The entropy generation approach has been developed for the analysis of complex systems, with particular regards to biological systems, in order to evaluate their stationary states. The entropy generation is related to the transport processes related to exergy flows. Moreover, cancer can be described as an open complex dynamic and self-organizing system. Consequently, it is used as an example useful to evaluate the different thermo-chemical quantities of the transport processes in normal and in tumoral cells systems
In studying biological systems, conventional approaches based on the laws of physics almost always r...
Background Targeted therapy has been developed to apply individual patient – specific drug regimes ...
Lactic fermentation and respiration are important metabolic pathways on which life is based. Here, t...
The entropy generation approach has been developed for the analysis of complex systems, with particu...
Cells are chemical engines in which specific ordered chemical reactions occur. Cancer can be describ...
Entropy generation approach has been developed in order to use it for the analysis of complex system...
Cells can be regarded as engines that execute a series of chemical reactions. A malignant cell, that...
Aim The exergy gradients are the sources of physical processes. Entropy quantifies the system's evol...
Cancer can be described as an open complex dynamic and self-organizing system. The stationary states...
The chemical–physical analysis of the DNA have pointed out the connections between forces, thermodyn...
© 2014 Bentham Science Publishers. The change of the entropy is the arrow of understanding spontaneo...
Entropy generation is a fundamental concept in the science of complex systems as well as in engineer...
Abstract Background There are many differences between healthy tissue and growing tumor tissue, incl...
Cancer can be considered as an open, complex, bio-thermo)dynamic and self-organizing system. Consequ...
We seek to address fundamental questions in cancer biology by an experimental-theoretical approach ...
In studying biological systems, conventional approaches based on the laws of physics almost always r...
Background Targeted therapy has been developed to apply individual patient – specific drug regimes ...
Lactic fermentation and respiration are important metabolic pathways on which life is based. Here, t...
The entropy generation approach has been developed for the analysis of complex systems, with particu...
Cells are chemical engines in which specific ordered chemical reactions occur. Cancer can be describ...
Entropy generation approach has been developed in order to use it for the analysis of complex system...
Cells can be regarded as engines that execute a series of chemical reactions. A malignant cell, that...
Aim The exergy gradients are the sources of physical processes. Entropy quantifies the system's evol...
Cancer can be described as an open complex dynamic and self-organizing system. The stationary states...
The chemical–physical analysis of the DNA have pointed out the connections between forces, thermodyn...
© 2014 Bentham Science Publishers. The change of the entropy is the arrow of understanding spontaneo...
Entropy generation is a fundamental concept in the science of complex systems as well as in engineer...
Abstract Background There are many differences between healthy tissue and growing tumor tissue, incl...
Cancer can be considered as an open, complex, bio-thermo)dynamic and self-organizing system. Consequ...
We seek to address fundamental questions in cancer biology by an experimental-theoretical approach ...
In studying biological systems, conventional approaches based on the laws of physics almost always r...
Background Targeted therapy has been developed to apply individual patient – specific drug regimes ...
Lactic fermentation and respiration are important metabolic pathways on which life is based. Here, t...