On Friday afternoon, New Hampshire Governor Chris Sununu bounded onstage in Manchester like a high school quarterback at a pep rally. “You guys excited?” boomed Sununu. “You should be! This is awesome.”
Sununu was one of a parade of state and federal dignitaries lavishing praise and congratulations on inventor Dean Kamen at the official launch of BioFabUSA, a public-private partnership meant to bring together the technologies needed to create human organ factories. “We are here today on the birth of an entire new industry,” exclaimed Sununu.
A crowd of about 300 gathered for the event at the Manchester Millyard, a picturesque row of refurbished mill buildings that also house several of Kamen’s companies—including Deka Research and Development, home to the Luke Arm; FIRST, a popular high school robotics competition; and BioFabUSA’s organizer, the Advanced Regenerative Manufacturing Institute (ARMI). (Kamen is perhaps still best-known for his invention of the Segway motorized vehicle.)
In December 2016, the DoD awarded ARMI US $80 million over 5 years to scale-up manufacturing of human tissues and transplant organs, especially for injured soldiers and vets. Industry and university partners contributed an additional $214 million to the effort, and Kamen set up a headquarters for ARMI at the Millyard. BioFabUSA is the company’s first big effort. It’s designed to bring together companies, academics, and nonprofits to build and scale-up all the technologies needed to create human organ factories. In other words, “a machine shop of 21st century advanced biomanufacturing,” said ARMI chief regulatory officer Richard McFarland.
Photo: Megan Scudellari
Today, tissue and organ bioengineering is largely restrained to academic laboratories and tissue engineering start-ups. “The problem is the incredible work being done in laboratories, mostly funded by other government agencies like NIH and NSF…is just not getting through” to commercialization, Kamen told the crowd.
Yet how far that $294 million will go toward creating a new manufacturing industry in the United States remains to be seen. Kamen willingly admits he doesn’t know anything about regenerative medicine, and the three-hour long launch party was light on science and heavy on marketing. Kamen touted his past successes with Deka and FIRST at length, while several of the ARMI staff just lightly touched on what will be needed to manufacture organs and tissues. There are currently no biomanufacturing facilities at the Millyard—just office space and a few laboratories shared with Deka Research.
Advanced Solutions' BioAssemblyBot was one of several bioengineering technologies on display at the BioFabUSA launch. Photo: Megan Scudellari
Kamen and ARMI staff showed slides with logos from roughly 80 companies and 26 academic and nonprofit organizations committed in BioFabUSA, but project manager Stephanie Robichaud later confirmed to IEEE Spectrum that no one has officially become a member yet, as the membership agreement is still being finalized. Organizations will pay an undisclosed fee, or contribute a similar amount in lab space, personnel, etc., to become members. Members will be able to join projects with other partners and tap into ARMI’s wealth of regulatory and IP experience, among other benefits, the company stated. So far, one scientific project has been approved by the ARMI management board. A new call for proposals was announced on Friday, with preliminary proposals due 11 August.
Near the end of Kamen’s remarks, DoD officials, the governor and New Hampshire senators gathered for a ribbon cutting, complete with a massive pair of cartoon scissors. Kamen concluded his remarks, saying, “This day is going to be a day that history remembers as very significant.” The crowd applauded.
Megan is an award-winning freelance journalist based in Boston, Massachusetts, specializing in the life sciences and biotechnology. She was previously a health columnist for the Boston Globe and has contributed to Newsweek, Scientific American, and Nature, among others. She is the co-author of a college biology textbook, “Biology Now,” published by W.W. Norton. Megan received an M.S. from the Graduate Program in Science Writing at the Massachusetts Institute of Technology, a B.A. at Boston College, and worked as an educator at the Museum of Science, Boston.