Though there are few direct hints at how the company plans to translate its findings to a clinical test, its early data has captured the attention of the cancer community.
The financing round will support Grail's ongoing development and validation of early cancer detection products.
The NGS-based test improves on a previous PCR-based version and detects circulating DNA from Epstein Barr virus that is shed from cancer cells.
The recent agreement between Freenome and Biognosys suggests a role for proteomics as developers of genomic-based cancer detection tests look beyond ctDNA.
In a training subset of the larger cohort, the company was able to develop classifiers that detected many cancers while minimizing false positives.
The firm plans to launch a nasopharyngeal carcinoma test in Asia this year and is developing breast cancer tests to supplement mammograms.
Technologies gained one of their first solid footholds in the clinical care of cancer patients with adoption into the treatment paradigm of lung cancer, while researchers turned their eyes to proving utility in other niches.
There were fewer mergers and acquisitions in the omics space in 2017, breaking a two-year streak of growth — however, the deals themselves stayed fairly large.
An Australian-led team has generated a draft genome assembly of the invasive cane toad in hopes it will help in population control, the Sydney Morning Herald reports.
The New York Times reports that the US Department of Defense has implemented about half the recommendations made to improve safe handling of dangerous agents.
In PLOS this week: approach for teasing out archaic introgression in human genomes, immune transcription features in HCV infection, and more.
Stat News reports that Maryland is promoting itself to the biotech industry with a mobile billboard.