Ex-vivo-Therapie

Silencing Chromosome 21 Is Not a Genetic Undo Button

While CRISPR advances offer a theoretical path to 'switching off' the extra chromosome in Down syndrome, the leap from laboratory cell lines to clinical therapy remains blocked by… Apr 18, 2026

Genetics

Switch Revives Exhausted T Cells

Researchers have mapped a genetic atlas of CD8 T cell states and identified molecular switches—two transcription factors—that when disabled restore tumor-killing activity while pr… Mär 06, 2026

Genetics

Gray Hair Reversible: New Stem‑Cell Breakthrough

Recent stem‑cell research suggests gray hair may not be permanent — trapped pigment progenitors, stress-driven depletion, and a surprising cancer link reshape how scientists think… Feb 09, 2026

Science

Universal Kidney Created to Match Any Blood Type

Researchers report converting a donor kidney to universal type O using targeted enzymes and transplanting it into a brain‑dead recipient. The result—published in Nature Biomedical… Feb 06, 2026

Technology

Why the Face Scars Less Than the Body

A Stanford study identifies developmental origins and a ROBO2–EP300 signalling switch in facial fibroblasts that limits scarring; experimental drugs and topical creams point to pr… Jan 26, 2026

Science

Stanford Drug Regrows Knee Cartilage

Stanford Medicine researchers report that blocking the aging-linked enzyme 15‑PGDH restores hyaline cartilage in aged and injured mouse knees and triggers repair in human tissue—r… Jan 21, 2026

Genetics

Curing All Genetic Diseases in a Decade?

A Mammoth Biosciences executive told the Dubai Future Forum that gene editing could treat every genetic disease within ten years. Here’s what the science, recent trials and major … Nov 19, 2025

Ex-vivo-Therapie

Artikel über Ex-vivo-Therapie

Silencing Chromosome 21 Is Not a Genetic Undo Button

Switch Revives Exhausted T Cells

Gray Hair Reversible: New Stem‑Cell Breakthrough

Universal Kidney Created to Match Any Blood Type

Why the Face Scars Less Than the Body

Stanford Drug Regrows Knee Cartilage

Curing All Genetic Diseases in a Decade?