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Natural killer (NK) cells are part of the innate immune defense against infection and cancer and are especially useful in combating certain viral pathogens. The utility of NK cells in human health has been underscored by a growing number of persons who are deficient in NK cells and/or their functions. This can be in the context of a broader genetically defined congenital immunodeficiency, of which there are more than 40 presently known to impair NK cells. However, the abnormality of NK cells in certain cases represents the majority immunologic defect. In aggregate, these conditions are termed NK cell deficiency. Recent advances have added clarity to this diagnosis and identified defects in 3 genes that can cause NK cell deficiency, as well as some of the underlying biology. Appropriate consideration of these diagnoses and patients raises the potential for rational therapeutic options and further innovation.

作者:Jordan S, Orange

来源:The Journal of allergy and clinical immunology 2013 年 132卷 3期

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作者:
Jordan S, Orange
来源:
The Journal of allergy and clinical immunology 2013 年 132卷 3期
标签:
ADCC Antibody-dependent cell-mediated cytotoxicity CMV CNKD CTL Classical natural killer cell deficiency Cytomegalovirus Cytotoxic T lymphocyte DOCK8 Dedicator of cytokinesis 8 FNKD Functional natural killer cell deficiency HPV HSV Herpes simplex virus Human papillomavirus MCM Minichromosome maintenance NK NKD Natural killer Natural killer cell deficiency Natural killer cells PID Primary immunodeficiency VZV Varicella zoster virus cytotoxicity innate immunity natural killer cell deficiency primary immunodeficiency
Natural killer (NK) cells are part of the innate immune defense against infection and cancer and are especially useful in combating certain viral pathogens. The utility of NK cells in human health has been underscored by a growing number of persons who are deficient in NK cells and/or their functions. This can be in the context of a broader genetically defined congenital immunodeficiency, of which there are more than 40 presently known to impair NK cells. However, the abnormality of NK cells in certain cases represents the majority immunologic defect. In aggregate, these conditions are termed NK cell deficiency. Recent advances have added clarity to this diagnosis and identified defects in 3 genes that can cause NK cell deficiency, as well as some of the underlying biology. Appropriate consideration of these diagnoses and patients raises the potential for rational therapeutic options and further innovation.