Scientists have solved the 3D structure of EspC, a powerful toxin produced by EPEC, a diarrheal E. coli strain that kills over a million children under five each year—revealing how it invades and ...

The starting point for stable and 3D-printable structures are hydrogel formulations developed at TU Graz. Hydrogels are characterized by their high-water content ... in molecular and cell biology ...

Healers have treated their patients with silk throughout history. Now they're harnessing its strength, biocompatibility, and ...

The simulations are delivered in the form of 3D movies ... the name of a molecule of interest, such as caffeine, then select a solvent to dissolve the caffeine in, such as water.

The simulations are delivered in the form of 3D movies ... prompts a user to type in the name of a molecule of interest, such as caffeine, then select a solvent to dissolve the caffeine in, such as ...

The starting point for stable and 3D-printable structures are hydrogel formulations developed at TU Graz. Hydrogels are characterised by their high-water content ... in molecular and cell biology ...

The starting point for stable and 3D-printable structures are hydrogel formulations developed at TU Graz. Hydrogels are characterised by their high-water content ... in molecular and cell biology ...

A team of researchers from Japan have developed a hydrogel that successfully reverted cancer cells back to cancer stem cells.

D printing technology is used to create lifelike skin with living human cells * Synthetic skin mimics human responses for testing cosmetics and medical //treatments * Animal testing could be ...

To address the issue, the researchers developed a 3D-printed skin model that closely replicates the native three-layer tissue structure and ... by their high water content – a trait that creates ...