Researchers harness a protein to send cargo-carrying exosomes to mouse muscles.
To treat a mouse model of Duchenne muscular dystrophy, molecules of the exosome-binding peptide CP05 are linked either to the muscle-targeting peptide M12 or an oligomer (PMO) that corrects a splicing error in the gene for dystrophin. These two conjugate peptides paint the surface of exosomes from cultured mouse cells. When injected into the mice, the exosomes home to muscle, where they deliver the oligomer, boost functional dystrophin levels, and improve muscle function.
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A citizen science game explores how social choices and networks can influence how an illness moves through a population.
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Learn how a next-generation platform accelerates biological research by enabling high-throughput, spatially resolved multiomics profiling.
In this webinar, Imogen Binnian will share how AI and gene synthesis technology can accelerate the discovery and validation of novel disease traits.
Real-time imaging enhances fluorescence activated cell sorting (FACS) to help scientists overcome the cost and burden of validation.
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Multi-center project will profile over 40,000 samples using ultra-sensitive NULISA™ technology.
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