New approach for efficient engineering of cell and gene ther

A new approach to the genetic engineering of cells promises significant improvements in speed, efficiency, and reduction in cellular toxicity compared to current methods.

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United States , Gerd Blobel , Barbara Schiffrin , Franke Weise , Junwei Shi , E John Wherry , Rahul Kohli , Shelleyl Berger , Emily Henderson , Perelman School Of Medicine , University Of Pennsylvania , Penn Epigenetics Institute , Daniels Och University Professor In Cell , Abramson Family Cancer Research Institute , Food Drug Administration , Perelman School , Nature Biotechnology , Penn Medicine , Drug Administration , John Wherry , Barbara Schiffrin President , Distinguished Professor , Systems Pharmacology , Translational Therapeutics , University Professor , Developmental Biology , Penn Epigenetics , Cancer Biology , Abramson Family Cancer Research , Infectious Diseases , Cell , Gene , Ntigen , Biotechnology , Flood , Dancer , Chimeric Antigen Receptor , Rispr , Na , Epigenetics , Gene Editing , Genes , Enetic , Genetic Engineering , Enome , Genome Editing , Medicine , Eptides , Protein , Eceptor , Research , White Blood Cell ,