Zebrafish Reveal How the Brain Can Regenerate After Injury
Scientists decode how zebrafish regrow damaged brain tissue, offering new pathways for treating human neurological diseases.
41 articles
Scientists decode how zebrafish regrow damaged brain tissue, offering new pathways for treating human neurological diseases.
New study reveals how cancer cells reprogram bone immune cells to fuel metastasis, offering potential therapeutic targets.
Perturb-FISH combines CRISPR screening with spatial gene mapping to reveal how cells communicate and respond to genetic changes.
CRISPR-GPT uses large language models to guide researchers through complex gene editing workflows, successfully demonstrating automated knockout and activation experiments.
Revolutionary gene-editing technology CRISPR becomes available outside the US, offering new hope for treating genetic diseases worldwide.
Complex patent laws and regulations are limiting global access to life-saving CRISPR gene therapies.
Scientists used human brain cells on microchips to decode how genetic mutations lead to ataxia, migraines, and epilepsy.
Scientists used gene editing to discover cellular pathways that control toxic tau protein accumulation in neurons, revealing new therapeutic targets.
First successful gene therapy trials show partial hearing restoration in children born deaf, marking breakthrough in regenerative medicine.
Revolutionary gene-edited immune cells delivered directly to the brain achieved tumor responses in 4 of 5 patients with terminal glioblastoma.
New research reveals why the same beneficial bacteria can extend lifespan in some people while accelerating aging in others.
Breakthrough gene editing technique dramatically increases plant protein production, potentially revolutionizing crop nutrition.