Ip S H, Rittershaus C W, Struzziero C C, Hoxie J A, Hoffman R A, Healey K W, Lifter J
Blood. 1982 Sep;60(3):795-9.
Monoclonal antibody OKT11 was found to compete with sheep red blood cells for binding sites on human lymphocytes. Preincubation of lymphocytes with OKT11 eliminated E-rosette formation. In a study of 142 peripheral blood samples ranging from 1% to over 90% E-rosette-positive cells, comparison to the percent OKT11-positive cells yielded a correlation coefficient of 0.93. In normal donors, subsets of OKT11+ cells were identified using two-color immunofluorescent staining methods with OKT3, OKT4, and OKT8. On the average, approximately 13% of OKT11+ lymphocytes were OKT3- and 13% of OKT11+ lymphocytes were OKT4- and OKT8-. Based on our double antibody fluorescence intensity data, low antigen density OKT11+ lymphocytes were OKT3-. OKT4+ and OKT8+ lymphocytes in normal peripheral lymphocytes have similar OKT11 antigen density.
发现单克隆抗体OKT11可与人淋巴细胞上的结合位点竞争结合绵羊红细胞。淋巴细胞与OKT11预孵育可消除E花环形成。在一项对142份外周血样本(E花环阳性细胞比例从1%到90%以上)的研究中,将其与OKT11阳性细胞百分比进行比较,得到的相关系数为0.93。在正常供体中,使用OKT3、OKT4和OKT8的双色免疫荧光染色方法鉴定了OKT11+细胞亚群。平均而言,约13%的OKT11+淋巴细胞为OKT3-,13%的OKT11+淋巴细胞为OKT4-和OKT8-。根据我们的双抗体荧光强度数据,低抗原密度的OKT11+淋巴细胞为OKT3-。正常外周淋巴细胞中的OKT4+和OKT8+淋巴细胞具有相似的OKT11抗原密度。