Atlas AlphaGenome: how DeepMind's AI decoded 9 billion possible mutations

Epigenome editing: how to change gene activity without rewriting DNA

Modified tRNA helps cells bypass erroneous stop signals

TIGRa: an ultracompact activator capable of switching on up to 12 genes at once

CRISPR Reprograms Lipid Metabolism: One Infusion Instead of Daily Cholesterol Pills

Mayo Clinic joins the AEGIS consortium: gene editing against rare immunodeficiencies in children

A new step toward precise therapy: mitochondrial DNA can be tracked in real time

DREAMS: new technology reveals hidden geography of DNA and RNA

AI reveals hidden 'start' sequences in human DNA

A cell's age can be read from its genes: "Pasta" turns aging into a measurable parameter

Prolonged GLP-1 Exposure Reprograms Gene Expression in the Pancreas

The Fragile Balance of Regeneration: What Prevents Tissues from Fibrosis

Hearing Restoration: GJB2 Gene Therapy Enters Clinical Trials

Cholesterol Precursor Unexpectedly Switches Off Key DNA Defense

CRISPR vs. Allergies: Gene-Edited Beagles Offer Hope to Millions

Epigenetic clocks: Why different clocks show different aging

Why search for your roots when we are all One

The Multidimensionality of Aging: Each Cell Layer Lives in Its Own Time

Cell learns to 'put genes in the closet': Unexpected mechanism of genetic activity control discovered

New enzyme breaks down the 'rust' of aging in human tissues

Precise One-Letter Edit: How ADAR Brings DNA Editing Closer to Surgical Accuracy

Unusual CRISPR Enzyme Turns Bacterial Defense into an Anti-Cancer Weapon

Extracellular Vesicles and Epigenetic Clocks: Who Is Really Telling Skin It's Time to Age?

Center for Therapeutic Genetics: From Individual Breakthroughs to a Repeatable System for Treating Rare Diseases

Genetics of taste and smell helps resolve contradictions in nutrition research