Urgo Group SAS has launched, in the presence of the Minister of Health François Braun, the creation of Genesis research laboratory on artificial skin. “Our objective with this novel tissue engineering laboratory is to create artificial skin for helping the health care professionals in the effective treatment of severe wounds and quickly curing the patients,” Guirec Le Lous, CEO of Paris-based Urgo Medical, told BioWorld. Urgo Medical is the advance wound care division of Urgo Group SAS.
Lattice Medical SAS reported the first successful breast reconstruction using Mattisse technology, a totally resorbable, 3D-printed implant which naturally regenerates fatty tissue. The procedure was performed at the Institute of Clinical Oncology in Tbilisi, Georgia. It was the work of cancer specialist Gia Nemsadze and his team. This was an immediate breast reconstruction for a 62-year-old patient with breast cancer. The surgical procedure lasted one and a half hours, allowing the mastectomy to be completed, immediately followed by the breast reconstruction.
A tissue engineered polymer wrap designed to reduce vein graft failure rates in patients on hemodialysis for chronic kidney disease (CKD) has won FDA breakthrough device designation. Developed by Houston-based Venostent Inc., the Selfwrap bioabsorbable perivascular wrap is macroporous material that wraps around blood vessels and acts as a scaffold to ensure veins and arteries work together seamlessly to filter out toxins in the patient’s blood.
According to Janet Lambert, CEO of the Alliance for Regenerative Medicine (ARM), in her delivery of the international advocacy group’s state of the industry briefing at Biotech Showcase in San Francisco, 2019 proved to be a significant year of growth for the regenerative medicine sector.
According to Janet Lambert, CEO of the Alliance for Regenerative Medicine (ARM), in her delivery of the international advocacy group’s state of the industry briefing at Biotech Showcase in San Francisco, 2019 proved to be a significant year of growth for the regenerative medicine sector.
PARIS – Microlight3D SAS, based in La Troche, France, is about to receive a $900,000 grant from the EU to develop new 3D printer technology dedicated to treating acute wounds and chronic ulcers that do not heal. "It's about developing a novel process based on ion-releasing biomaterials promoting angiogenesis for skin regeneration," Denis Barbier, optoelectronics laser specialist and CEO of Microlight3D, told BioWorld MedTech.
According to a new report from the Alliance for Regenerative Medicine, there are a whopping 932 regenerative medicine companies worldwide that are in the process of developing 440 gene therapies, 587 cell therapies and 125 tissue engineering/biomaterials products.
