Biomedical engineering

Sitting Down with Michael Tanner, Research Fellow in the School of Engineering and Physical Sciences at Heriot Watt University, Edinburgh, UK.

Researchers fine-tune 3D printing technology to create better biomimetic corneas – and predict a “breakthrough” in global transplantation practice.

How functionally polarized full-thickness tissue regeneration, artificial intelligence and advanced 3D printing hold the keys to advanced wound repair

How a 3D-printed chemical absorber could pave the way for higher chemotherapy doses – or lower risks.

Progress in tissue engineering may offer hope to patients suffering from debilitating intervertebral disc degeneration.

What if, instead of waiting for a donor cornea to become available, you could just print one?

Creating a ceramic “window” in the skull could provide better access to the brain

Could donated human skin provide a viable alternative to animal testing?

UTIs account for many antibiotic prescriptions; could a new POC test help selective prescribing?

Developing stents for coronary artery disease that don’t outstay their welcome.