Koniukhov B V, Ugol'kova T S
Ontogenez. 1978;9(5):475-80.
The eye rudiments of 10 and 11 days old mouse embryos of the genotypes +/+ +/+, fi/fi +/+, +/+ or/or, fi/fi or/or and 11 days old embryos of the genotype fi/+ or/+ were cultivated in vitro during 24, 48 and 72 hrs. The expression of the fi gene was shown in the cells of the cultivated fi/fi +/+ retina: its proliferative activity was inhibited. The fi gene was not active in the cells of the developing lens and the anomalies of the latter in homozygotes arose secondarily, due to the inhibition of growth of the retinal rudiment. The fi and or genes interacted synergically in the cultivated fi/fi or/or retina, thus resulting in the marked inhibition of its mitotic activity. This suggests that both the genes act in the retinal cells and, apparently, affect different links of the biochemical chain of events in the preparation of DNA replication.
对基因型为+/+ +/+、fi/fi +/+、+/+ or/or、fi/fi or/or的10日龄和11日龄小鼠胚胎以及基因型为fi/+ or/+的11日龄胚胎的眼原基进行了24、48和72小时的体外培养。在培养的fi/fi +/+视网膜细胞中显示出fi基因的表达:其增殖活性受到抑制。fi基因在发育中的晶状体细胞中不活跃,纯合子中晶状体的异常是继发产生的,这是由于视网膜原基生长受到抑制所致。fi基因和or基因在培养的fi/fi or/or视网膜中协同作用,从而导致其有丝分裂活性受到明显抑制。这表明这两个基因都在视网膜细胞中起作用,并且显然影响DNA复制准备过程中生化事件链的不同环节。