Healing

A team at McGill University has come up with novel kind of suture that is based on human tendons, which enables it to not only heal wounds more effectively, but possibly even monitor their progress and be loaded with drugs to stave off infection.

A new implantable "brain glue" material could offer a way to intervene in the sequence of events following a traumatic brain injury, by mimicking the supporting structure of brain cells to prevent tissue loss and regenerate neurons.

Although not a huge seller everywhere, durian fruit is consumed in great quantities in countries like Singapore. Scientists there have now developed a method of using its husks to create cheap, eco-friendly, antibacterial hydrogel bandages.

Researchers have discovered a novel protein that can trigger the proliferation of muscle stem cells and promote healing, offering hope not only to those who have torn a muscle, but also the elderly and those suffering severe muscle wasting diseases.

Although many surgical procedures can now be performed laparoscopically (through a small incision in the skin), it's still difficult to seal up internal injuries in this manner. MIT is developing a way of doing so, though, that's inspired by origami.

Wired devices called oximeters are the gold standard when it comes to monitoring oxygenation in transplanted tissue, but scientists may have found a better way forward in the form of a paint-on bandage that glows instead.

Scar tissue is an effective short-term solution to quickly patch up wounded skin, but it’s not so great long-term. A new hydrogel helps by triggering a regenerative immune response, so skin heals healthier and stronger without scarring.

When surgery is performed on infants in utero, they're often born without any scars. This comes thanks to a special quality of their skin which scientists now believe could be replicated in adults, potentially leading to scar-free wound treatments.

When suturing wounds within the body, there's a risk of damaging the tissue, and of the development of infections. A new surgical glue could reduce the need for sutures, though, plus it could close wounds faster while also delivering medication.

More and more, we're hearing about scaffolding-like materials that are used to help heal bone injuries. A new one is claimed to be particularly versatile, as it's inspired by Lego building blocks.

We've already heard about implantable materials with a scaffolding-like microstructure, that help heal broken bones by giving bone cells a place to migrate into. A new one could work even better, though, by also providing electrical stimulation.

Ripping Band-Aids off your skin is never fun – but imagine having one on your heart or lung. Researchers have now created surgical tape that can stick to wet surfaces like organs, and more importantly, be removed safely when it’s no longer needed.