Demirel G, Akovali G, Tanyolac A, Hasirci N
Department of Chemistry, Middle East Technical University, Ankara, Turkey.
J Chem Technol Biotechnol. 1992;55(4):319-23. doi: 10.1002/jctb.280550403.
The performance of both free and solid supported urease for the enzymatic hydrolysis of urea was studied. Kinetic analysis of reaction rate data shows that the kinetic data were consistent with the proposed model. Statistical tests validated the model. Despite the deactivation of ureases, the immobilized enzyme could be the choice for a technological process aiming at the detoxification of blood in haemoperfusion columns.
研究了游离脲酶和固定化脲酶对尿素的酶促水解性能。反应速率数据的动力学分析表明，动力学数据与所提出的模型一致。统计检验验证了该模型。尽管脲酶会失活，但固定化酶可能是用于血液灌流柱中血液解毒工艺过程的选择。
