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人类造血细胞系的辐射反应。

Radiation response of haematopoietic cell lines of human origin.

作者信息

Lehnert S, Rybka W B, Suissa S, Giambattisto D

出版信息

Int J Radiat Biol Relat Stud Phys Chem Med. 1986 Mar;49(3):423-31. doi: 10.1080/09553008514552651.

Abstract

Six human haematopoietic cell lines, five of leukaemic origin, including cells with myeloid, lymphoid and undifferentiated phenotype have been studied with respect to radiation response. The intrinsic radiosensitivity of the cells varied widely, the D0s ranging from 0.53 to 1.39 Gy. Five of the cell lines showed some capacity to accumulate sublethal damage; in three of these, enhanced survival was demonstrated in split-dose experiments. One cell line (HL-60) was anomalous in that although little accumulation of sublethal damage was demonstrable, survival was enhanced by fractionation of the dose. Five of the six cell lines studied were of leukaemic origin. The results support the belief that, in contrast to the almost constant radiosensitivity of normal haematopoietic cell progenitors, leukaemic cell progenitors may show a wide range of radiosensitivites.

摘要

对六种人类造血细胞系进行了辐射反应研究,其中五种起源于白血病,包括具有髓样、淋巴样和未分化表型的细胞。细胞的内在放射敏感性差异很大,D0值范围为0.53至1.39 Gy。其中五种细胞系表现出一定的积累亚致死损伤的能力;在其中三种细胞系中,分次剂量实验显示存活能力增强。一种细胞系(HL-60)很特殊,尽管几乎没有可证明的亚致死损伤积累,但剂量分割可提高其存活率。所研究的六种细胞系中有五种起源于白血病。这些结果支持了这样一种观点,即与正常造血细胞祖细胞几乎恒定的放射敏感性不同,白血病细胞祖细胞可能表现出广泛的放射敏感性。

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