
Location
Headquarters: Morrisville, North Carolina, United States, North America
Region: North Carolina
Country: US
Continent: North America
About
Humacyte is a biotechnology company developing bioengineered, universally implantable human tissues intended for regenerative medicine applications. The company’s platform transforms human cells into off-the-shelf tissues designed to repair or replace damaged structures across a broad range of diseases and injuries, with a focus on vascular and organ systems. Headquartered in Durham, North Carolina, Humacyte conducts research, development, and manufacturing of tissue-based products and has FDA-regulated programs, including products like Symvess. The organization emphasizes progressing regenerative biologics from discovery through clinical trials to potential commercial use.
Humacyte is a biotechnology company developing bioengineered, universally implantable human tissues for regenerative medicine. Its primary product, human acellular vessels (HAVs), is designed to treat vascular conditions such as trauma and hemodialysis access needs. The company focuses on manufacturing these off-the-shelf biological products for clinical and commercial use.
Humacyte, Inc.
2004
for_profit
active
Industries
Primary Industry: Business Services
Categories
Funding & Financials
Public Company
864100000
under-1m
ipo
NASDAQ:HUMA
nasdaq
Investors
Founders
Juliana L. Blum
Laura Niklason
Leadership
Juliana L. Blum — Co-Founder and Executive Advisor
Juliana L. Blum — Co-Founder and Executive Vice President of Corporate Development
Laura Niklason — President and Chief Executive Officer
Dale A. Sander — Chief Financial Officer and Chief Corporate Development Officer
B.J. Scheessele — Chief Commercial Officer
Rick McElheny — Senior Vice President of Business Development
Technology Stack
Products
Acellular Tissue Engineered Vessel (ATEV™): A bioengineered vessel designed to replace or repair damaged vascular tissue in various clinical applications including dialysis access, peripheral artery disease, coronary artery bypass, and pediatric heart surgery.
