The document discusses the role of the UAB Research Foundation in technology transfer and commercializing intellectual property created at UAB. It notes that the RF handles around 1,000 agreements annually and owns the intellectual property from UAB's over $420 million in annual research expenditures. The RF aims to license patents and support Alabama's entrepreneurial ecosystem through collaborations within UAB and the local community that can help discoveries become commercial products and services.
2. The UAB Research Foundation The What Why & How of University Technology Transfer
3. UAB Research Foundation & UAB Research Fundamentals 501 c. 3 established in 1987 to provide services to the research enterprise at UAB The research enterprise at UAB is significant UABs research expenditures have doubled every decade since its founding: Research expenditures last year were >$420 MM Of which >$200 MM is from federal awards that is money being sent here from D.C. and spent in our community Of the $420 MM, ~ half is salaries again, mainly spent very close to where we are sitting today Every external $ spent on research at UAB has an additional $.84 impact on the local economy
4. UABRF Role The RF completes almost 1,000 transactions a year Mainly service-oriented, zero-revenue agreements: Material Transfer Agreements, Confidentiality Agreements, inter-university agreements, consortium / collaboration agreements. Not newsworthy or exciting.but crucial components of the research enterprise At core, UABRF is a service provider for UAB research
5. The Meat.. The reason most here are interested in the RF: We own and manage intellectual property created at UAB
6. Why? Fundamentally if we accept federal support - we have to Must provide administrative entity to manage resulting intellectual property whether (potentially) patentable or research tools or biological materials; at UAB this entity is UABRF Bayh-Dole Act, 1980 Provides mechanism for university ownership and commercialization of federally-supported inventions Described as Possibly the most inspired piece of legislation to be enacted in America over the past half-century *) * INNOVATION'S GOLDEN GOOSE , The Economist , Dec 12th 2002
7. Bayh-Dole Act Basics Obligation to make developments available in exchange for receipt of government grants Universities must file patents on inventions they elect to own Encourage collaboration with industry to promote the utilization of inventions Must give preference to small businesses Manufacturing in U.S.
9. Real Patents.. ANNUNCIATOR FOR THE SUPPOSED DEAD Inventor: WILLIAM H. WHITE U.S. Patent 465,548 Patented December 22, 1891 for preventing the commission of "grave errors"
10. Results, 2006-2007 In the U.S., University-licensed technologies resulted in: 686 new products being introduced into the market 555 new startup companies launches 19,827 new invention disclosures were received by universities A total of 5,109 licenses and options were signed 3,622 patents were issued to universities 3,388 startup companies based on university-created technologies were still operational (from the beginning of record keeping on such matters, in the late 1980s)
11. UABRF Metrics (1987-2009) Total inventions received: >1,900 U.S. Patents issued: >467 Total Option/License agreements: >350
12. UABRF Metrics (1987-2009) License revenues collected to date: > $47MM Licenses with equity: 39 Distributions to inventors: $13.2MM As personal income Distributions to UAB& UABRF $32MM Used to support research activities
13. Technology Transfer vs. Knowledge Transfer Of course there's a lot of knowledge in universities: the freshmen bring a little in; the seniors don't take much away, so knowledge sort of accumulates. Abbott Lawrence Lowell, Harvard president 1909-1933
14. Technology Transfer Process - Simplified Invention disclosed to TT office Review / triage: completeness; technical aspects; obligation to funding entity ( federal agency or private industry? ) Patentability Marketability Seek patent protection Identify potential licensee(s) Market Negotiate terms: Option period Internal review: Conflicts of interest? Execute license agreement Monitor compliance/diligence terms Maintain patent portfolio Invoice Distribute revenues to happy inventors. ( and even to unhappy inventors, as well..)
16. Ego and envy Fear and greed From Louis Berneman UNIVERSITY INDUSTRY Research Partner- ships, Tech Transfer = Economic Development Teaching Research Service Economic Development R&D, products Profits Knowledge for Knowledges Sake Academic Freedom Open Discourse Time = Semester Management of Knowledge for Profit Confidentiality Limited Public Disclosure Time = Money UNIVERSITY INDUSTRY Research Partnerships, Tech Transfer = Economic Development Teaching Research Service Economic Development R&D, Products Profits Knowledge for Knowledges Sake Academic Freedom Open Discourse: Time = Semester Management of Knowledge for Profit Confidentiality Limited Public Disclosure Time = Money
17. Challenges? By definition, the technologies managed by the RF are very early stage Necessary to seek patent protection very early Result UABRF is almost always the first investor in a UAB technology Patent investments made by UABRF in a single portfolio often reach tens or hundreds of thousand $ before (if!) a licensee is found whether an existing company or a startup
18. Finding a Licensee Strong preference to do business locally to support local economic growth, however Most UAB technologies are licensed out of state or overseas Exception is licenses to UAB startups Local industry clusters dont yet match the technology base generated at UAB strong life sciences portfolio
19. Observations Most of our technologies / inventions are not candidates for startup company formation; rather, they will best be introduced into the market place by licensing to an existing company for development as a new product or service Many times that company will be out of state Wealth is eventually created here as licensing revenues are returned to UABRF, the inventors and UAB
20. Expectations Alignment of priorities with performance metrics- (e.g., create startup companies and wait for revenues that may never materialize.or license to existing companies for up-front money?) How is success measured? By the university? By the inventor? By the community? By the federal government? Depending on the answer to this question, management styles for university technology transfer vary considerably across the nation
21. Goals at UABRF Help build an environment that is supportive of the activities in our realm to build an Entrepreneurial Ecosystem : At the university: support at all administrative levels faculty, department, school, university..trustees Local investors Serial entrepreneurs we have some, and they are well represented here but we need more Service providers
22. Progress New staff positions added RF staff now includes 5x Ph.D.s, 3x MBAs & 3x J.D.s Better business practices Outreach to faculty & community Collaborations Across campus With other UA system schools With local & regional economic development agencies Participation in national & international professional organizations Visibility
23. Successes Diverse Portfolio Commercializing a therapeutic technology is expensive and time consuming but rewards are significant Life science service / discovery companies present different paths to commercial success: Discovery BioMed, Vivo BioScience IT and bioinformatics based companies from UAB have enjoyed success: Emageon MedMined DefiniCare
24. A Life Sciences Campus-With Engineering Alabama Launchpad, 2009: UAB teams took 3 out of the 8 final places Won first and second place $100K 1 st place prize Innovative Composite Solutions, from UABs Materials Sciences (School of Engineering) $50K 2 nd place prize, Spectrum PhenomX, Genetics, (School of Medicine)
25. Summary Work in close collaboration with local, state and regional entities; leverage intellectual and physical assets Sometimes this means licensing a technology to a company; but often it may mean providing access to expertise or to one of a kind instrumentation. If this is done properly - Discoveries become beneficial products and services, medicines, improved electrical and computer equipment, plants, safer food, etc. Public benefits include employment, commerce, generating state and federal taxes