Carosella E, Bensussan A, Wollman E E, Fradelizi D, Sasportes M
C R Seances Soc Biol Fil. 1980;174(4):710-8.
During multiple in vitro allosensitisations of human lymphocytes, suppressor cells of the allogenic response are developed. They are radioresistant and specific to the HLA-DR presented by the stimulators, and adherent to nylon and glass wool, while cytotoxic cells are not. Moreover when irradiated, these hyperimmunized cells are able to release a suppressor factor (SF). This suppressor factor is non antigen specific and active on the autologous producer and some allogenic responders. There is a restriction phenomenon, the genetic control of which is not yet defined. The dominant effect of multiple transfusions on kidney graft survival could be explained in part by a similar cellular mechanism.
在人淋巴细胞的多次体外同种致敏过程中,会产生同种异体反应的抑制细胞。它们对辐射有抗性,对刺激物呈递的HLA - DR具有特异性,能黏附于尼龙和玻璃棉,而细胞毒性细胞则不能。此外,当受到辐射时,这些高度免疫的细胞能够释放一种抑制因子(SF)。这种抑制因子是非抗原特异性的,对自体产生细胞和一些同种异体反应细胞有活性。存在一种限制现象,其遗传控制尚未明确。多次输血对肾移植存活的显著影响部分可通过类似的细胞机制来解释。