Associate Professor Riccardo Levato will be innovating on a groundbreaking technology his team at Utrecht University and UMC Utrecht recently created: a 3D bioprinter with its own 'eyes' and 'brain'.

In a game-changer for drug testing & precision medicine, a 3D flexible electrode array wraps around cardiac organoids, capturing electrical signals in three dimensions.

In an article published in Advanced Science , the researchers identify how neural stem cells in preterm infants are injured following cerebral hemorrhage. "We have managed to create a model where we ...

Well, here's something you don't see every day: all 2.75 billion buildings of the world shown together in a single 3D map.

World models represent the next frontier in AI, enabling machines to create immersive, interactive 3D environments with ...

Discover how malaria parasites navigate through skin using helical motion to efficiently overcome environmental noise and ...

This year, four Utrecht researchers will receive an ERC Consolidator Grant of approximately 2 million euros each. With these grants from the European Union, they can further consolidate their ...

The Shroud of Turin has long been treated as a fragile snapshot of a crucified man, but a new wave of 3D modeling argues it ...

An interview with BARVL Founder Aashman Sarin on transforming construction through 3D printing, advanced materials, and ...

“Our results reveal a fascinating choreography inside the hair follicle," said paper author professor Inês Sequeira.

Seattle biotech startup Curi Bio today announced $10 million in new funding. The company enables the screening of new drugs using 3D tissue models.

By transforming a kitchen into a fully instrumented research environment, a team led by EPFL neuroscientist Alexander Mathis opens a new window onto the fine-grained mechanics of human movement.