Of the CRISPR-Cas9 tools created to date, base editors have gotten lots of attention because of their seemingly simple editing: they neatly replace one nucleic acid with another, in many cases all that should be needed to fix a genetic disease. Scientists have now determined the structure of the latest base editor as it swaps out nucleic acids, showing why it can go off target but also how it can be improved.
source https://www.sciencedaily.com/releases/2020/07/200730141315.htm
Friday, 31 July 2020
Related Posts
Crops: Mixed cultures for a greater yieldWhat holds true for meadows would seem to apply to arable land, too: m… Read More
Immunologists discover new trick used by MRSA superbug -- may aid vaccine developmentNew research has uncovered a novel trick employed by the bacterium Sta… Read More
Predicting tooth lossNew research suggests that machine learning tools can help identify th… Read More
Chemicals from human activities in transplanted oysters far from population centersWastewater treatment facilities clean the water that goes down our sin… Read More
Researchers find health benefits of Connecticut-grown sugar kelpResearchers have reported significant findings supporting the nutritio… Read More
Marmoset study identifies brain region linking actions to their outcomesThe 'anterior cingulate cortex' is key brain region involved in linkin… Read More
0 comments: