Pisarev V M, Pevnitskiĭ L A
Biull Eksp Biol Med. 1977 May;83(5):571-3.
It was revealed that the administration of the spleen cells (SC) of syngeneic animals immunized with a high dose of sheep red blood cells (SRBC) to intact mice led to a marked specific suppression of the recipients' immune response. The donors' SC obtained on the 14th day after the intraperitoneal injection of SRBC had the greatest suppressive activity. The SC of intact animals and mice given rat erythrocytes preliminarily failed to influence the immune response of the intact recipients in their SRBC immunization. Treatment of immune SC with the anti-T-serum (ATS) or the anti-B-globulin (ABG) and the complement considerably decreased or completely eliminated the suppressive activity. Administration of a mixture of two immune SC suspensions one of which was ATS- and another ABC-treated did not produce any suppression of the immune response in the intact recipients. It is supposed that the suppressor cells in the given model were T-lymphocytes expressing the antigens, common of cross-reacting with the B-cells.
结果显示,给正常小鼠注射用高剂量绵羊红细胞(SRBC)免疫的同基因动物的脾细胞(SC),会导致受体免疫反应受到显著的特异性抑制。在腹腔注射SRBC后第14天获得的供体SC具有最强的抑制活性。正常动物和预先注射大鼠红细胞的小鼠的SC在其SRBC免疫中未能影响正常受体的免疫反应。用抗T血清(ATS)或抗B球蛋白(ABG)及补体处理免疫SC,可显著降低或完全消除其抑制活性。给予两种免疫SC悬液的混合物(其中一种经ATS处理,另一种经ABC处理),对正常受体的免疫反应没有产生任何抑制作用。据推测,在该模型中,抑制细胞是表达与B细胞共同或交叉反应抗原的T淋巴细胞。