All Posts

The thymus was thought to be irrelevant in adults. New data suggests it may predict disease risk and long-term survival.

Heart damage was thought irreversible. New research reveals how heart cells might be pushed back into regeneration.

Invisible tumors aren’t safe: Loss of MHC I makes cancer vulnerable to CD4 T cells via ferroptosis. A new immunotherapy angle.

Why we don’t react to food: key proteins train immune cells to prevent allergies and inflammation

A Digital Simulation of the Fruit Fly Brain Reproduces Behavior Without Training

Viruses may reveal a new antibiotic strategy: phage proteins disable MurJ, a key bacterial transporter essential for cell wall synthesis.

Monocyte-Derived IL-10 Drives Sex Differences in Pain Duration

Common Variation in Meiosis Genes Shapes Human Recombination and Aneuploidy

From lab to life? Human spinal cord organoids may improve prediction of regenerative therapies.

TimeVault lets cells record past gene activity, helping scientists understand how earlier signals shape cell behavior.

ETH Zurich demonstrates how magnetic microrobots can navigate vessels and release drugs on target.

How a single immune-cell treatment led to drug-free remission in severe autoimmune disease

Microbiome-derived metabolites boost gut regeneration after stem cell transplantation, offering a targeted alternative to microbiome therapies.

Ultra-processed foods are reshaping modern diets. A Lancet review explains how processing, not just nutrients, affects disease risk.

Antidepressants affect more than mood. A new Lancet meta-analysis reveals major differences in weight, blood pressure, and metabolic risk.

Early-onset type 2 diabetes is more aggressive than expected. A Lancet review explains why earlier diagnosis changes lifetime risk.

What one of the biggest vaccine reviews of the year means for individuals, clinicians and for health systems like Switzerland’s.

What if the heart could heal itself? New research shows adult human heart cells may divide again. A hint at real regeneration?

AI-designed CRISPR 3.0 editors bring safer, more precise gene editing closer to reality, opening a new era of future therapies.

Could teeth repair themselves? A protein gel from Nottingham shows the most advanced enamel regeneration yet.