This is a chapter from the free textbook "Economic Principles in Cell Biology" Metabolism is a dynamical process, in which a myriad of chemicals are converted via biochemical reactions inside the cell over time. This chapter motivates this dynamical nature of metabolism and introduces mathematical approaches for modelling it. Basic models of biochemical reaction rates are introduced and their assumptions and relations to each other are explained. Using these rate models, simple metabolic systems are modelled and their dynamical behavior analysed. Experimental findings on metabolic dynamics are summarised and possible explanatory models of such dynamics are discussed
This thesis is concerned with the derivation of bioprocess models intended for engineering purposes....
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
This chapter introduces the kinetic models of metabolism followed by examples on the construction of...
International audienceThis chapter describes a practical procedure to dissect metabolic systems, sim...
Thesis (Ph.D.)--Boston University PLEASE NOTE: Boston University Libraries did not receive an Autho...
International audienceThis chapter describes a practical procedure to dissect metabolic systems, sim...
The aim of this work is to analyse the technique for formulating cellular metabolism in living organ...
Mathematical modelling of metabolic pathway provides us a wide variety of information about behavio...
The dynamic modelling of metabolic networks aims to describe the temporal evolution of metabolite co...
Metabolic networks are generally better known than other types of cellular networks, and they are th...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
This thesis is concerned with the derivation of bioprocess models intended for engineering purposes....
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
This chapter introduces the kinetic models of metabolism followed by examples on the construction of...
International audienceThis chapter describes a practical procedure to dissect metabolic systems, sim...
Thesis (Ph.D.)--Boston University PLEASE NOTE: Boston University Libraries did not receive an Autho...
International audienceThis chapter describes a practical procedure to dissect metabolic systems, sim...
The aim of this work is to analyse the technique for formulating cellular metabolism in living organ...
Mathematical modelling of metabolic pathway provides us a wide variety of information about behavio...
The dynamic modelling of metabolic networks aims to describe the temporal evolution of metabolite co...
Metabolic networks are generally better known than other types of cellular networks, and they are th...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
This thesis is concerned with the derivation of bioprocess models intended for engineering purposes....
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...
Human metabolic diseases are typically network diseases. This holds not only for multifactorial dise...