Sorokin A S, Gizatulin Z Ia, Marchenko N I, Michurina S V, Shorina G N
Biull Eksp Biol Med. 1978 Oct;86(10):483-6.
Swimming training of rats led to a change of functional condition of hepatocytes accompanied by the changes in nuclei distribution by classes of DNA ploidity. The blood sugar level and glycogen content in the liver of trained rats were much greater than in the untrained animals 20 and 48 hours after partial hepatectomy. Reparative regeneration following partial hepatectomy in trained rats was characterized by a peculiar distribution of nuclei by classes of DNA ploidity and by entrance into the synthesis of diploid nuclei only, 20 hours after the operation.
大鼠游泳训练导致肝细胞功能状态发生变化，同时伴有不同DNA倍体类别的细胞核分布改变。在部分肝切除术后20小时和48小时，训练大鼠肝脏中的血糖水平和糖原含量远高于未训练的动物。训练大鼠部分肝切除术后的修复性再生表现为术后20小时不同DNA倍体类别的细胞核分布独特，且只有二倍体细胞核进入合成期。
