| Document Date: 2014-06-30 18:21:15
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Company A1 / A2 / / Country Japan / / Facility Memorial Sloan-Kettering Cancer Center / Columbia University / / IndustryTerm clinical applications / computational tool / food safety risks / potential food products / treatment of cutaneous T-cell lymphoma / food / fungal recombinant-protein producer / / MedicalCondition zona pellucida / cutaneous T-cell lymphoma / cancer / teratomas / disease / phototoxicity / solid tumors / mad cow disease / fetal diseases / both blood cancers / bovine spongiform encephalopathy / / MedicalTreatment gene therapy / / Organization US Food and Drug Administration / European Patent Office / Memorial Sloan-Kettering Cancer Center / Columbia University in New York / / Person Paul Marks / Jan-Willem Theunissen / Laura DeFrancesco / Kathy Aschheim / Peter Hare / Ronald Breslow / Michael Francisco / Andrew Marshall / / Position fungal recombinant-protein producer / / Product Zolinza / / PublishedMedium NATURE BIOTECHNOLOGY / / Technology gene therapy / proteomics / laser / Drug Discovery / X-ray / nuclear transfer / antibodies / BIOTECHNOLOGY / Stem cells / regenerative medicine / / URL http /
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New light on rapid mouse phenotyping One of the most powerful approaches to assign in vivo gene function in mammals requires the generation of mutant mice