By adjusting properties of light as it interacts with hydrogels, they modified the internal structure of these microgels, enabling precise control of cell organization in 3D space. This breakthrough ...

By adjusting properties of light as it interacts with hydrogels, the team modified the internal structure of these microgels, enabling precise control of cell organization in 3D space. This ...

By adjusting properties of light as it interacts with hydrogels, they modified the internal structure of these microgels, enabling precise control of cell organization in 3D space. This breakthrough ...

To address this, researchers at Ghent University in Belgium are pioneering the use of 3D-printed hydrogels as a solution for radiation protection in space. Hydrogels, known for their ability to absorb ...

By adjusting properties of light as it interacts with hydrogels, they modified the internal structure of these microgels, enabling precise control of cell organization in 3D space. This breakthrough ...