Waldmann H, Lefkovits I, Feinstein A
Immunology. 1976 Sep;31(3):353-62.
T cells involved in specific and nonspecific co-operation belong to a long-lived population. However, under conditions of limiting dilution of T cells it is not a common event to detect both types of co-operative event in a single microculture well. Likewise, as far as specific co-operation is concerned, the simultaneous expression of both direct and indirect PFC responses in a single microculture well is also unusual. Estimates obtained of the number of PFC generated by one T cell in specific co-operation correspond well to those generated by a single B cell; and it would seem that under conditions of the microculture system there is a marked restriction in the number of B cells that a single T cell may interact with in the short term. This restriction seems to be of a one T-cell to one B-cell relationship.
参与特异性和非特异性合作的T细胞属于长寿群体。然而,在T细胞有限稀释的条件下,在单个微量培养孔中检测到两种类型的合作事件并非常见情况。同样,就特异性合作而言,在单个微量培养孔中同时表达直接和间接PFC反应也不常见。在特异性合作中,由一个T细胞产生的PFC数量估计与由单个B细胞产生的数量相当;而且似乎在微量培养系统的条件下,单个T细胞在短期内可能相互作用的B细胞数量受到明显限制。这种限制似乎是一个T细胞与一个B细胞的关系。