Easterby J S
Department of Biochemistry, The University, Liverpool, U.K.
J Theor Biol. 1996 Oct 7;182(3):327-31. doi: 10.1006/jtbi.1996.0171.
Metabolic control analysis and the study of the transient response of metabolic systems had coincident births in 1973. They developed along parallel lines until in 1989/90 their complete fusion occurred. It was evident that the control of the transient response of metabolism could be described in terms of general control properties, such as the flux and concentration control coefficients and elasticities. Consequently, it is possible to define temporal control coefficients which relate to the lifetimes of individual metabolite pools or to the total system temporal response. These control coefficients are readily expressed in terms of the flux and concentration control coefficients. Therefore, to analyse the control of metabolism is also to analyse its temporal response.
代谢控制分析与代谢系统瞬态响应的研究在1973年同时诞生。它们沿着平行的路线发展,直到1989/1990年完全融合。很明显,代谢瞬态响应的控制可以用一般控制特性来描述,如通量和浓度控制系数以及弹性。因此,可以定义与单个代谢物池的寿命或整个系统的时间响应相关的时间控制系数。这些控制系数很容易用通量和浓度控制系数来表示。因此,分析代谢的控制也就是分析其时间响应。