Kawai S, Segawa K, Yamamoto T
Jpn J Exp Med. 1980 Oct;50(5):339-49.
CDF1, (BALB/c X DBA/2)F1, mice were repeatedly inoculated with transplantable mouse Rous sarcoma (SR-CDF1) cells which were half-killed by 60Co-irradiation beforehand to attain prolonged immunization. The sera obtained from these mice contained antibodies against the src and gag gene products of Rous sarcoma virus (RSV). On the other hand, Fischer rats inoculated with syngeneic rat Rous cells transformed by Bryan high titer strain of RSV (BH(-)-3Y1) produced antibodies against the gag gene products but not the src gene product of RSV. As a substrate for the protein kinase associated with the src gene product, mouse IgG was found to be much less efficient than rabbit IgG when assayed in immunoprecipitates. Several other properties of the mouse antiserum were described.
将(BALB/c×DBA/2)F1代CDF1小鼠反复接种预先经60Co照射使其半数致死的可移植性小鼠劳氏肉瘤(SR-CDF1)细胞,以实现长期免疫。从这些小鼠获得的血清含有抗劳氏肉瘤病毒(RSV)src和gag基因产物的抗体。另一方面,接种由RSV的布莱恩高滴度株(BH(-)-3Y1)转化的同基因大鼠劳氏细胞的费希尔大鼠产生了抗RSV gag基因产物的抗体,但未产生抗src基因产物的抗体。作为与src基因产物相关的蛋白激酶的底物,在免疫沉淀物中检测时,发现小鼠IgG的效率远低于兔IgG。还描述了小鼠抗血清的其他几个特性。