Robinson B H, Sherwood W G, Mayes S, Freire E, Oei J, DiBattista D
Biol Neonate. 1980;37(1-2):60-6. doi: 10.1159/000241256.
The rate of glucose turnover (RT) has been studied in 33 subhuman primate newborn (Macaca mulatta). There appears to be a linear relationship between RT and plasma glucose (G) such that RT = 1.053 G + 0.242. Liver enzymes show a change in specificity such that hexokinase is predominant in the preterm animals and glucokinase has little activity, while in the term animal these enzymes of of equal activity. In the 1-year-old animal glucokinase predominates. Hexokinase activity in the brain remains constant throughout development. These results imply that low blood glucose in the neonate is not associated with increased glucose utilization.
已对33只食蟹猴新生猴(猕猴)的葡萄糖周转率(RT)进行了研究。RT与血浆葡萄糖(G)之间似乎存在线性关系,即RT = 1.053G + 0.242。肝脏酶的特异性发生了变化,使得己糖激酶在早产动物中占主导地位,而葡萄糖激酶几乎没有活性,而在足月动物中,这些酶的活性相当。在1岁的动物中,葡萄糖激酶占主导地位。大脑中的己糖激酶活性在整个发育过程中保持恒定。这些结果表明,新生儿低血糖与葡萄糖利用率增加无关。