Eilat D, Asofsky R, Laskov R
J Immunol. 1980 Feb;124(2):766-8.
Spleen cells from an unimmunized autoimmune NZB/NZW F1 female mouse were fused to the BALB/c MPC-11 drug-resistant clone 45.6 TG 1.7. One hybrid clone (D4) produced IgG-3 immunoglobulin that bound ribosomal RNA. A high concentration of this antibody was produced in the ascitic fluid of NZB/NZW male mice. DNA, tRNA, and synthetic single- and double-stranded polynucleotides could not bind significantly to the antibody. A Scatchard analysis showed that the rRNA-binding immunoglobulin is monoclonal and has a high affinity (10(9) liter/mole) for the RNA antigen.
将未免疫的自身免疫性NZB/NZW F1雌性小鼠的脾细胞与BALB/c MPC-11耐药克隆45.6 TG 1.7进行融合。一个杂交克隆(D4)产生了与核糖体RNA结合的IgG-3免疫球蛋白。在NZB/NZW雄性小鼠的腹水中产生了高浓度的这种抗体。DNA、tRNA以及合成的单链和双链多核苷酸与该抗体的结合不明显。Scatchard分析表明,与rRNA结合的免疫球蛋白是单克隆的,对RNA抗原具有高亲和力(10⁹升/摩尔)。