Marcelletti J, Furmanski P
Blood. 1980 Jul;56(1):134-7.
Mice inoculated with the RFV strain of Friend virus develop an erythroleukemia that spontaneously regresses. Bone marrow cells from leukemic mice produce a factor that inhibits colony formation in agar by normal CFU-Cs. CFU-Cs from leukemic animals are resistant to the factor. Bone marrow cells from some mice whose leukemia has regressed continue to produce the factor, and CFU-Cs from some regressed mice retain resistance to the factor. These observations dupllicate findings reported for patients with acute leukemias and those with leukemia in remission. The RFV system thus serves as an accurate experimental model for the study of hematopoietic cell interactions and the proliferative advantage of neoplastic cells in human leukemias.
接种了弗氏病毒RFV株的小鼠会患上一种能自发消退的红白血病。白血病小鼠的骨髓细胞产生一种因子,该因子可抑制正常集落形成单位 - 粒细胞(CFU - Cs)在琼脂中的集落形成。白血病动物的CFU - Cs对该因子具有抗性。一些白血病已消退小鼠的骨髓细胞继续产生该因子,一些消退小鼠的CFU - Cs对该因子仍保持抗性。这些观察结果与急性白血病患者和白血病缓解患者的报道结果一致。因此,RFV系统可作为研究人类白血病中造血细胞相互作用和肿瘤细胞增殖优势的精确实验模型。