4 For wound care, several studies have demonstrated that these biomaterials support wound generation in vivo. For example, poly-lactic acid (PLA) nanosheet dressing led to more rapid skin ...

The future of burn and wound care is looking fishy—in a good way. New research suggests that a greater variety of fish skins ...

A Master’s student from the University of Wolverhampton has developed a ground-breaking biodegradable wound dressing which ...

Future wound care will feature regenerative medicine, smart dressings with sensors, and nanotechnology-infused bandages for ...

Tilapia fish skin, rich in collagen, offers a revolutionary, cost-effective burn treatment by promoting faster healing, ...

It is a nonadherent dressing to moist wound beds but adheres ultra-gently to dry skin (Bayer Health Care Partners, 2000). It conforms well to body contours without causing friction. This dressing ...

Scientists have developed a “smart” bandage that can heal a serious wound ... can impact healing. Proper wound care, such as keeping the area clean and moist, supports faster recovery and ...

Student Khabat Jamel has created innovative hydrogels, as part of her research project, combining the natural healing properties of thyme and ginger with the potent antimicrobial action of silver ...

Advanced wound dressings (for example, alginate, film, foam, hydrocolloid and hydrogel dressings) regulate the wound surface by retaining moisture or absorbing exudate, so protecting the wound base ...

Ateneo de Manila University (ADMU) researchers discovered a promising use for ‘bangus’ fish skin, which is often discarded as ...

The development of this wound dressing could be invaluable for patients and clinicians ... “The repeated or prolonged use of traditional antibiotics in wound care, especially chronic wound treatments, ...