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Tweaking base editing efficiency, fusion oncogenes in rare c
Tweaking base editing efficiency, fusion oncogenes in rare c
Tweaking base editing efficiency, fusion oncogenes in rare cancers, better genetic predictions of disease, and more
Welcome to the April 11, 2022 installment of Research Roundup , a recurring snapshot of recent studies published by scientists at the Broad Institute and their collaborators.
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Masahiro Kanai ,
Cigall Kadoch ,
David Liu ,
Kristopher Kahle ,
Hayley Zullow ,
Omer Weissbrod ,
Phan Duy ,
Pradeep Natarajan ,
Tetsushi Nakao ,
Beverly Mok ,
Huwenbo Shi ,
Broad Institute ,
Epigenomics Program ,
Research Roundup ,
Merkin Institute For Transformative Technologies In Healthcare ,
Merkin Institute ,
Transformative Technologies ,
Nature Biotechnology ,
Nature Neuroscience ,
Molecular Cell ,
Alkes Price ,
Population Genetics ,
United Kingdom Biobank ,
Nature Genetics ,
Science Advances ,
Biotechnology ,
Disease ,
Evolutionary Biology ,
Gene Expression ,
Neuroscience ,
Research ,
Branches Of Biology ,
Coronary Artery Disease ,
Dna Damage Inducible Transcript 3 ,
Hydrocephalus ,
Liposarcoma ,
Mutation ,
Myxoid Liposarcoma ,
Rna Binding Protein Fus ,
Sarcoma ,
Telomere ,