Dr. Steve Jacobsen
About Dr. Steve Jacobsen
Dr. Steve Jacobsen is a distinguished scientist and professor at UCLA, known for his pioneering work in plant gene silencing pathways.
Scientific Co-Founder and SSB Member - Dr. Steve Jacobsen
Dr. Steve Jacobsen serves as the Scientific Co-Founder and SSB Member of his current organization. His significant contributions in the field of molecular biology have shaped his role. He leverages his extensive background in gene silencing pathways to drive scientific innovation and research within the company.
Education and Expertise of Dr. Steve Jacobsen
Dr. Steve Jacobsen earned his PhD at the University of Minnesota, where he honed his expertise in molecular biology. Following this, he completed his postdoctoral studies at the prestigious California Institute of Technology. Dr. Jacobsen's academic journey has equipped him with a deep understanding of molecular, cell, and developmental biology, which he now imparts as a professor at UCLA.
Dr. Steve Jacobsen's Role at University of California, Los Angeles
Dr. Steve Jacobsen serves as a professor in the Department of Molecular, Cell, and Developmental Biology at the University of California, Los Angeles. In this capacity, he leads classes, supervises research initiatives, and mentors young scientists. His role at UCLA allows him to contribute significantly to both academic and research domains.
Investigator at Howard Hughes Medical Institute - Dr. Steve Jacobsen
As an investigator at the Howard Hughes Medical Institute, Dr. Steve Jacobsen conducts pioneering research in molecular biology. His work at the institute includes defining the mechanisms of gene silencing pathways in plants, which has substantial implications for both basic science and agricultural biotechnology.
Accolades and Recognition for Dr. Steve Jacobsen
Dr. Steve Jacobsen's contributions to science have earned him prestigious recognitions, including election to the National Academy of Sciences and the American Academy of Sciences. These honors reflect his impactful work and significant advancements in understanding gene silencing mechanisms.