Will the Stem Cell Ruling Affect Venture Capital Investing?

Last week’s federal district court ruling ordering an immediate halt in federal funding for stem cell research has thrown academic research circles into a state of confusion. This has caught the attention of the VC community, as the venture-backed biotech world is largely dependent on technology developed in academic institutions, and the cutting-edge research produced by universities is crucially dependent on federal grant funding.

“Frankly, I was stunned, as was virtually everyone else at the NIH yesterday, at the judicial decision,” NIH Director Francis Collins told the Washington Post (August 25, 2010). “This decision has the potential to do serious harm to one of the most promising areas of biomedical research.” The National Institutes of Health pumped $143 million into academic stem cell research last year and was on the verge of providing an additional $74 million in fresh R&D funding before the injunction. In addition, about $250 million in private funding has been injected into stem cell startups. The future of both types of funding is now in serious jeopardy.

What impact will the ruling have on biotech businesses in the stem cell area? Executives at established biotechnology companies and startups say that it won’t immediately affect them, as they do not depend on government funding. However, they uniformly see negative implications for growth in the stem-cell industry. This is because forward-looking venture capital firms closely follow government funding policies, the key driver of early-stage academic research, as an important early indicator for new scientific developments.

Stem cells are the precursors of all of the cells in the body’s tissues and organs. Those derived from in vitro fertilized embryos can be manipulated in the laboratory to develop into any type of tissue, and are considered especially promising for research into diseases such as diabetes, heart disease and Alzheimer’s disease. However, some citizens believe that destroying an embryo to obtain stem cells is tantamount to murder; Congress passed a law in 1996 forbidding the government from funding research in which human embryos are destroyed.

President George W. Bush carved out an exception for research on 21 lines of stem cells that had been created before the funding ban, and last year President Obama expanded the types of research that could be funded under this exception. But last week’s ruling invalidated both administrations’ policies, saying they violated the intent of the 1996 law.

Even if the changed climate for federal funding doesn’t have any near-term effects on venture-funded companies, it will foster uncertainty among investors, likely leading to a decline in the number of university spinouts in the stem cell area.

It seems clear that NIH was attempting to operate within the bounds of the Bush and Obama administration exceptions, but stem cell research opponents claimed the government was willfully ignoring the 1996 law. The legal system and historians will have to decide. But the episode illustrates that the federal government continues to be an engine of unintended consequences. In this case, depending on NIH funding turned out to be a risky financing strategy for university research departments. This fact will surely alter the calculations of venture firms and biotech industry executives, for whom risk assessment is a constant chore. Investors hate uncertainty—and the questions created by the constantly shifting legal landscape surrounding stem cell research pervade the medical technology industries today.

Author: Brad Webb

Brad Webb is a venture partner at Claremont Creek Ventures (CCV) in Oakland, CA, and is an investor in the healthcare IT group at the firm. He is involved with Arcxis Biotechnologies, an investment of CCV’s. He is an experienced entrepreneur and investor in the biomedical and biotech industries. After receiving a PhD in Biochemistry and Molecular Biology from the University of California at Santa Barbara in 1979, Brad joined 3M Company's ophthalmology products division as a research and development scientist working on designs for post-cataract surgery intraocular lenses, and also supervised human clinical trials and FDA approval processes for the 3M division. Brad was responsible for several FDA approved products, and led the design efforts for several successful intraocular lenses. After leaving 3M, Brad led or participated in several start-up ventures in the ophthalmic products industry, with responsibility for research, clinical trials and FDA affairs. In 1988 Brad founded Vision Biology, Inc., to develop new viscoelastic products for use in eye surgery. Vision Biology's revolutionary patented Viscoelastic Surgical Fluid for use during cataract surgery was licensed to Alcon Laboratories in 1996. Brad spent several years consulting for Alcon on a variety of medical product research and development projects, and recently has participated in investments in several biotech and medical technology companies. Brad is a member of Tech Coast Angels, a Southern California-based angel group; is active with UC Santa Barbara technology programs, and consults with other startups. Brad is instrumental in extending the reach of Claremont Creek into the broader Southern California technology region.