.com

Genome Editing

Dual CRISPR Gene Editing Strategy Could Eliminate HIV-1 and Enable Cure

Gloved Hands DNA

Genome Editing

CRISPR-Based Prime Editing Generates Mouse Models of Cancer Mutations

Genome Editing

Dual CRISPR Gene Editing Strategy Cures Animals of HIV-1

GenScript Webinar lead image

Genome Editing

Improving Plasmid and Viral Vectors in Cell and Gene Therapy

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