Weinberg S R
Biol Neonate. 1983;43(5-6):272-80. doi: 10.1159/000241655.
Irradiation (50-200 rad of cobalt-60 gamma rays) on day 10.5 of gestation in the mouse had the following residual effects on neonate and juvenile hemopoiesis: (a) greater damage observed in the day-15 juvenile than in the day-9 neonate; (b) greater fluctuation of peripheral blood hemogram indices from normal values in the day-15 animal than in the day-9 animal; (c) spleen cellularity affected more than bone marrow cellularity; (d) greater radiation injury reflected by bone marrow hemopoietic progenitor cells (erythroid: BFU-E and CFU-E; granulocyte-macrophage: GM-CFC; megakaryocyte: Meg-CFC), and (e) a more pronounced decrease in medulla- and spleen-erythropoietic activity with each increase in dose of irradiation.
在小鼠妊娠第10.5天进行照射（50 - 200拉德的钴 - 60γ射线），对新生小鼠和幼年小鼠的造血功能有以下残留影响：（a）在第15天的幼年小鼠中观察到的损伤比第9天的新生小鼠更大；（b）第15天动物外周血细胞计数指标相对于正常值的波动比第9天动物更大；（c）脾脏细胞密度比骨髓细胞密度受影响更大；（d）骨髓造血祖细胞（红系：BFU - E和CFU - E；粒 - 巨噬细胞系：GM - CFC；巨核细胞系：Meg - CFC）反映出更大的辐射损伤，以及（e）随着照射剂量的每次增加，骨髓和脾脏红系造血活性的下降更为明显。
