NSF Regenerative Medicine Engine in North Carolina

Advancing U.S. competitiveness, commercialization and economic growth in a critical health sector

The NSF Regenerative Medicine (Regenmed) Engine in North Carolina is transforming how the United States translates, manufactures and commercializes regenerative medicine technologies. The NSF Regenmed Engine equips innovative research teams and technology startups with the resources, infrastructure and partnerships needed to drive product development and accelerate economic growth. Its activities directly support national priorities around innovation-driven economic expansion, domestic manufacturing capacity, workforce development and emerging technologies.

The Regenmed Engine is strengthening a first-of-its-kind ecosystem anchored in North Carolina and attracting companies from across the U.S. and around the world. This rapidly maturing network brings together partners in industry, government, nonprofit, academic and regulatory sectors to translate and manufacture use-inspired regenerative medicine technologies into commercially available products.

Technologies of focus include:

  • Manufacturing of key raw materials required for cell and gene-based therapies.
  • Universal growth media that support multiple cell types, making therapies easier to produce at scale.
  • Systems that support the secure, temperature-controlled transportation of living cells, tissues and organs.
  • A standardized modular bioreactor for manufacturing a wide range of regenerative medicine products.
  • Modular work environments that allow for the manufacturing of products using living cells and tissues.

Map of the region of service for the North Carolina and South Carolina region for Piedmont Triad Regenerative Medicine Engine
Region of service

A national center for regenerative medicine commercialization

The Regenmed Engine builds on decades of foundational work by the Regenerative Medicine Development Organization and the Wake Forest Institute for Regenerative Medicine. These organizations have established the field's potential to become a major economic driver for the region and the nation.

Today, more than 250 regenerative medicine startups, industry organizations, nonprofits, academic and government partners collaborate across the state and the nation, creating an environment that draws global innovators and investors.

Addressing challenges in a key U.S. sector

The development of lifesaving and life-prolonging regenerative medicines is constrained by multiple factors. Today, only an estimated 10% of U.S.-produced technologies at the level of the cell or individual gene reach the market. This bottleneck is created by regulatory complexity, workforce shortages, limited manufacturing capacity, inadequate supply chains and constrained access to capital.

The Regenerative Medicine Engine directly addresses these barriers through:

  • Cross-sector collaboration that reduces fragmentation and accelerates technology maturation.
  • Regulatory navigation support that shortens time-to-approval.
  • Specialized infrastructure supporting prototype development and manufacturing to increase commercialization speed and success.
  • Workforce development that expands the talent pipeline for advanced biomanufacturing, executive leadership and advanced technology research and development staffing.

These capabilities emphasize commercialization pathways, domestic production and reducing structural barriers for emerging industries.

Services that accelerate time-to-market

The regenerative medicine test bed: De-risking early-stage development

The test bed provides subsidized access to state-of-the-art biomanufacturing equipment, enabling regenerative medicine-focused companies and research teams to prototype, validate and iterate without significant expense. This approach allows startups and established companies to de-risk their pilot research and prototypes in development.

The regenerative medicine regulatory navigator: Reducing approval timelines

The regulatory navigator offers real-world, actionable guidance that helps companies avoid costly delays and navigate complex regulatory pathways, directly supporting efficient, evidence-based regulatory processes.

Product trials catalyst: Accelerating clinical validation

With access to 67 hospitals, 1,000 outpatient facilities and 6 million individuals, the Regenmed Engine provides one of the nation's most robust product-testing networks. Streamlined support for procedures and contracting further reduce trial startup times and development success.

Regenerative medicine innovation accelerator and launch capacity: Lowering barriers to commercial entry

A variety of affordable real estate options exist to support Regenmed Engine companies. Options range from shared spaces to dedicated lab and office suites with varying footprints in planned multi-tenant manufacturing facilities and built-to-suit. Market assessment tools and business strategy support to help scale efficiently and sustainably are also available to accelerate translation and commercialization.

Workforce development: Talent and regional growth

The Regenmed Engine's workforce programs directly support skills-based hiring, access to high-wage jobs and regional workforce mobility.

Key initiatives include:

  • Industry-training partnerships to design job-ready workforce programs.
  • Hands-on technical training at community colleges, including micro-certifications in 3D bioprinting and advanced analytics.
  • Access to industry-grade equipment for real-world experience.
  • Statewide scaling through virtual and technology-enabled learning platforms.

These programs expand the talent pipeline for advanced biomanufacturing, one of the fastest-growing sectors in the U.S. economy.

Examples of recent impacts

Strong economic returns and commercial momentum

In its first two years, the Regenmed Engine generated approximately $300 million in investment capital and worked with more than 200 companies to advance breakthrough technologies.

Key metrics of economic growth:

  • More than 40 regenerative medicine companies relocated to North Carolina.
  • 101 new companies accessed Regenmed Engine services in 2025.
  • More than 720 jobs created, many in high-wage technical fields.
  • More than 1,500 individuals trained in regenerative medicine skills.

These outcomes demonstrate a strong return on federal investment and a compelling value proposition for private capital seeking high-growth opportunities in a strategically important sector.

 

Additional information

Lead organization: Wake Forest University School of Medicine

Region of service: Greensboro, Winston-Salem and High Point, North Carolina (Piedmont Triad)

NSF awards: NSF-2315654

Key technology areas

Advanced Manufacturing, Artificial Intelligence, Biotechnology