Die Arbeit behandelt mathematische Modelle in der Enzymkinetik.Im ersten Teil werden grundlegende mathematische und biochemische Begriffe erläutert, die zur Erstellung und Analyse der Modelle von Bedeutung sind. Nach der Darstellung einer einfachen Enzymreaktion, werden die Approximationen von Michaelis/Menten und Briggs/Haldane zur Berechnung der Reaktionsgeschwindigkeit erklärt. In weiterer Folge werden diese Methoden auf komplexere Reaktionen angewandt unter Verwendung von Inhibitoren, Aktivatoren und Kooperativität. Im letzten Teil werden die Modelle auf zwei konkrete Beispiele übertragen. Hierbei handelt es sich um die Glykolyse, bei der Glukose zu Pyruvat wird, und um die Umwandlung von Pyruvat zu Lactat.Mathematisch gesehen handelt e...
International audienceThis chapter describes a practical procedure to dissect metabolic systems, sim...
Statement of the problem. The development of computational models allows one to easily reveal and qu...
Living cells must communicate with the external environment, exchanging information in terms of mole...
In this thesis, some mathematical models for the mechanism of action of carbohydrate enzymes are dev...
U ovom diplomskom radu prezentirani su matematički modeli biokemijskih reakcija kataliziranih enzimi...
This thesis concerns mathematical modelling of selected biochemical and biological processes at the ...
Mathematical models, especially when coupled with modern computer techniques, prove to be very effec...
Mathematical modelling of metabolic pathway provides us a wide variety of information about behavio...
The principal aim of studies of enzyme-mediated reactions has been to provide comparative and quanti...
Diese Arbeit beginnt mit einer Einführung in die mathematische Modelierung der Ezymkinetik. Dabei wi...
Für immobilisierte Enzyme ist der Einsatz einer Fest-Flüssig-Wirbelschicht vorteilhaft, da u.a. ein ...
The purpose of this thesis is the modeling, reduction, analysis and control of biologicalsystems. Mo...
Abstract. A mathematical model was developed for enzymatic starch hydrolysis, considering a Michaeli...
This chapter introduces the kinetic models of metabolism followed by examples on the construction of...
<p>Exact model (left) and Michaelis-Menten approximation (right) of enzymatic reactions: the stoichi...
International audienceThis chapter describes a practical procedure to dissect metabolic systems, sim...
Statement of the problem. The development of computational models allows one to easily reveal and qu...
Living cells must communicate with the external environment, exchanging information in terms of mole...
In this thesis, some mathematical models for the mechanism of action of carbohydrate enzymes are dev...
U ovom diplomskom radu prezentirani su matematički modeli biokemijskih reakcija kataliziranih enzimi...
This thesis concerns mathematical modelling of selected biochemical and biological processes at the ...
Mathematical models, especially when coupled with modern computer techniques, prove to be very effec...
Mathematical modelling of metabolic pathway provides us a wide variety of information about behavio...
The principal aim of studies of enzyme-mediated reactions has been to provide comparative and quanti...
Diese Arbeit beginnt mit einer Einführung in die mathematische Modelierung der Ezymkinetik. Dabei wi...
Für immobilisierte Enzyme ist der Einsatz einer Fest-Flüssig-Wirbelschicht vorteilhaft, da u.a. ein ...
The purpose of this thesis is the modeling, reduction, analysis and control of biologicalsystems. Mo...
Abstract. A mathematical model was developed for enzymatic starch hydrolysis, considering a Michaeli...
This chapter introduces the kinetic models of metabolism followed by examples on the construction of...
<p>Exact model (left) and Michaelis-Menten approximation (right) of enzymatic reactions: the stoichi...
International audienceThis chapter describes a practical procedure to dissect metabolic systems, sim...
Statement of the problem. The development of computational models allows one to easily reveal and qu...
Living cells must communicate with the external environment, exchanging information in terms of mole...