The technique provides the scientific community with a higher-resolution methodology to determine if a mouse cell line has been correctly identified in research.
The public-private consortium, led by the National Institute of Standards and Technology, recently released four new reference materials.
The material has a similar benefit to graphene, in that it is one-atom thin, but has the benefit that DNA does not stick to it as it translocates through the pore.
The firm will provide DNA from at least 50 mouse cell lines for use in a PCR-based validation assay.
The partners have signed a three-year R&D agreement under which SeraCare will provide its ctDNA reference materials to NIST for comparison between labs.
The researchers found that many clinically relevant genes fall in regions of the genome that cannot be confidently sequenced and analyzed.
Dozens of government agencies, academic institutions, and a various public and private sector organizations have now committed to driving the initiative forward.
The researchers propose attaching nucleobases to graphene nanopores in order to use the electrical and strain properties of graphene to read DNA.
Researchers tested a combination of three aligners and four variant callers on reference datasets, finding that each has its own biases.
The firm discussed its technology, the NIST data, and data from some early customers in a webinar it hosted this week.
A genomic analysis of modern and ancient maize reveals a complicated domestication history, according to Reuters.
In PLOS this week: MYRF variant linked to congenital diaphragmatic hernia, analysis of the "dragon's blood" red resin produced by traditional medicine plants, and more.
CNBC reports that half of academic researchers leave after about five years.
Researchers have used genetic analysis to confirm a new type of salamander, the New York Times reports.