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The University of California, Davis, announced the recipients of the 2022 Chancellor’s Innovation Awards at an in-person event on June 16. The awards recognize faculty, community partners and industry leaders developing innovative solutions to improve the lives of others and address important needs in our global society. 

“Innovation is at the heart of our mission at �������ϲʿ����������ͼ,” said Chancellor Gary S. May. “We are driven to take action by creating new inventions beyond the boundaries of our campus. These award winners are groundbreakers who improve society as their innovations move out of the lab and into the world.”

The awards include Innovator of the Year, Innovative Community Partner and Lifetime Achievement in Innovation. The program is managed by the Office of Research.

“I would like to congratulate the recipients of this year’s awards and applaud their commitment to bringing forth solutions to important challenges,” said Prasant Mohapatra, vice chancellor for research. “These honorees represent the bold and creative spirit common to �������ϲʿ����������ͼ — to search beyond the expected and seek opportunities to make the world a better place.”

Innovators of the Year

The Innovator of the Year award recognizes faculty, staff, or teams whose innovative or entrepreneurial activities have had a measurable societal impact in the last year, or those whose activities or achievements in the last year have a very strong potential to make a significant impact in the future. Recipients receive $10,000 to advance their research or engage in community efforts.

Professor Ermias Kebreab, Animal Science, College of Agricultural and Environmental Sciences

and colleagues have found an ingenious solution to reduce methane — a type of greenhouse gas — emissions from dairy cows. Research has shown that cow burps represent more than 4% of global annual greenhouse gas emissions. Each year, one cow can belch 220 pounds of methane, contributing to climate change.

In 2018, the Kebreab lab started testing at the �������ϲʿ����������ͼ Dairy Barn to see if feeding seaweed to 12 Holstein cows would reduce methane emissions. The preliminary findings showed substantial reductions in methane, leading Kebreab to expand the testing with additional cattle in summer 2020. In that , Kebreab and his team experimented with 21 beef cattle by adding a scant amount of seaweed to their daily diet. Through this work, they were able to prove that cattle that consumed doses of 80 grams (3 ounces) of seaweed per day emitted up to 82% less methane in addition to achieving better weight gain compared to their herd mates. The published in the journal PLOS ONE have shown the importance of combining modeling and experimental research.  

Kebreab’s innovative work on alternative cattle nutrition has been gaining worldwide attention for its climate friendly attributes as summarized in his . The impact of this discovery has huge implications for the livestock sector, the potential use of seaweed to curb methane emission from the ruminant industry, and the ways in which it can impact climate change globally.

Professor Delmar Larsen, Chemistry, College of Letters and Science

has developed an innovative solution to eliminate the barrier of high-cost textbooks on education and increase accessibility to students around the world. His work developing — an internet library of free and open-source educational resources for K-12 and college courses — has been recognized as an all-inclusive hub for student learning across the world.

Back in 2008, when Larsen learned that nearly one-quarter of the students in his chemistry class could not afford to buy the textbook for his course, he created ChemWiki, now known as LibreTexts, for students of chemistry so they could access course materials for free through their web browser. Since then, the grant from the U.S. Department of Education. As external funding scaled up, Larsen engaged a team of undergraduate students and faculty to contribute and grow this resource, saving �������ϲʿ����������ͼ students alone more than $1 million a year. Today, LibreTexts includes 15 libraries including chemistry, biology, business, history, statistics, Spanish and more, along with a new Ukrainian library, while registering 850 million page views with 6.6 millennia of confirmed student reading. The site allows instructors to customize and quickly change material to meet specific needs of students and reflect current events. Importantly, anyone can contribute to the project, including faculty, students and experts.

Its when the site proved to be a personalized resource for its base of 223 million students and saw an especially rapid growth in traffic for its biology, physics and mathematics sections. The site has delivered 100,000 English-language page views to Ukraine and is scaling up operations to meet the educational needs of displaced students in Ukraine from the current war. 

The online distribution aspect of ​​LibreTexts has saved students an estimated $50 million in textbook costs. Larsen hopes to see the platform adapted into a statewide infrastructure. In 2020, the project received a from the state of California’s to build the free to accompany the textbooks. LibreTexts’ ability to democratize access to expensive STEM textbooks is especially important for diversity, equity and inclusion of first-generation college students, low-income students and minority-serving institutions in the sciences.

Lifetime Achievement Award in Innovation

The Lifetime Achievement Award in Innovation recognizes researchers whose career accomplishments include innovations leading to a long-term positive impact on the lives of others and who are an inspiring influence for other innovators.

Professor Jan Nolta, Cell Biology and Human Anatomy and Internal Medicine, School of Medicine

serves as the director of the Stem Cell Program and the �������ϲʿ����������ͼ Gene Therapy Center in the Institute for Regenerative Cures at �������ϲʿ����������ͼ Health in Sacramento. Nolta has gained a reputation as a prolific scientist with over three decades of experience in human stem cells, gene therapy and clinical trial development. She has been a tireless contributor to the field of regenerative medicine-related cures for a spectrum of diseases and injuries. She started her career helping to develop stem cell gene therapy treatments for “bubble baby disease.”

Over the past few years, Nolta has been collaborating with an interdisciplinary team including �������ϲʿ����������ͼ Health professors , and for cancer patients. To advance this innovation, Nolta’s group is cultivating potent cancer killer cells to treat leukemia and lymphoma in relapsed patients. The approach may tackle kidney, ovarian and bladder cancers down the line. The team is helping to facilitate change that would drive the cost of CAR-T therapies down while increasing accessibility so that life-saving, cutting-edge therapies can be provided to all patients in an equitable manner.

Nolta’s current research is focused on developing therapies that will use , or MSCs, to deliver factors for treating Huntington’s disease and other disorders and injuries. She is the scientific director of the Good Manufacturing Practice clean room facility at �������ϲʿ����������ͼ, where stem cells of different types are being isolated or expanded for clinical trials.

Nolta has received multiple awards from the beginning of her career. Early awards include New Investigator Award in 1999; Research Career and Development Award, 1996; and an NIH award in 1997. More awards followed later including Huntington’s Disease Society of America Distinguished Leadership Award, 2008; California State University, Sacramento Distinguished Service Award, 2009, and many more. She has published over 200 peer-reviewed manuscripts in the stem cell field and has been editor-in-chief of the journal Stem Cells since 2013.

Nolta’s desire to serve the community and to make an impact on the lives of people has been one of the major driving forces for many of her career accomplishments. Her group focuses on “bench to the bedside” research, and she has been involved in numerous clinical trials of gene and cell therapy. As a first-generation faculty member, Nolta has been an advocate of a diverse science and health care workforce of the future and is currently leading or assisting with numerous training programs. Her passion is in training other first-generation students, and those from diverse backgrounds and lived experiences.

Innovative Community Partner Award

AgStart and The Lab@AgStart

Although startup incubators and office co-working spaces are not novel ideas, when was founded in 2012 through collaboration between �������ϲʿ����������ͼ and a regional nonprofit, the program was one of the first in the country focused exclusively on supporting innovators in agriculture and food technology. For much of its first decade, AgStart existed as a “virtual” incubator supporting entrepreneurs with mentorship, education, community and connections to resources in our California agriculture and food ecosystem.

In May 2021 the program blossomed to include , the largest wet-lab incubator for startup companies in California’s Central Valley region, giving innovators and startup entrepreneurs access to sophisticated wet-lab and food-lab facilities and equipment, along with office and co-working space. The lab is a member of the �������ϲʿ����������ͼ Venture Catalyst DRIVE Network, and it is managed by , a serial entrepreneur with over 20 years of domestic and international experience in the social venture space.

The Lab@AgStart is now fully occupied with startup company researchers and currently houses several �������ϲʿ����������ͼ spinouts, including , , , and . These and other startups at AgStart employ �������ϲʿ����������ͼ doctoral graduates as well as providing employment experiences for undergraduate interns. The speed with which startup companies filled The Lab@AgStart facility demonstrates the pent-up demand for ag-tech and food/biotech related infrastructure in the region. In its first year of operation, startup companies residing at the incubator created over 24 new full-time professional jobs and brought over $45 million in private capital investment to the region.

About the awards program

The �������ϲʿ����������ͼ Chancellor’s Innovation Awards program was established in 2016 to celebrate the university’s innovative contributions to the regional and global community. The program is run by , a unit within the Innovation and Technology Commercialization division of the Office of Research. The call for nominations for this year’s award was issued in March 2022.

Nominations were reviewed by a selection committee consisting of past recipients, representatives from the Office of Research, external partners and delegates named by the deans of various �������ϲʿ����������ͼ schools and colleges. Committee members rated each nomination based on a predetermined protocol evaluating the uniqueness of the innovation and their potential societal impact. Recommendations from the committee were then submitted to the chancellor, provost and executive vice chancellor, and vice chancellor of research for final approval.