Nature was right in choosing CRISPR diagnostic as one of the seven technologies to watch in 2022. The latest news is a test called mCARMEN, described in Nature Medicine. Pardis Sabeti (Broad Institute/Harvard), Cameron Myhrvold (Princeton University) and colleagues adapted a massively multiplexed technology presented in 2020 to be “faster, more sensitive and more easily implemented in clinical and surveillance labs”.Continue reading
Doudna’s creature (Mammoth Biosciences) and Zhang’s company (Sherlock Biosciences) are developing CRISPR-based coronavirus tests similar to a home pregnancy test: portable, cheap, fast, and simple. Both will be easily adapted to detect any new emerging virus. Both received emergency use authorizations in the US in the fall of 2020 and hope to enter the market by the end of 2021. According to this piece by Walter Isaacson, competition is hot but all the intellectual property questions have been put aside for common good.
December is time for rankings and forecasts. Let’s start with STAT News celebrating young talents who could become the next generation of scientific superstars. Three CRISPR researchers appear among STAT wunderkinds. As a postdoc at the Broad Institute, Andrew Anzalone helped make a key advance by developing prime editing, where the same RNA molecule specifies the target and the desired edit. Jennifer Hamilton, from Berkeley, works on solving one of the major hurdles of CRISPR-based therapies: delivering the genome editor to the desired cells. Cameron Myhrvold, has since worked at the Broad Institute on developing CRISPR-based diagnostics such as CARMEN and is about to start his own lab at Princeton.
The Nobel Prize for CRISPR is one of the most exciting ever assigned in chemistry and one of the most celebrated in the media, for reasons related to the invention and the inventors alike. On the one hand, the technique is changing the practice and the image of genetic engineering. On the other hand, Jennifer Doudna and Emmanuelle Charpentier are not merely great scientists; they are a success story in cracking the glass ceiling and a symbol of the strength of collaboration.Continue reading
May 7th 2020 will be remembered as a good day for CRISPR. Yesterday the first CRISPR/Cas-based test received Emergency Use Authorization from the U.S. Food and Drug Administration. The Sherlock SARS-CoV2 kit works by programming a CRISPR enzyme to detect the coronavirus genetic signature, providing results in about one hour. Quickly and cheaply indeed, as the materials for one test cost about $6.Continue reading
Say hello to CARMEN: a massively multiplexed, Cas13-based technology for nucleic acid detection, out yesterday in Nature. Its name stands for Combinatorial Arrayed Reactions for Multiplexed Evaluation of Nucleic acids, and it allows us to test many amplified samples for the presence of many viral sequences by using miniaturized detection reactions that self-organize in a microwell array. Sars-Cov2 included.Continue reading