The company will apply artificial intelligence to a large clinical and genomic dataset from VA records in order to support personalized clinical decision making.
The new partnership will make data from more than 9 million anonymized veterans' medical records available for research.
The company has been working with the VA since 2013, when it it received a contract to provide sequencing and data analysis for enrollees in the Million Veteran Program.
Announced this month, the project brings together CPTAC, the VA, and DoD, and has as its initial goal the proteogenomic analysis of 8,000 lung cancer patients.
With NIH funds, organizations will build the 1 million volunteer cohort, while FDA's draft guidances will inform regulation of genetic tests critical for precision medicine.
The deal, which will help develop personalized cancer treatments for veterans, marks the latest in a series of personalized medicine alliances for IBM.
The work will support the Million Veteran Program, which aims to study the link between genes and disease using a research cohort veterans and active military.
Dozens of government agencies, academic institutions, and a various public and private sector organizations have now committed to driving the initiative forward.
If the regional precision medicine program is successful, the VA might expand it for veterans around the country.
Personal Genome Diagnostics will supply its CancerSelect targeted gene panel to test veterans with newly diagnosed lung cancer.
Researchers have sequenced the genome of the depth-dwelling giant squid.
Prosecutors have charged a former Drexel University professor with theft for allegedly spending federal grant money on adult entertainment and other unrelated expenses, according to the Philadelphia Inquirer.
Chris Collins, a former US representative, has been sentenced to more than two years in prison in an insider trading case involving an Australian biotechnology firm, the New York Times reports.
In PNAS this week: Trypanosoma brucei transcripts, estimate of people at risk of inherited retinal disease, and more.