News, Views and Careers for All of Higher Education
June 14, 2005
The U.S. Supreme Court ruled Monday in a patent case that could have significant implications for basic academic research — though scientists are divided on whether those implications are good or bad.
The court’s ruling came in a case known as Merck KGaA v. Integra Lifesciences I (No. 03-1327), which grew out of research sponsored by Merck, a German company, and conducted by David Cheresh, a scientist at the Scripps Research Institute. In his search for treatments for rheumatoid arthritis, psoriasis and other inflammatory diseases, Cheresh utilized some drug compounds on which Integra Lifesciences owned the patents. After Merck declined to license the patents, Integra sued for infringement in 1996.
A lower court and then the U.S. Court of Appeals for the Federal Circuit, in a divided June 6, 2003 decision, sided with Integra, ruling that a “safe harbor” provision of federal patent law protects only research that is directly produces information that helps the U.S. Food and Drug Administration prove that a drug is effective and safe — work typically done in clinical trials late in the process, rather than early-stage, more basic biomedical research.
Merck appealed the decision to the Supreme Court, arguing that the appeals court had defined the safe harbor provision too narrowly.
In a friend of the court brief, a group of research institutions and higher education associations urged the court not to take the case, leaving intact the lower courts’ rulings. The institutions, which included the University of California, the American Council on Education, and the Wisconsin Alumni Research Foundation, argued that expanding the reach of the exemption “would have an adverse effect on the research community as a whole, and the university research community in particular,” by undercutting the value of patents and, in turn, potentially reducing the willingness of drug companies to sponsor academic research.
The universities’ brief suggested that if pharmaceutical companies couldn’t be certain of the sanctity of their patents for work done by university researchers, they would be less likely to sponsor academic work. The brief also argued that “an overextended safe harbor as applied to research patents may encourage more universities to protect technology as trade secrets, licensing the technology as such, thereby resulting in a similar, corresponding reduction in the dissemination of scientific information.”
But the U.S. government filed a brief urging the court to take the case and to reverse the lower court rulings, which it said would limit the development of new drugs.
In its ruling Monday, the Supreme Court sided with Merck, rejecting what Justice Antonin Scalia called the “unduly narrow interpretation” of the patent law’s safe harbor provision.
In contrast to the position taken by the universities that filed the brief, David Korn, senior vice president for biomedical and health sciences research at the Association of American Medical Colleges, said he was “delighted” by the Supreme Court’s decision. He said allowing more research to be conducted “without being encumbered by a lot of intellectual property issues” will result in better results and more “therapeutic treatments.”
Korn said he understands that there is debate among academic scientists over the issue, in part because “a lot of institutions are hoping they hit the magic jackpot with intellectual property” related to their scientific research.
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You just can’t stop big busine$$. The diagnostic companies took a particularly big hit in this ruling. As a patent practitioner and supporter of start-ups and little pharma, I feel just terrible about that. Using words from M. Morford, this ruling makes you want to laugh and cry and scream and rend your flesh and douse your head in a giant vat of cheap vodka, all at the same time.
The can of worms was open. Now it is tipped over. Diagnostic companies are writhing: Why should I patent technology X in the first place if XYZ Pharma is going to trample on it, citing the 35 U.S.C. 271(e)(1) safeguard? Unfortunately, the best answer is maybe they won’t. Which also unfortunately means your patent is probably not worth that much in the first place. Thus, it doesn’t take a hard-core patent attorney to realize incentive for patenting an array of technologies has effectively been thrown in the trash can. This ruling will no doubt render a vast number of hard-earned biotech patents useless.
Hope your patents didn’t cost years of labor and tons of money to develop so someone else can freely use them for a high-throughput storm. This is not Ragu; it most certainly may NOT be in there. If someone uses your patented technology for high throughput studies (as did Merck), without being able to fully characterize exactly what they expect to find, they should pay you for it. End of story. If they say they are using your patented technology and expect to arrive at outcomes A, B and C that will likely have effects D or E, then they probably should not have to pay you licensing fees.
The Supreme Court ruling is not without its basic contradictory double-speak and skirting of the main issue: What is the scope of 271(e)(1)? That is, of course, what this is all about. Maybe we’ll get an answer in the next round, when small pharma patents a critical DNA probe and XYZ Pharma uses it on a gene chip to identify a target for which a $2 billion blockbuster drug is developed. I suspect small pharma isn’t going to take it too well when they realize XYZ Pharma needed their probe to get started. It almost makes me think that’s the reason they wanted to patent that probe in the first place...
David Narkunas, Biotech Patent Agent, at 4:44 pm EDT on June 25, 2005
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SC Ruling Will Slow Donw Research
I feel somewhat mixed on this Supremce Court ruling, although I tend to agree with those who feel that leaving unprotected research patents developed by researchers may chill universities, in particular, from sharing their discoveries.
This decision strikes a blow against intellectual property rights. I have always felt that these rights are immune from poaching by others, but this ruling now opens the doors widely for anybody to steal someboy else’s hard work.
The argument that this would lead to increased activities in manufacturing drugs, hence lower prices, is bogus. Just look at the number of drugs belonging to the same class — they are all uniformly and outrageously priced, with patents averaging a period of 13 years, which can be extended in ways that appear devious, and that argument falls flat on its face.
Now that we are bound by that ruling, it may not be inappropriate to take a second look at patent licensing of drugs approved by the FDA, and see if there is any way to make generic licensing sooner and cut off ways pharmaceutical companies can extend the patent life of their drugs. Without taking these steps, the Supreme Court ruling would mean little to consumers who are constantly being fleeced by Big Pharma’s greed with their exorbitant prices of drugs.
Remigo G. Lacsamana, M.D., at 11:02 am EDT on June 14, 2005