Burton R C, Winn H J
J Immunol. 1981 May;126(5):1985-9.
An antiserum prepared by injecting CE mice with CBA spleen cells has been shown to contain antibodies specifically reactive with NK cells. The serum also contains antibodies detectable in C-dependent dye exclusion tests, but in a study of (CE X CBA)F1 X CE mice reactivity in this test was found to segregate independently of sensitivity of NK cells to inactivation. Moreover, abrogation of NK activity was observed with concentrations of antiserum and C that were considerably lower than those required for detectable cytotoxicity as measured by dye uptake. Thus, it is possible to use this antiserum for the selective removal of NK activity. Analysis of the strain distribution of NK cell sensitivity to CE anti-CBA serum suggests that this reagent may detect an allele of the NK-1 system, and we have tentatively designated the allelic product as NK-1.2, and the corresponding antibodies as anti-NK-1.2. However, the possibility that CE anti-CBA serum detects a new system of NK-specific antigen has not been excluded.
通过向CE小鼠注射CBA脾细胞制备的抗血清已被证明含有与NK细胞特异性反应的抗体。该血清在依赖补体的染料排除试验中也含有可检测到的抗体,但在一项对(CE×CBA)F1×CE小鼠的研究中,发现该试验中的反应性与NK细胞对失活的敏感性独立分离。此外,观察到抗血清和补体的浓度远低于通过染料摄取测量的可检测细胞毒性所需的浓度时,NK活性就被消除。因此,有可能使用这种抗血清选择性去除NK活性。对NK细胞对CE抗CBA血清敏感性的品系分布分析表明,该试剂可能检测到NK-1系统的一个等位基因,我们暂时将等位基因产物命名为NK-1.2,相应的抗体命名为抗NK-1.2。然而,CE抗CBA血清检测到一种新的NK特异性抗原系统的可能性尚未排除。