Hyaluronic acid-based bioink compatible with neural network formation is developed by ASCTN project
The collaborative work between the researchers from the Marie-Curie ASCTN-ITN has achieved a bioink with improved differentiation and...
Hyaluronic acid-based bioink compatible with neural network formation is developed by ASCTN project
Let’s talk about mental health
Knock, Knock! Who is there? Open science!
BRAIN ORGANOIDS: Understanding the human brain in three dimensions
Cell replacement therapy: restoring brain’s ability to communicate
Shaking Parkinson’s off our future
Biobanks
How can we mend a “broken” brain?
Unlocking stem cell potential…
Oh! My sweet memory…
How to generate specific cell types for in-vitro model?
The importance of in vitro models
Beautiful, but... what is it?
Cell Reprogramming
A toolbox to delineate the genetic architecture of Parkinson’s disease
Microglia - the underrated cell type of the brain
BUILDING A BRAIN ON A CHIP