Healthcare >> CEO Interviews >> September 14, 2001

Jennie Mather – Raven Biotechnologies Inc

JENNIE P. MATHER, PhD, Founder, President and CEO of Raven Biotechnologies, Inc., has over 30 years of experience in cell culture and cell biology research. She obtained her PhD and did postdoctoral work at the University of California, San Diego. After a year as an NIH/INSERM Exchange Scientist in Lyon, France, Dr. Mather joined the faculty of The Rockefeller University. In 1984 she joined Genentech, Inc. as a Senior Scientist in Process Sciences and was promoted to Staff Scientist in 1988. She was involved in designing cell culture production processes for four currently marketed recombinant protein products. In 1994, she and her group moved to the research division of Genentech where she initiated discovery research projects in the areas of neurobiology, endocrinology, and cancer biology and contributed to a genomics screening effort. While at Genentech, Dr. Mather was a member of more than 12 project teams. This has given her exposure to most aspects of biotechnology product development, from the initial assessment of ideas, to forming and leading a team through the research and early development phases of a new drug. In January 1999 Dr. Mather left Genentech to found Raven Biotechnologies, a company whose mission is the rapid and focused discovery of drug targets and therapeutics using an integrated cell biology-based approach to drug discovery. Dr Mather has been named inventor on more than 25 patents and has authored or edited five books, including Introduction to Cell and Tissue Culture, and more than 150 publications. As Founder, President and CEO of Raven Biotechnologies, she has raised $23 million and grown Raven from its inception to its current size of more than 40 people. In 2002, Dr. Mather was named one of the top 10 innovators by Red Herring Magazine. Profile
TWST: Could we start out with a history and overview of Raven

Biotechnologies?

Dr. Mather: Raven was started in January 1999 to bring a cell-based

approach to drug target discovery. We use a