Engineering Innovative Skin Substitutes for Treating Burn and Chronic Wounds
Supervisor: Song Liu
The development of skin substitutes is crucial for the treatment of deep wounds, but challenges such as the lack of donors and the lengthy manufacturing process hinder autologous options. Our solution is a biomimetic skin matrix with genetically engineered human skin cells that grow in a controlled manner. This innovative approach aims to create a universally accepted skin substitute that reduces rejection by the immune system and promotes rapid, scarless wound healing. The creation of an allogeneic skin substitute that is immune-resistant and readily available, marks a groundbreaking shift in treating acute and chronic wounds, opening the door to authentic skin regeneration.
Keywords: Skin Substitutes, Antimicrobial, Skin Regeneration, Scarless Wound Healing
Equipment: 3D Bioprinter, Eletrospinner
Techniques: FRESH 3D Bioprinting; Electrospinning; Cell Culture
URL: https://smartbiomaterials.ca/group/ and https://www.linkedin.com/feed/update/urn:li:activity:7168420008216260608/
Song Liu
Contact Information
- University of Manitoba
Department of Biosystems Engineering - 7 Glenacres Crescent,
Winnipeg, Manitoba, R3T 5R1 - Email: song.liu@umanitoba.ca
- Work: 2044749616
- Cell: 4319983078
- Lab Link
- Google Scholar
- Membership#C242992
Biomaterial Highlight Of The Month
Engineering the heart: Evaluation of conductive nanomaterials for improving implant integration and cardiac function
Mengqiu (Malcolm) Xing
mohammad Ali darabi
Read More
