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The 15 pages that link to Natural killer cell, each with the reason it gives.

• T cellCompared with: It can kill targets without the antigen-specific recognition required by conventional T cells.

• B cellCompared with: Its rapid, broadly triggered activity contrasts with B-cell antigen specificity and antibody production.

• Major histocompatibility complexCompared with: NK cells can respond to reduced MHC class I, rather than recognizing peptide–MHC with T-cell receptors.

• LymphocyteBroader topic: Natural killer cells are lymphocytes that act without the receptors used by B and T cells.

• Innate immune systemBroader topic: Natural killer cells eliminate compromised host cells before adaptive responses are fully mobilized.

• Dendritic cellCompared with: Natural killer cells destroy targets directly rather than priming antigen-specific T cells.

• Adaptive immune systemCompared with: It is a lymphocyte that acts without the adaptive system’s receptor specificity.

• Cell-mediated immunityRelated: NK cells provide cellular killing that complements T-cell recognition.

• Severe combined immunodeficiencyRelated: Some SCID mutations disrupt natural killer cell development alongside T cells.

• Antibody-dependent cellular cytotoxicityBroader topic: It is the main effector cell in classic antibody-dependent cellular cytotoxicity.

• InterferonRelated: Interferons enhance natural killer cell activity against infected cells.

• Antigen-presenting cellCompared with: Its recognition strategy differs from T cells’ dependence on presented peptide–MHC.

• PhagocyteCompared with: Natural killer cells destroy targets directly rather than acting as particle-engulfing phagocytes.

• Allogeneic cellsRelated: Natural killer cells can attack donor cells with mismatched or insufficient HLA signals.

• Antibody-producing cellsCompared with: It is a lymphocyte with a distinct effector role rather than antibody secretion.