Kaiser Permanente's Genetic Database Is Boon to Medical Research
By Emily Anthes,
Bloomberg Businessweek
| 09. 25. 2014
Untitled Document
Over the past decade, Kaiser Permanente has spent more than $4 billion building the world’s largest private-sector collection of electronic health-care records. The data have become the cornerstone of a new scientific resource: a biobank that links the health records of more than 210,000 Kaiser members with samples of their DNA. The Oakland (Calif.)-based health network has teamed up with the University of California at San Francisco so scientists can use the collection to search for the genetic roots of diseases including glaucoma and prostate cancer.
Kaiser has 9.5 million enrollees in eight states and the District of Columbia, and members can see a wide variety of medical specialists without leaving the network. Every visit, lab test, prescription, and procedure is logged into a member’s electronic health record. This gives Kaiser an edge over other genomics projects, which besides collecting DNA samples must go through the expense and trouble of amassing information on subjects’ medical history. Last year biologist Craig Venter founded Human Longevity, with plans to sequence the genomes of as many as 100,000 people annually, and this summer,...
Related Articles
By Charles Schmidt, Undark | 09.25.2026
In 2010, scientists at the University of Tokyo and other institutions reported a startling achievement: They had successfully grown a pancreas made almost entirely of rat cells within the bodies of mice. The research was directed by Hiromitsu Nakauchi, a...
By Rob Stein, NPR [cites CGS' Katie Hasson] | 09.29.2026
Cathy Tie slips on a white lab coat bearing her name and the logo of her startup: Origin Genomics. "Welcome!" she says as she leads an NPR reporter, photographer and videographer on an exclusive tour of Origin's labs located...
By Emily Baumgaertner Nunn, The New York Times | 09.08.2026
It is one of biology’s most ingenious rhythms: Every baby is born young. No matter how much wear and tear their parents’ DNA accumulated over their lifetimes, reproduction erases the molecular scars, handing a clean slate to the next generation...
What We Inherit by Sam Trejo and Daphne O. Martschenko; and Original Sin by Kathryn Paige Harden have a great deal in common, with substantial differences in style and emphasis. Both books attempt, in different ways, to show the reader just where current research into human genomics stands, where that might be going, and why the authors are interested. In short, the influence of genomic research on our societies is already large and seems likely to change them in ways...