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Corporate-sponsored research resulted in licenses and patents much more frequently than federally sponsored projects at the campuses of the University of California system, according to findings published in Nature. A 20 year study found that industry support was more likely to produce patents, licenses and future citations in all fields of research. Projects that received both corporate and federal support were even more likely to generate useful intellectual property.

Maryland's Innovation Initiative (MII), launched earlier this year, unveiled two inaugural programs on Monday aimed at commercializing technologies at the state's universities. The new Innovation Discovery Program will help universities identify promising technologies and potential collaborations by reimbursing them for the costs of employing on-site, part-time "site miners." The Innovation Commercialization Program will provide cash awards to support research, commercialization planning and product development.

A new program launched in Massachusetts will help companies commercialize technologies developed under the Small Business Innovation Research (SBIR) program by picking up where Phase II of the program leaves off, providing financial support, coaching and introductions to potential investors. The Massachusetts Technology Development Corporation will initiate the program with $6 million over the next three years.

University-focused initiatives that help bring new technologies and products to market help drive regional economic development and encourage an entrepreneurial culture on campuses. SSTI’s latest Trends in TBED report featured a number of commercialization efforts launched in 2013, including university-based funds to support ideas from faculty, staff and alumni. So far, 2014 also has proven active in this area with the announcement of several new initiatives to support university technology startups.

Of the 118 university-based startups launched in Illinois between 2006-13, about 73 percent remain in the state, according to the latest issue of the Illinois Innovation Index. The 2013 fourth quarter report of the Index focuses on the recent strides made by the state in building a stronger technology transfer pipeline. During the five-year period of 2008-12, Illinois universities received 47 percent more patents than they did during the 2003-07 period, almost triple the national growth rate.

Follow-on funding, access to technology, talent and resources all can be barriers to commercialization and successfully spinning off sustainable companies. Always seeking a quicker, more viable path to market for technologies and products, university-based programs and public-private partnerships try to tackle these hurdles, which often times are region-specific. Such is the case in Long Island, NY, where a recent partnership between a nonprofit organization and venture capital firm is working to address access to capital concerns.

Hoping to draw attention to declining federal funding for basic research, a nonprofit group of public and private research universities unveiled a report highlighting the success of 100 companies that trace their roots to a federally funded research university. Of the companies highlighted, 89 remain in business today, which is far better than the U.S. average new business survival rate of 50 percent after five years, the report notes. Moreover, 16 of the 20 youngest companies (less than five years old) also remain in business.

Because universities are increasingly seen as hubs for regional economic development, many institutions are reorganizing their business engagement efforts to eliminate the barriers between universities and the innovation community. Recently, the University of New Hampshire, the University of Michigan Medical School and the University of Texas at Arlington all announced plans to streamline and redesign their innovation services, aiming to increase their contribution to regional job and business creation.

The Michigan Economic Development Corporation (MEDC) recently announced the recipients of $25 million in awards from Michigan's 21st Century Jobs Fund. Each of the eight organizations receiving the awards will use the funding to support Michigan entrepreneurs and technology commercialization. The largest single allotment, $10.8 million, will benefit Ann Arbor SPARK, which plans to replenish its Michigan Pre-Seed Capital Fund with the award. Other recipient organizations will be offering capital and business assistance around the state.

Spending time at a technology or business incubator may be the key to learning about entrepreneurship. Some universities, seeking to ramp up entrepreneurship programs, are turning to incubators as real-world teachers.

New legislation passed by the California legislature would expand the state’s Innovation Hub (iHub) program, which supports commercialization and entrepreneurship at a regional level. The program initially was launched in March 2010 through the state’s Business, Transportation and Housing Agency.

Although universities are not always at the forefront of the discussion on job creation and economic activity, they saw a sizable increase in licensing and startup activity during FY12, according to a survey by the Association of University Technology Managers (AUTM). Respondents reported $36.8 billion in net product sales from licensed technologies and startup companies from 70 of the surveyed institutions employed over 15,000 full-time employees. Highlights from the survey are available now, and the full report is set to release at the end of the year.

U.S. research universities have launched several new initiatives to impact international development across Africa by leveraging their institutional knowledge to support tech-based economic growth on the continent. The African Development Bank, a regional multilateral development bank, also announced that it will commit $45 million for the creation of a Pan African University consisting of five thematic institutes focused primarily on science, technology and innovation.

The co-locating of researchers, donated equipment, and capital are recent examples of key elements provided by private-sector partners to help accelerate technology commercialization. In the past month, leaders from universities and nonprofit organizations across the country have announced new efforts to expand research capacity and bring more products to market by launching innovative centers in collaboration with corporate partners.