Müller C, Stein H, Ziegler A, Wernet P
Eur J Immunol. 1983 May;13(5):414-8. doi: 10.1002/eji.1830130512.
The topographical distribution of HLA class I antigens has been investigated by the immunoperoxidase technique on normal frozen thymic tissue sections with a panel of mono- and polymorphic monoclonal anti-HLA antibodies. HLA class I framework determinants detected by the monoclonal antibody W6/32.HL were present on 80-90% of cortical thymocytes, as well as on all cortical epithelial and medullary cells. However the staining intensity of cortical thymocytes with this reagent was about threefold weaker than that of the medullary thymocytes. Labelling patterns of selected monoclonal antibodies against matching HLA-A/B allospecificities revealed striking variations in the quantitative expression of certain HLA-A vs. HLA-B locus alloantigenic determinants on cortical thymocytes compared to a consistent staining on almost all medullary cells.
运用免疫过氧化物酶技术,借助一组单克隆和多态性单克隆抗HLA抗体,对正常冷冻胸腺组织切片上HLA I类抗原的拓扑分布进行了研究。单克隆抗体W6/32.HL检测到的HLA I类框架决定簇存在于80%-90%的皮质胸腺细胞以及所有皮质上皮细胞和髓质细胞上。然而,该试剂对皮质胸腺细胞的染色强度比髓质胸腺细胞弱约三倍。针对匹配的HLA-A/B同种特异性的选定单克隆抗体的标记模式显示,与几乎所有髓质细胞上一致的染色相比,皮质胸腺细胞上某些HLA-A与HLA-B位点同种抗原决定簇的定量表达存在显著差异。