AbstractThe body iron homeostasis is a not fully understood complex process. Despite the fact that some components of this process have been described in the literature, the complete model of the whole process has not been proposed. In this paper a Petri net based model of the body iron homeostasis is presented. Recently, Petri nets have been used for describing and analyzing various biological processes since they allow modeling the system under consideration very precisely. The main result presented in the paper is twofold, i.e., an informal description of the main part of the whole iron homeostasis process is described, and then it is also formulated in the formal language of Petri net theory. This model allows for a possible simulation ...
The simulation of immune response is a challenging task because quantitative data are scarce. Quanti...
Mathematical modelling is increasingly used to get insights into the functioning of complex biologic...
Computer assisted analysis and simulation of biochemical pathways can improve the understanding of t...
AbstractThe body iron homeostasis is a not fully understood complex process. Despite the fact that s...
AbstractThe body iron homeostasis is one of the most important processes in the human body. This com...
AbstractSystems biology approach to investigate biological phenomena seems to be very promising beca...
Petri nets are graphic-based modeling tools for systems where activity and information flows have an...
Systems composed of many components which interact with each other and lead to unpredictable global ...
International audienceThis paper presents a method for modeling biological systems which combines fo...
The complexity of many biological processes, which, thanks to the development of many fields of scie...
Chen M, Hariharaputran S, Hofestädt R, Kormeier B, Spangardt S. Petri net models for the semi-automa...
Chen M, Hofestädt R. Quantitative Petri Net Model of Gene Regulated Metabolic Networks in the Cell. ...
The continuous parts of complex biological systems are often modeled by use of Ordinary Differential...
Hofestädt R. Petri Nets and the Simulation of Metabolic Networks. In: Wingender E, ed. Biological Pe...
Mathematical modelling is increasingly used to get insights into the functioning of complex biologic...
The simulation of immune response is a challenging task because quantitative data are scarce. Quanti...
Mathematical modelling is increasingly used to get insights into the functioning of complex biologic...
Computer assisted analysis and simulation of biochemical pathways can improve the understanding of t...
AbstractThe body iron homeostasis is a not fully understood complex process. Despite the fact that s...
AbstractThe body iron homeostasis is one of the most important processes in the human body. This com...
AbstractSystems biology approach to investigate biological phenomena seems to be very promising beca...
Petri nets are graphic-based modeling tools for systems where activity and information flows have an...
Systems composed of many components which interact with each other and lead to unpredictable global ...
International audienceThis paper presents a method for modeling biological systems which combines fo...
The complexity of many biological processes, which, thanks to the development of many fields of scie...
Chen M, Hariharaputran S, Hofestädt R, Kormeier B, Spangardt S. Petri net models for the semi-automa...
Chen M, Hofestädt R. Quantitative Petri Net Model of Gene Regulated Metabolic Networks in the Cell. ...
The continuous parts of complex biological systems are often modeled by use of Ordinary Differential...
Hofestädt R. Petri Nets and the Simulation of Metabolic Networks. In: Wingender E, ed. Biological Pe...
Mathematical modelling is increasingly used to get insights into the functioning of complex biologic...
The simulation of immune response is a challenging task because quantitative data are scarce. Quanti...
Mathematical modelling is increasingly used to get insights into the functioning of complex biologic...
Computer assisted analysis and simulation of biochemical pathways can improve the understanding of t...