Ellen Beasley,
Senior Vice President,
Genomic Health Inc
Ellen Beasley has over 20 years of product development and program management experience in biotechnology and genomics sciences. She brings a record of successful integration and application of bioinformatics, genetics and genomics platforms to advance and accelerate life sciences instrument, diagnostics and therapeutics product discovery and development. Ellen started her career in human genomics at the Stanford Human Genome Center and lead the team developing physical maps of the human genome. She then moved to Celera Genomics and participated in the genome sequencing and gene discovery efforts for the human genome. After the completion of the human genome, Ellen managed various discovery efforts to apply the human genome, including drug target discovery efforts, investigation of the genetic basis of autoimmune disease and companion diagnostic partnership development. Ellen then moved to Perlegen Sciences where she was SVP of R&D Operations, managing companion diagnostic programs and building the CLIA lab for commercialization of a breast cancer risk assay. In 2009, Ellen joined Life Technologies and was VP of Biological Information Systems, leading a team to develop methods and software tools to exploit the data from next generation sequencers. Since joining Genomic Health in 2013, Ellen has focused on the application of next generation technologies, including sequencing and liquid-based biopsy, to discover and develop Genomic Health’s next generation of products to serve patients living with cancer. Ellen received a B.S. in Biology from Trinity College (Hartford, CT) and a Ph.D. in Molecular Genetics & Cell Biology from The University of Chicago, she completed post-doctoral training at the Biozentrum of the University of Basel in Switzerland and Stanford University. Ellen is an inventor on approximately 170 patents.
|
|
Liquid Biopsies in the Management of CancerMonday, 16 November 2015 at 09:00 Solid tumors that originate in internal organs such as the breast, lung, or bladder often release DNA and tumor cells into the bloodstream or urine. When the presence of tumor-derived DNA in blood is high and persists or increases over time, the cancer is likely growing and a new course of treatment may be appropriate. The ability to reliably measure tumor burden in blood and the evolution of tumor biology over time it will have a transformational impact on the management of cancer. Patients could forego more invasive procedures like tissue biopsies and would not have to wait months to do screenings like PET scans. In real-time management of cancer patients, similar to cholesterol monitoring, we will have the opportunity to guide patients to the right treatment with the right dose more quickly, improving patient outcomes and potentially avoiding unnecessary side effects and cost.
|
Add to Calendar ▼SELECTBIOenquiries@selectbiosciences.com
