Epic Sciences Overview
The Epic Story:
The cell is the theater of cancer and the source of certainty.
These ground-breaking advances were possible because Epic took a research road less traveled.
Because the cell is the basic unit of all living things, we decided early on to focus on understanding how cancer cells emerge, mutate and remit — in other words, how cells respond to specific drugs. Studying single cells individually also seemed the most promising way to develop personalized treatments, based on a clearer picture of the disease within a patient.
From the start, we embraced a radically different approach to research, characterized by best-of-class innovation, intellectual courage and a willingness to go wherever the data took us. Hungry to see the true nature of cancer, we swept aside conventional wisdom, clinical biases, and trials with preconceived endpoints. We would be doggedly data-driven, even though that adherence to pure research might disadvantage us strategically or financially. Our vision of how precision medicine might better peoples’ lives was simply too compelling to play it safe.
The team we assembled shares that vision passionately.
Understanding the dynamics of cancer at a cellular level requires the close collaboration and cross-pollination of chemists, biologists, big-data crunchers, clinical researchers, software and imaging engineers, and pattern-recognition specialists who can characterize the many shapes that cancer takes.
We sought the same zeal in our partners, who now include dedicated clinicians at the best genome-oncology departments in the country, 60 pharmaceutical and biotechnology partners, and 38 academic partners including the National Cancer Institute. And from the renowned Scripps Research Institute, we obtained an exclusive license for the technology at the heart of Epic’s rare-cell detection engine — an engine of discovery so powerful and precise that it can discern one cancer cell among 50 million normal blood cells. With this relentlessly incisive technology, we hope that someday cancer will have met its match.
But we’re not stopping there.
Having seen what our rare-cell detection technology can do, we’re confident that it has the potential to revolutionize not only cancer treatment but testing and treatment for other diseases as well. There’s so much yet to be done, but we’re constantly reminded that science’s greatest advances are never done in isolation. Daily we are buoyed by the community we serve: our biopharma partners, colleagues at great research institutes and, ultimately, physicians and patients whose courage inspires us every step of the way.
This is a blood sample
from a cancer patient.
It contains roughly 30 million cells.
Of those, about 5 are cancer cells on their way
to form tumors elsewhere in the body.
This is one of those
Modern cancer diagnostics
technology can't see it.
But we can.
We're Epic Sciences, and we'reFind out how.
making sure no cell gets left behind.
This is a blood sample from a cancer patient.
Of the roughly 30 million cells, about 5 are cancer cells on their way to form tumors elsewhere in the body. Modern cancer diagnostics technology can't see them.