Shiraishi Y, Sandberg A A
Cytobios. 1978;21(83-84):175-84.
The pattern of sister chromatid labelling and incidence of sister chromatid exchanges (SCE), including the effects of caffeine on SCE, were examined with several techniques in normal human cells and in those of a patient with Bloom's syndrome following 1--3 mitotic cycles. The results indicate, in confirmation of those obtained by others with different cells, that SCE in the cells studied is not due to a post-replication repair process, but more likely involves exchanges between the double strands of chromatids.
运用多种技术,对正常人细胞以及一名布卢姆综合征患者的细胞在经历1 - 3个有丝分裂周期后,姐妹染色单体标记模式和姐妹染色单体交换(SCE)发生率,包括咖啡因对SCE的影响进行了检测。结果证实了其他研究不同细胞所得出的结论,即所研究细胞中的SCE并非由复制后修复过程导致,而更有可能涉及染色单体双链之间的交换。