Oniceşcu D, Diculescu I
J Hirnforsch. 1979;20(6):663-5.
Histochemical and biochemical studies on the folate metabolism (folic acid an its principal enzyme-dihydrofolate-reductase) in bovine cortex - gyrus marginallis in the process of ageing were performed, in parallel with NADH2-cytocrom-C-reductase (diaphorase). Folic acid and folate enzyme, weak positive in neurons in young age, increased in old age in nerve cells and especially in their processes and in capillaries. The diaphorase strongly increased in all cells, glia and vessels, in old age.
对衰老过程中牛大脑皮质缘回叶酸代谢(叶酸及其主要酶——二氢叶酸还原酶)进行了组织化学和生物化学研究,并与NADH2 - 细胞色素C还原酶(黄递酶)研究同步进行。叶酸和叶酸酶在幼年神经元中呈弱阳性,在老年神经细胞中增加,尤其在其突起和毛细血管中增加。黄递酶在老年时所有细胞、神经胶质细胞和血管中均显著增加。