Yokomuro K, Mabuchi A, Kimura Y
Microbiol Immunol. 1978;22(10):609-17. doi: 10.1111/j.1348-0421.1978.tb00411.x.
Guinea pig lymph node cells suspension (LNC-O) was filtered through a glass wool column and the effluent (LNC-G) was further filtered through a nylon column. In this effluent (LNC-NE) about 30 per cent of the lymphocytes was identified as non-rosette forming cells (non-RFC). The non-RFC fraction was separated from LNC-NE fraction by Ficol-Conray specific gravity centrifugation or effluent cells reacted previously to rabbit red blood cells (RRBC). The upper layer after centrifugation, designated non-RFC fraction, was separated. In this fraction 96% of the cells were lymphocytes and about 95% of them were non-RFC, which lacked receptors for rabbit red blood cells (RRBC) or EAC and detectable surface immunoglobulin by conventional techniques. Though the response of the lymphocytes in the non-RFC fraction to mitogenic (Con-A, LPS) or antigenic stimulation was lower in comparison with that in RFC-rich fraction, the response of non-RFC to ConA exceeded the response to LPS. These facts suggest that at least a portion of the non-RFC may be cells from the T-cell line.
豚鼠淋巴结细胞悬液(LNC - O)通过玻璃棉柱过滤,流出液(LNC - G)再通过尼龙柱进一步过滤。在该流出液(LNC - NE)中,约30%的淋巴细胞被鉴定为非玫瑰花结形成细胞(non - RFC)。通过Ficol - Conray比重离心法从LNC - NE组分中分离出非RFC组分,或者使流出细胞预先与兔红细胞(RRBC)反应。离心后的上层液,指定为非RFC组分,被分离出来。在该组分中,96%的细胞是淋巴细胞,其中约95%是非RFC,它们缺乏兔红细胞(RRBC)或EAC的受体,并且用传统技术检测不到表面免疫球蛋白。尽管与富含RFC的组分相比,非RFC组分中的淋巴细胞对有丝分裂原(Con - A、LPS)或抗原刺激的反应较低,但非RFC对ConA的反应超过了对LPS的反应。这些事实表明,至少一部分非RFC可能是来自T细胞系的细胞。