Imagine lifesaving vascular access or replacement without requiring any cells or tissue from the patient. At Humacyte, this vision may become a reality thanks to our proprietary technology for developing human, tissue-based investigational products.
Our technology platform isolates and grows stable, off-the-shelf investigational human tissue replacements which, if approved, could be tailored to pre-designed clinical and commercial specifications for regenerative medicine, as well as for vascular and non-vascular surgery applications.
By growing these investigational tissues in vitro from banked vascular smooth muscle cells and then decellularizing them, we may be able to significantly reduce the risk of infection and tissue rejection. The result? An end product that can be ready on a hospital storage shelf for patients in need of vascular access or replacement.
Pre-clinical and clinical data suggests Humacyte human acellular vessels (HAV) may have the potential to extend patency with the possibility of some reduction in inflammation and some reduction in clotting.
Humacyte human acellular vessels may have the potential to be less immunogenic with the possibility of some reduction in foreign body response.
Humacyte human acellular vessels may have the potential to lower healthcare costs with reduced surgical interventions and more positive, long term, clinical outcomes.
Biotechnology and Regenerative Medicine Company Recognized for its Innovation in Creating Investigational Off-the-Shelf Bioengineered Human Blood Vessels RESEARCH TRIANGLE PARK, N.C.–(BUSINESS WIRE)–Humacyte, an innovator in biotechnology and regenerative medicine, has been recognized on this year’s CNBC Disruptor 50 list. Now…Read More »
International Study of Humacyte’s Investigational Tissue-Engineered Vascular Conduit for Hemodialysis (HUMANITY®) will be the Largest of its Kind to Date RESEARCH TRIANGLE PARK, N.C. – May 13, 2016 – Humacyte, an innovator in biotechnology and regenerative medicine, announced today the commencement of a Phase…Read More »