Boston Scientific and UofM Collaborate on Research Grants

The program tackles IP resulting from industry funding.

Natick, Mass.-based Boston Scientific Corp. and the University of Minnesota joined forced to streamline the process the medical device manufacturer awards research grants to the school. This is the first master research agreement to benefit from the provisions of Minnesota Innovation Partnerships, or MN-IP. MN-IP is the university’s new approach to handling intellectual property (IP) arising from research projects funded by business and industry partners. The goal is to eliminate the need for protracted negotiations over rights to IP that may result from industry-funded research.

By setting standards for such items as IP rights, publication process, liability, term, and termination for all research contracts, the new master research agreement removes the need to renegotiate terms for every new research project. MN-IP aims to eliminate the uncertainty and financial concerns that often surround industry-funded research projects, and offers an option for an exclusive worldwide license on any resulting IP—with royalties taking effect only in cases of significant commercial success.

“With this master research agreement, Boston Scientific and university researchers will be able to spend more time planning and performing research and less time on red tape,” says Tim Mulcahy, university vice president for research. “This is an important milestone in the university’s efforts to work more effectively with the business community, and we look forward to expanding what is already a very productive relationship with Boston Scientific.”

Specific projects will be identified on an ongoing basis and university researchers from a broad range of fields will carry out the work. In 2011, Boston Scientific invested a total of $895 million in research and development across its worldwide facilities.

“We are pleased to partner with the university in areas ranging from talent recruitment and training needs to research projects,” says Randy Schiestl, vice president of research and development in the cardiac rhythm management group at Boston Scientific. “The MN-IP approach is a much more efficient and innovative way to approach a university partnership, and we look forward to future projects that may result.”


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