In biochemical processes, the stoichiometry can be the result of macroscopic balances (where the microorganism is specified by the elementary composition and only the chemical reactions of the conversion process are considered) or the balances of the metabolic pathway, where biochemical knowledge available for metabolic reactions, in addition to the chemical characteristics of the system, are considered. It is possible to identify several linear relationships among the conversion rates in these processes. While several rates are measured, others can be calculated. If a calculated conversion rate is also measured, measurement errors or errors of the described model can be detected or even diagnosed by comparing these values, and accurate est...
In this paper we propose a methodology to determine the structure of the pseudo-stoichiometric coeff...
This paper intends to lay-out a foundation of protocols for planning and analyzing biogeochemical ex...
Advances in biology have resulted in bioprocesses competing increasingly with chemical technologies ...
Metabolite balancing has turned out to be a powerful computational tool in metabolic engineering. Ho...
Mathematical modelling of metabolic pathway provides us a wide variety of information about behavio...
A study was made to define the validity of stoichiometric equations for the overall reaction of bact...
Basic ideas and recent developments in network analysis of metabolic systems and various application...
Identification of metabolic regulation is a key point in metabolic engineering. Metabolic regulation...
The present paper reviews an approach to theoretical evaluation of stoichiometric reactions that sup...
This review focuses on the analysis of the bioreaction networks of the microorgansims used in fermen...
The stoichiometry of reactions that describe protein degradation in anaerobic treatment systems were...
An increasing number of studies shows that the glycogen-accumulating organisms (GAOs) can survive an...
A model-based algorithm is presented for the on-line monitoring of the oxidative phosphorylation eff...
This paper intends to lay-out a foundation of protocols for planning and analyzing biogeochemical ex...
Basic ideas and recent developments in network analysis of metabolic systems and various application...
In this paper we propose a methodology to determine the structure of the pseudo-stoichiometric coeff...
This paper intends to lay-out a foundation of protocols for planning and analyzing biogeochemical ex...
Advances in biology have resulted in bioprocesses competing increasingly with chemical technologies ...
Metabolite balancing has turned out to be a powerful computational tool in metabolic engineering. Ho...
Mathematical modelling of metabolic pathway provides us a wide variety of information about behavio...
A study was made to define the validity of stoichiometric equations for the overall reaction of bact...
Basic ideas and recent developments in network analysis of metabolic systems and various application...
Identification of metabolic regulation is a key point in metabolic engineering. Metabolic regulation...
The present paper reviews an approach to theoretical evaluation of stoichiometric reactions that sup...
This review focuses on the analysis of the bioreaction networks of the microorgansims used in fermen...
The stoichiometry of reactions that describe protein degradation in anaerobic treatment systems were...
An increasing number of studies shows that the glycogen-accumulating organisms (GAOs) can survive an...
A model-based algorithm is presented for the on-line monitoring of the oxidative phosphorylation eff...
This paper intends to lay-out a foundation of protocols for planning and analyzing biogeochemical ex...
Basic ideas and recent developments in network analysis of metabolic systems and various application...
In this paper we propose a methodology to determine the structure of the pseudo-stoichiometric coeff...
This paper intends to lay-out a foundation of protocols for planning and analyzing biogeochemical ex...
Advances in biology have resulted in bioprocesses competing increasingly with chemical technologies ...