论文部分内容阅读
作者在动物实驗中发現,B_(12)对机体內所有組織,甚至是細胞分裂活动最旺盛的分生組織的細胞核分裂,均有着显著的促进作用。据此,作者停止使用B_(12)治疗癌症病人的貧血。在研究抑制細胞分裂的物貭的药理作用时发現,所有这类物貭对参与醣代謝磷酸化过程的酶体系均具有抑制作用。葡萄糖在腸道內的吸收,是在腸粘膜內經磷酸化形成磷酸酯而被吸收的,因而远較靠扩散吸收的甘露糖等迅速。凡能抑制磷酸化酶体系功能的物貭(根皮甙、硫化氢、碘乙酸等)均能阻碍葡萄糖的选择性吸收。动物切除腎上腺后,葡萄糖吸收发生
The authors found in animal experiments, B_ (12) of all tissues in the body, and even the most active cell division of meristem cell meiosis has a significant role in promoting. Accordingly, the author stopped using B_ (12) to treat anemia in cancer patients. In studying the pharmacological effects of substances that inhibit cell division, it was found that all such substances have an inhibitory effect on the enzyme system involved in the phosphorylation of glucose metabolism. Glucose absorption in the intestine, is phosphorylated in the intestinal mucosa to form phosphate and be absorbed, and therefore far more than by diffusing absorbed mannose and so quickly. Any substance that inhibits the function of the phosphorylase system (phlorizin, hydrogen sulfide, iodoacetic acid, etc.) can hinder the selective absorption of glucose. After removal of the adrenal gland, glucose absorption occurs