Publication | Open Access
Inherited and Somatic<i>CD3</i>ζ Mutations in a Patient with T-Cell Deficiency
125
Citations
32
References
2006
Year
GeneticsImmunodeficienciesImmunologyT-regulatory CellPathologyT-cell Receptor-cd3 ComplexImmunotherapyCd3zeta SubunitT-cell DeficiencyPrimary ImmunodeficiencyAutoimmune DiseaseAllergyAutoimmunityHivInborn Error Of ImmunityT Cell BiologySomatic VariantGenetic DisorderAdult T-cell Leukemia-lymphomaMedicine
A four-month-old boy with primary immunodeficiency was found to have a homozygous germ-line mutation of the gene encoding the CD3zeta subunit of the T-cell receptor-CD3 complex. CD3zeta is necessary for the development and function of T cells. Some of the patient's T cells had low levels of the T-cell receptor-CD3 complex and carried the Q70X mutation in both alleles of CD3zeta, whereas other T cells had normal levels of the complex and bore the Q70X mutation on only one allele of CD3zeta, plus one of three heterozygous somatic mutations of CD3zeta on the other allele, allowing expression of poorly functional T-cell receptor-CD3 complexes.
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