An injectable bandage developed by researchers at Texas A&M University can help promote blood clotting and healing in potentially fatal penetrating wounds.
Researchers at Imperial College London have developed a system that, for the first time, can fuse living and non-living cells so they can work together.
Materialise (Leuven, Belgium) is the first company in the world to develop software for 3D printing patient-specific anatomical models in compliance with FDA regulations.
The scarcity of medical supplies in poor parts of the world led a doctor to develop a low-cost, plastic stethoscope for clinical use. To his knowledge, it is the first open-source medical device that has been clinically validated.
For those thinking about this space, or in the midst of working to build a MedTech product and company, here are a few of the special challenges you will face compared to creating a consumer, commercial, or industrial product.
We're celebrating both Black History Month and Women's History Month with a list of some of today's most prominent African-American females in engineering.
New laser-based 3D printing that uses optical fibers could be the way forward to fabricate custom bio-compatible devices inside the human body to repair damaged tissue.
Stratasys has introduced BioMimics, a suite of 3D printing technologies that allow it to 3D print models of organs that look and feel like the real thing.
