海角社区 Biological Engineering Professor, Team Create Advanced Wound-Healing Technology
July 10, 2023
BATON ROUGE, LA 鈥� A new means of wound-healing technology could be available to surgeons and patients in the near future thanks to a team of researchers from 海角社区 Biological Engineering, Texas Children鈥檚 Hospital and Baylor College of Medicine, and Inha University in the Republic of Korea.
By injecting a lignin composite made of two types of nanoparticles鈥攐ne is lignosulfonate, which is the byproduct of wood pulp production using sulfite pulping, and the other is lignosulfonate including calcium peroxide鈥攁t the site of the wound, researchers were able to enhance the rate of tissue granulation, the formation of blood vessels, and the infiltration of smooth muscle actin fibroblasts over the course of seven days. At 28 days after surgery, the lignin composite remodeled the collagen architecture, resembling the basket-weave pattern of unwounded collagen with minimal scar formation.
In short, the wound was healed with minimal scarring.
鈥淥ur hypothesis is that the dual function of the lignin composite鈥攁ntioxidation and enhanced vascularization with locoregional supply of oxygen鈥攚ill significantly improve the rate and fate of wound healing,鈥� said 海角社区 Biological Engineering Assistant Professor Philip Jung, principal investigator on the project. 鈥淭he process is rather simple. Just one injection of the pre-cursor to the [wound site] and crosslinked with [ultraviolet light] for 30 seconds.
鈥淚n our experiments, we applied [transparent film dressing] after UV crosslinking. Then, we just waited. A surgeon doesn鈥檛 need to suture these [wounds]. Since the lignin composites are also subject to degradation after two weeks or so, the lignin composite doesn鈥檛 need to be removed via secondary surgery.鈥�
Currently, Jung and the team are working through the commercialization process with 海角社区鈥檚 Office of Innovation & Ecosystem Development with the goal of making this technology as widely available as possible. They are also seeking funding from the National Institutes of Health to further the project and conduct undergraduate student training in tissue engineering for educational and workforce development purposes.
鈥淭he ultimate goal is to help patients suffering from this disease, and we will push this forward to clinical trials,鈥� Jung said. 鈥淓ven though we cannot completely fix it sooner, we want to deliver this to patients to alleviate their pain and suffering to any extent. Occasionally, I remind my students that our project is not just a research project but also potentially [one that is] influencing therapeutics for those suffering from wound-healing issues every day.鈥�
About the 海角社区 Office of Innovation & Ecosystem Development
The Office of Innovation & Ecosystem Development works with the university research community to facilitate the evaluation, protection, and licensing of intellectual property created at 海角社区. This work maximizes the university鈥檚 impact on the intellectual, economic, and social development of Louisiana and beyond. 海角社区 IED鈥檚 mission is to advance innovation by serving faculty, supporting the research enterprise, and partnering with entrepreneurs and businesses to commercialize inventions that enhance the economy and benefit the public. To learn more about this and other technologies available for licensing from the IED, visit the 海角社区 IED website. In addition, connect with 海角社区 IED thru LinkedIn by .
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