Seidel H J, Stolz W, Sutter H, Kreja L
Leuk Res. 1986;10(7):803-8. doi: 10.1016/0145-2126(86)90301-2.
In order to relate a reduced natural killer (NK) cell function to leukemogenesis, NK cells in the spleen and peritoneal exudate cells, with and without stimulation by Corynebacterium parvum, were tested in mice of various strains after split dose irradiation and after leukemogenic treatment with butyl- and methylnitrosourea. The investigations included also mice submitted to non-leukemogenic irradiation (1 X 1.5 and 1 X 4.5 Gy) and mice submitted to an additional treatment with hydrocortisone, which delays leukemia development after methylnitrosourea. There was, indeed, a NK-cell depression, but no major differences were seen between mice prone to leukemia development and those after cytotoxic, but nonleukemogenic, treatment.
为了将自然杀伤(NK)细胞功能降低与白血病发生联系起来,在不同品系的小鼠中,于分次剂量照射后以及用丁基亚硝基脲和甲基亚硝基脲进行致白血病处理后,对脾脏中的NK细胞和腹腔渗出细胞进行了检测,这些细胞在有无微小棒状杆菌刺激的情况下进行检测。研究还包括接受非致白血病照射(1×1.5和1×4.5 Gy)的小鼠以及接受氢化可的松额外处理的小鼠,氢化可的松可延迟甲基亚硝基脲处理后的白血病发展。确实存在NK细胞抑制,但在易于发生白血病的小鼠与接受细胞毒性但非致白血病处理的小鼠之间未观察到主要差异。