Nano Science and Technology Institute
Nanotech 2007 Vol. 1
Nanotech 2007 Vol. 1
Technical Proceedings of the 2007 NSTI Nanotechnology Conference and Trade Show, Volume 1
Chapter 8: Licensing, IP and Regulatory

A Quantitaive Method for Assessing Opportunitiutes for Academia/Industry Collaborations in Nanotechnology

Authors:T. Isakowitz
Affilation:University of Pennsylvania, US
Pages:605 - 607
Keywords:industry/academia collaboration
Abstract:The difficulty in establishing academia/industry research collaborations focused on nanotechnology stems mostly from a difference in perspectives. While most academic work focuses on science, industry’s emphasis is on applications. For example, a scientist may be interested in small protein-design, but a company in drugs for cancer. The bridge between the two is technology. If small-protein design is geared toward developing new targeted drug delivery techniques (the technology), and if that particular technology can be used for cancer drugs, then we have a potential match. We developed a technique to facilitate this kind of analysis on a large scale. Research projects are cataloged according to two axes: science and technology. For example, a project on Vascular grafts is cataloged as science  colloids, design/synthesis of nanoparticles, and of polymers technology  Medical Devices, coatings and new materials Once a large number of projects is thus cataloged a matrix relating science and technology is obtained. The matrix entries represent the number of projects associating a science and a technology. A similar matrix can be constructed for a company. The multiplication of both matrices results in a science/application matrix that highlights potential areas for collaboration.
A Quantitaive Method for Assessing Opportunitiutes for Academia/Industry Collaborations in NanotechnologyView PDF of paper
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