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The University of California, Davis, continues to foster discovery and innovation, enabling 13 startup companies in the last fiscal year.

The university provides support for campus entrepreneurs in a number of ways, including facilitating intellectual property agreements and licensing inventions. Each startup is commercializing products or services that were seminally developed at �ٺ���Ƶ.

Over the last three years, �ٺ���Ƶ has averaged about 12 startups each year, up from about four before 2012. This increase reflects a focus on technology transfer at the university, highlighted by Chancellor Linda Katehi at the and UC President Janet Napolitano through the she formed to advise the institution in this area.

Entrepreneurial researchers have access to a variety of support services, provided by the Office of Research’s unit. Established in 2013, Venture Catalyst guides researchers through the pre-startup phase and startup formation, including the process of establishing the appropriate corporate structure, applying for patents and making essential connections within the commercial sphere.

“�ٺ���Ƶ is about fostering startups for the benefit of society,” said Dushyant Pathak, associate vice chancellor for technology management and corporate relations and executive director of Venture Catalyst. “Moving these technologies toward the marketplace is important so that they can have an impact in people’s lives beyond the university.”

Concentration in life and medical sciences

Many of this year’s startups have a medical focus, likely a result of the strong collaborations between the School of Medicine and other life science and engineering disciplines at the university.

Medical startup is testing a series of small molecules for their ability to boost the immune system, with the goal of enhancing the effectiveness of cancer immunotherapy.

“Our approach is to monitor the immune status of cancer patients and fortify the immune system with an immune modulator for the purpose of optimizing personalized cancer immunotherapies,” said professor of medicine Michael DeGregorio, founder and scientific advisor of ImmunoTess.

The company, which was founded in May, has already raised more than $1 million in investment capital.

InnovaNutra, another company still in its early stages, is trying to change the way nutrients are delivered in food and cosmetics. �ٺ���Ƶ scientist Nitin Nitin has improved upon encapsulation, a process for protecting a compound’s properties and controlling its release. Nitin’s approach uses cell-based carriers less than 10 microns in size that can stabilize the compounds as they are delivered, allowing for sustained release of bioactive molecules. Examples of products that use encapsulation are face creams with retinol, and water with added vitamins.

“Just like how nutrients get released from a natural food material, we can have them release from these cell-based carriers during digestion — the advantage here being that in a single cell, we can add a combination of health-promoting compounds at a much higher concentration and improved shelf life than possible with common food options,” said Nitin Nitin, who is an associate professor of biological and agricultural engineering. “Some of these solutions we are looking at may have a role in addressing the national need for improving our health through food.”

Other firms have been enabled by foundational science that was developed by �ٺ���Ƶ researchers. For example, Boston pharmaceutical company licensed the rights to commercialize a treatment with potential to help children and adults with central nervous system disorders, including epilepsy. The treatment was pioneered by a neurology team at �ٺ���Ƶ. Although this publicly traded company was founded in 2010, the licensing of foundational science from �ٺ���Ƶ was finalized this year.

�ٺ���Ƶ-enabled startups for 2014-15

• Cardiac Motion: Wearable, long-term ultra-wideband radar monitor for cardiac arrhythmia
• Chirp Microsystems: Extremely low power, ultrasonic 3D-sensing solutions for consumer electronics 
• DtoR Inc.: Platform technology to customize transcription control sequences and optimize gene expression for agriculturally significant traits in crop plants and livestock
• EncapSolutions: Nanoparticle capsules for photonic crystal color display in magnetic field
• ImmunoTess: Novel compounds for immunomodulation and inhibition of inflammation for enhancing the efficacy of immunotherapy
• InnovaNutra: Encapsulation technology for bioactive compounds for applications in food, nutraceuticals and cosmetics
• Inserogen: Use of tobacco plants as a manufacturing platform for rapid, scalable, and cost-effective production of therapeutics for rare (orphan) diseases
• Juno BioMedical: Novel method and device for directing cell migration 
• Pandomedx: Identification of potential therapeutic targets for prostate cancer
• SAGE Therapeutics: Mitigation and treatment of epileptic seizures 
• Tahoe Institute for Rural Health Research: Sampling device for personal blood tests 

Note: Two companies are currently working in a temporary “stealth mode” for competitive reasons.

This past year, �ٺ���Ƶ also partnered with HM.CLAUSE, a global leader in vegetable seeds, to form a . Located off campus in Davis, the space provides laboratory facilities, office and conference-room space and even a greenhouse for fledgling businesses to further develop their technologies.

All told, this past year, �ٺ���Ƶ processed 229 new invention disclosures, 210 patent applications and 57 licenses.

Systemwide, the University of California produced of any university system in the U.S., and UC research spawned 1,769 inventions — an average of nearly five a day.