Stem cells, exosomes, gene therapy, peptides, hyperbaric oxygen, and epigenetic reprogramming
220 articles
Breakthrough tissue engineering creates working esophageal segments that support normal feeding and growth in minipigs.
Revolutionary AI can interpret and generate DNA, RNA, and proteins simultaneously, potentially transforming disease research and drug discovery.
Revolutionary system uses DNA logic gates to amplify drug delivery 100-fold, targeting only cells with specific biomarkers.
Revolutionary sequencing method uncovers complete bacterial genomes from gut samples, revealing previously invisible microbes.
Advanced protein analysis methods could revolutionize early disease detection and personalized medicine approaches.
Breakthrough gene editing technique dramatically increases plant protein production, potentially revolutionizing crop nutrition.
New research shows mechano-electrical stimulation can trigger stem cells to repair peripheral nerve damage completely.
New research exposes key obstacles researchers face when choosing pluripotent stem cells for regenerative medicine applications.
Researchers develop new stem cell technology to create human microglia, opening doors to better treatments for brain diseases.
Scientists create 3D brain vessel models that show how NOTCH3 protein drives vascular damage in hereditary stroke disease.
New research reveals how thrombopoietin hormone establishes lifelong blood stem cell hierarchy in newborns.
Scientists created modified stem cells that home to bone marrow, delivering targeted immune therapies while avoiding tumors entirely.
