Advertisement
Horizon Discovery
Horizon Discovery

University sues Pfizer over COX-2 research

Brigham Young University says its research was misappropriated to develop Pfizer's Celebrex

By | October 27, 2006

Brigham Young University and Daniel Simmons, a researcher in its Department of Chemistry and Biology, have filed a lawsuit alleging that Monsanto, a precursor company to Pfizer, misappropriated Simmons' research on COX-2 to develop its blockbuster painkiller Celebrex. The suit, filed against Pfizer in the U.S. District Court in Salt Lake City, Utah, comes after more than five years of discussions between the parties, including failed efforts at mediation earlier this year. "We know what we are dealing with, and we are prepared to persevere," BYU spokesperson Michael Smart told The Scientist. According to the plaintiffs, Monsanto entered a contract with BYU and Simmons in 1991 to partner on the development of painkillers that targeted COX-2, but left COX-1 unaffected. Simmons and BYU claim that Monsanto subsequently used their research methodologies and data to develop Celebrex outside of the partnership in order to avoid having to share the profits. They are requesting actual and punitive damages, and asking that 75 patents be amended to include Simmons among the inventors. The suit claims that Simmons first identified COX-2 mRNA at the end of 1988, while at Harvard University. After he relocated to BYU the following year, he characterized the gene and sequenced it, noting the applicability of his discovery immediately. However, during contract negotiations, Monsanto "wrongly advised Dr. Simmons that he should not patent these items because any such patent would not be enforceable or defensible," the suit alleges. Instead, the contract gave Monsanto responsibility for patent applications, and Simmons divulged his confidential genetic sequences, regents and methodologies to the company, the suit states. By the spring of 1992, Monsanto had begun to focus in-house resources on COX-2 inhibitors, marking what the suit describes as "an abrupt and dramatic corporate shift in thinking and approach requiring reallocation of valuable resources and personnel." The company did not contact Simmons or the university to alert them about the in-house research, nor did it include Simmons on patents related to the research, in spite of the fact that the work made use of his discoveries, the suit states. The lawsuit alleges that as Monsanto moved forward with its own COX-2 inhibitor development program, the company terminated the contract with Simmons and BYU "so Monsanto could secretly misappropriate the project." According to the suit, Monsanto deemed the collaboration "unworkable" because Simmons was not communicating with Monsanto project leaders. But the plaintiffs claim that phone records prove he placed "more than sixty calls to Monsanto during the period the agreement was in effect" and that he and his BYU colleagues accepted many calls from Monsanto. Pfizer spokesperson Bryant Haskins would not discuss the specifics of the case, but denied the overall allegations. "The facts clearly show that Monsanto met all its obligations with BYU and with Dr. Simmons," he said. "Dr. Simmons played no role in the discovery of Celebrex, and the allegations raised by BYU and Dr. Simmons are baseless." Simmons declined to comment on the suit. Ronald Cahill, partner at Nutter McClennen & Fish LLP, a Boston-based law firm specializing in life science patent law, said battles like the one between BYU and Pfizer aren't uncommon. It used to be that one company would discover, develop and manufacture a product, but now that collaborations are more common and more entities are involved, there is "less control in the research project from beginning to end, which means less control of the IP along the way," he told The Scientist. Still, Cahill said that partners are beginning to learn how to protect themselves better early on, which could lead to less litigation down the road. "Universities have gotten more sophisticated, start-ups have gotten more savvy, and big companies are getting more careful," he said. "Now most universities won't let [their scientists] publish or go talk to companies about research unless they've had the opportunity to see if it warrants a patent application." Juhi Yajnik jyajnik@the-scientist.com Correction (posted Nov. 1): When originally posted, this story incorrectly identified the year in which Simmons first identified COX-2 mRNA as 1998. The Scientist regrets the error. Links within this article: Daniel Simmons http://people.chem.byu.edu/dlsimmon K. Kreeger, "Inflammation's infamy" The Scientist, July 14, 2003 http://www.the-scientist.com/article/display/13943 Celebrex http://www.celebrex.com Nutter McClennen & Fish LLP http://www.nutter.com/home.php T. Agres, "Universities War with Big Pharma," The Scientist, Aug. 19, 2002 http://www.the-scientist.com/article/display/13215/ Ronald Cahill http://www.nutter.com/attorneys.php?AttorneyID=33
Advertisement

Comments

Avatar of: Genevieve Bart

Genevieve Bart

Posts: 1

October 28, 2006

"Now most universities won't let [their scientists] publish or go talk to companies about research unless they've had the opportunity to see if it warrants a patent application." \n\nThis last remark shows exactly the dangers of Universities (funded mostly by State or public) becoming commercial entities them-selves, potentially useful discoveries will not be published or publication will be delayed, meaning patients will die or suffer irreversible damages waiting for a cure, despite the fact that they have partly funded the necessary research. Another aspect of this problem is that instead of the best team getting a drug on the market, one company has a shot at it, if it fails it is over.

Follow The Scientist

icon-facebook icon-linkedin icon-twitter icon-vimeo icon-youtube

Stay Connected with The Scientist

  • icon-facebook The Scientist Magazine
  • icon-facebook The Scientist Careers
  • icon-facebook Neuroscience Research Techniques
  • icon-facebook Genetic Research Techniques
  • icon-facebook Cell Culture Techniques
  • icon-facebook Microbiology and Immunology
  • icon-facebook Cancer Research and Technology
  • icon-facebook Stem Cell and Regenerative Science
Advertisement
Eppendorf
Eppendorf
Advertisement