UCLA-led study uses base editing to correct mutation that causes rare immune deficiency
Key takeawaysA condition called CD3 delta SCID is caused by a mutation in the CD3D gene, which prevents the production of the CD3 delta protein that is needed for the normal development of T cells from blood stem cells.UCLA researchers showed that a new genome editing technique called base editing can correct the mutation that causes CD3 delta SCID in blood stem cells and restore their ability to produce T cells.Base editing is an ultraprecise form of genome editing that enables scientists to correct single-letter mutations in DNA.A new UCLA-led study suggests that advanced genome editing technology could be used as a one-time treatment for the rare and deadly genetic disease CD3 delta severe combined immunodeficiency.The condition, also known as CD3 delta SCID, is caused by a mutation in the CD3D gene, which prevents the production of the CD3 delta protein that is needed for the normal development of T cells from blood stem cells.Without T cells, babies born with CD3 delta SCID are unable to fight off infections and, if untreated, often die within the first two years of life. Currently, bone marrow transplant is the only available treatment, but the procedure carries significant risks.In a study published in Cell, the researchers showed that a new genome editing technique called base editing can correct the mutation that causes CD3 delta SCID in blood stem cells and restore their ability to produce T cells.The potential therapy is the result of a collaboration between th...
Source: UCLA Newsroom: Health Sciences - Category: Universities & Medical Training Source Type: news
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