Health ❯ Medical Research

Stem Cell Research

iPS Cells Regenerative Medicine Space Medicine Induced Pluripotent Stem Cells Clinical Trials Transplantation Hematopoietic Stem Cell Transplantation Gene Therapy Hematopoietic Stem Cells Organoids Embryonic Development Neuroscience Synthetic Blood Embryonic Stem Cells Amniotic Stem Cells Bone Health Embryology Innovative Treatments Kidney Organoids Cell Reprogramming Microgravity Effects Tissue Engineering Genetic Modification Cell Differentiation Diabetes Clinical Applications Disease Prediction Human Stem Cells Cloning Islet Organoids Neural Progenitor Cells Pluripotent Stem Cells Aging Ovarian Organoids Applications of Stem Cells Cellular Reprogramming Haematopoietic Stem Cells Stem Cell Biology Muscle Loss Prevention Cancer Treatment Organoid Technology

Stanford’s Low-Radiation Transplant Combo Reverses Type 1 Diabetes in Mice

Several drugs in the regimen already see clinical use, hinting at a faster route to human trials.

Sibling Stem Cell Transplant Puts Norwegian Man’s HIV in Long-Term Remission

Human Neuron Study Links Early Synapse Overactivity to Sanfilippo Dementia

Fetal Stem Cell Patch Reverses Brain Herniation in Early Spina Bifida Trial

Excess HMGN1 Identified as Driver of Down Syndrome Heart Defects

HSF1-Driven Autophagy Found to Undercut Proteasome Drugs in AML, Preclinical Combo Shows Benefit

Cambridge Scientists Grow Self-Organising ‘Hematoids’ That Produce Human Blood Stem Cells

Kidney Organoids Tie APOL1 Risk Variants to Mitochondrial Failure in Podocytes

Spaceflight Accelerates Aging of Human Blood-Forming Stem Cells, Study Shows

SpaceX Cargo Dragon Docks at ISS to Begin First Extended U.S. Reboost Campaign

Study Uses Single-Cell Proteomics to Map Early Human Blood Differentiation

Vaginal Fluid Yields Viable Amniotic Stem Cells for Heart Repair Applications

Scientists Grow Liver Organoids With Self-Forming Blood Vessels

Patient-Derived ALS Models Identify Neuroprotective Drugs and Signaling Clues

FXYD2 Marker Enables Precise Selection of Mature Islets That Reverse Hyperglycemia in Diabetic Models