华中师范大学学报(自然科学版)
華中師範大學學報(自然科學版)
화중사범대학학보(자연과학판)
JOURNAL OF CENTRAL CHINA NORMAL UNIVERSITY
2004年
3期
358-361
,共4页
邹煜平%刘德立%赵玉芬
鄒煜平%劉德立%趙玉芬
추욱평%류덕립%조옥분
酶动力学%Ordered Bi Bi机制%速度方程
酶動力學%Ordered Bi Bi機製%速度方程
매동역학%Ordered Bi Bi궤제%속도방정
enzyme kinetics%ordered Bi Bi mechanism%rate equation
阐述推导Ordered Bi Bi 机制速度方程的新方法:(1) 引入新的公因子:1/coefAB;(2) V1、V2分别以V1=(num1)/(coefAB)[E0]、 V2=(num2)/(CoefPQ)[E0]的形式代入推导过程;(3) 不需要引用Haldane方程化简.
闡述推導Ordered Bi Bi 機製速度方程的新方法:(1) 引入新的公因子:1/coefAB;(2) V1、V2分彆以V1=(num1)/(coefAB)[E0]、 V2=(num2)/(CoefPQ)[E0]的形式代入推導過程;(3) 不需要引用Haldane方程化簡.
천술추도Ordered Bi Bi 궤제속도방정적신방법:(1) 인입신적공인자:1/coefAB;(2) V1、V2분별이V1=(num1)/(coefAB)[E0]、 V2=(num2)/(CoefPQ)[E0]적형식대입추도과정;(3) 불수요인용Haldane방정화간.
A new method on the deduction of rate equation for Ordered Bi Bi mechanism has been introduced in this paper:(1) A new common factor (1/coefAB)has been used in the deduction;(2) New forms (V1=(num1)/(coefAB)[E0]and V2=(num2)/(coefPQ)[E0])have been taken here instead of old enzyme kinetic constants (V1=(num1)/(coefAB) and V2=(num2)/(coefPQ)) in the deducing procedure. (3) According to this new method,there is no need to take the Haldane equation for the simplification of the deduction as we usually use.
