Rybos M, Dubinský P, Turceková L
Folia Parasitol (Praha). 1986;33(3):235-40.
Intensity of incorporation of the labelled carbon from glucose, glucosamine and leucine into the glycogen of somatic cells and reproductive organs of Ascaris suum females has been studied. Glucose was most intensively incorporated into the growing oocytes and into the uterine epithelial cells, whereas its incorporation into muscle glycogen was found to result in lowest rates. Radiocarbons from glucosamine and leucine were incorporated into tissue glycogen of female worms much less than glucose. Incorporation of isotopes into glycogen of the eggs depended on the formation of their primary shells. The ways of incorporation of isotopes into glycogen of the eggs after formation of all the shell layers are discussed.
对来自葡萄糖、氨基葡萄糖和亮氨酸的标记碳掺入猪蛔虫雌性体细胞和生殖器官糖原中的强度进行了研究。葡萄糖最强烈地掺入到正在生长的卵母细胞和子宫上皮细胞中，而其掺入肌肉糖原的速率最低。氨基葡萄糖和亮氨酸中的放射性碳掺入雌虫组织糖原中的量远少于葡萄糖。同位素掺入卵糖原的情况取决于其初级壳的形成。讨论了在所有壳层形成后同位素掺入卵糖原的方式。
