Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6064422 | Journal of Allergy and Clinical Immunology | 2014 | 8 Pages |
Abstract
These results underline that further development is required for improved expression to successfully treat patients with RAG1-induced SCID while maintaining low vector copy numbers and minimizing potential risks, including autoimmune reactions resembling Omenn syndrome.
Keywords
FOXP3mTECB cell–activating factorRAG1Rag2TdTTregSCIDVCNHSCUCOECMDTCrdsDNAdouble-stranded DNAMOIGamma rayBAFFterminal deoxynucleotidyl transferaseautoimmune regulatordouble positiveHematopoietic stem cellmedullary thymic epithelial cellRegulatory T SCID, Severe combined immunodeficiencywild-typeAIREforkhead box protein 3multiplicity of infectionRecombination-activating gene 1recombination-activating gene 2T-cell receptor
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Authors
Niek P. PhD, Roya MSc, Trudi P. BSc, Julia MD, Chantal PhD, Guus BSc, Vidyasagar PhD, Patricia PhD, Arnaud PhD, Olivier PhD, Barbara PhD, Fang PhD, Adrian J. MD, PhD, Elena PhD, Pietro L. MD, PhD, Marina MD, PhD, Monique M.A. PhD, Anna MD, PhD,