Konovalov Iu D
Zh Evol Biokhim Fiziol. 1978 Jan-Feb;14(1):24-8.
Embryonic and early postembryonic development of the carp is associated with an increase in the content of soluble proteins and nitrogen of non-protein nitrogenous components. Simultaneously, the activity of trypsin-like and chemotrypsin-like peptide hydrolases increases together with the increase in the degree of proteolysis. These data suggest that the development of carp embryos and early larva is accompanied by intensification of two opposite processes--synthesis and catabolism of proteins. The observed changes are more evident in early postembryonic period as compared with the early stages of embryogenesis.
鲤鱼胚胎期和胚后早期发育与可溶性蛋白质以及非蛋白含氮成分中氮含量的增加有关。同时,类胰蛋白酶和类糜蛋白酶肽水解酶的活性随着蛋白水解程度的增加而升高。这些数据表明,鲤鱼胚胎和早期幼体的发育伴随着两个相反过程的强化——蛋白质的合成与分解代谢。与胚胎发生早期阶段相比,观察到的这些变化在胚后早期更为明显。