Scientists from Stanford University and the University of North Carolina at Chapel Hill said last week that a 3D-printed vaccine patch they developed could offer a less painful alternative to ...

(upper left) Photo of DLP 3D-printed hydrogel lattice before (DH) and after soaking in thermoelectric solution (DHFG), along with microstructured such as a microneedle and a flower-shaped hydrogel ...

A heart attack cuts off blood flow and oxygen to heart tissue. This can damage muscle and, in severe cases, cause the heart wall to rupture. Surgeons often repair these defects with patches made from ...

Scientists at UNC-Chapel Hill and Stanford University said this week that they’ve successfully created a 3D-printed vaccine patch that delivers a stronger immunity response than a standard vaccine ...

There’s a new method on the table for repairing blood vessels damaged by ischemia, especially the smallest and most damaged vessels: 3D-printed patches “infused with cells” to grow the blood vessels ...

Ischemia could often lead to narrowed, hardened or blocked blood vessels that could starve tissue. They may often result in stroke, heart attack or other conditions. In larger blood vessels, surgery ...

Three-dimensional or 3D printing technology, which has been around for almost three decades, routinely makes headlines. Not surprising, given that the so-called Fabbers, or personal manufacturing ...

The design and printing of 3-dimensional (3D) networks has gained significant interest in recent years, particularly in the area of drug dosage development. A team of researchers from the UK and China ...