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Assays like SwabSeq, Dx-Seq, and LAMP-Seq promise to analyze tens to hundreds of thousands of samples in parallel but might be constrained by sample availability.
The platform can detect a single virus in more than 1,000 samples at a time or more than 160 viruses, including SARS-CoV-2, in a small number of samples.
News items for the in vitro diagnostics industry for the week of March 23, 2020.
The method, dubbed GoPhAST-R, was codeveloped by researcher from the Broad Institute and NanoString, which now hopes to work with a partner to commercialize it.
Two new grants are helping the company develop its SHERLOCK and INSPECTR technologies as the basis for creating innovative diagnostics.
The Broad Institute spinout will develop its CRISPR-based Sherlock platform for battlefield-ready diagnostics for infectious disease agents.
The company launched last month with initial financing of $35 million and licenses to CRISPR and synthetic biology technology from the Broad and Harvard.
The company has initial financing of $35 million, and has licensed its foundational SHERLOCK and INSPECTR technologies from the Broad and Harvard, respectively.
The new center will focus on liquid biopsy technologies for tracking treatment response and for monitoring patients with minimal residual disease.
The technology behind Mammoth's platform bears a striking resemblance to the CRISPR-based SHERLOCK platform developed by researchers at the Broad Institute.