After raising AU$7 million (US$4.5 million) in is initial public offering on the Australian Securities Exchange last week, Renerve Ltd. is already exploring mainland China for its portfolio of nerve repair and regeneration products.
Researchers from Stanford University have filed for protection of their use of mechanotransduction inhibitors in coatings for surgical sutures to reduce scarring.
Advanced Oxygen Therapy Inc. raised £35.1 million (US$44.5 million) in its initial public offering on London’s AIM market. The move by the U.S.-based company is a bid to broaden adoption of its chronic wound care technologies.
Incheon, South Korea-based Next Biomedical plans to offer one million shares on the Korea Exchange at a price band of ₩24,000 (US$17.42) to ₩29,000 per share. The IPO is scheduled for August 2024 and expected to raise ₩24 billion to ₩29 billion.
Vomaris Inc. introduced its U.S. FDA-cleared Powerheal bioelectric bandage for over-the-counter use following studies showing a shocking 99.99% reduction in bacteria present in wounds covered with the bandage even without the use of antibiotics. The bandage’s electrical energy also stimulates cell movement, cutting healing time in half, a study found.
Stimlabs LLC received U.S. FDA approval for Corplex P, a wound care product that uses placental tissue to facilitate wound healing. “Corplex P is the first particulate device derived from human umbilical cord extracellular matrix indicated for the management of acute and chronic wounds,” Stimlabs CEO John Daniel told BioWorld.
Advanced Medical Solutions Group plc (AMS) signed an agreement to buy Peters Surgical SAS for up to €141.4 million (US$154.6 million). The move by AMS for the tissue repair and skin closure manufacturer is part of its strategy to buy assets which will strengthen its product portfolio and broaden its global reach.
The first patenting from 4M Biotech Inc. describes a wound dressing with incorporated color-changing pH sensors that are continuously responsive to the pH of wounds or wound exudate.
A laboratory technique used to generate pluripotent stem cells from any tissue, cellular reprogramming, has led a group of researchers to the discovery of a process that could have an impact on natural tissue repair.
Authors of a multi-center study welcomed results from a device that works with a smartphone or tablet to capture medical images for a more detailed understanding of infected wounds. By capturing heat produced by a wound and using bacterial fluorescence, the Swift Ray 1 developed by Swift Medical Inc., may help clinicians tell the difference between inflammation and a potentially dangerous infection.
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