**Biochemical systems theory** is a mathematical modelling framework for biochemical systems, based on ordinary differential equations (ODE), in which biochemical processes are represented using **power-law** expansions in the variables of the system.

This framework, which became known as Biochemical Systems Theory, has been developed since the 1960s by Michael Savageau and others for the systems analysis of biochemical processes. According to Cornish-Bowden (2007) they "regarded this as a general theory of metabolic control, which includes both metabolic control analysis and flux-oriented theory as special cases".

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### Other articles related to "theory, systems, system, biochemical systems theory, biochemical, biochemical systems":

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**Biochemical Systems Theory**- Representation

... j represents the nf

**biochemical**processes affecting the dynamics of the species ... fjk (kinetic orders) are two different kinds of parameters defining the dynamics of the

**system**... In this way, power-law models have a higher flexibility to reproduce the non-linearity of

**biochemical systems**...

... Interoperability is the ability of diverse

**systems**and organizations to work together (inter-operate) ... The term is often used in a technical

**systems**engineering sense, or alternatively in a broad sense, taking into account social, political, and organizational factors that impact

**system**to

**system**performance ... interoperability was initially defined for IT

**systems**or services and only allows for information to be exchanged (see definition below), a more generic definition could be this one Interoperability is a property of ...

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**systems**can be solved in terms of simple functions and the behavior of all orbits classified ... In a linear

**system**the phase space is the N-dimensional Euclidean space, so any point in phase space can be represented by a vector with N numbers ... The analysis of linear

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