<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb concentration profiles, D) Cell cycle distribution.</p
Recently, the pharmaceutical industry is increasingly focusing on early drug development which comes...
.A transition probability model for sister cells is formalized. Assumptions are divided into three p...
Abstract Glucose plays a central role in tumor metabolism and development and is a target for novel ...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
<p>Glucose 6-phosphate (<b>A</b>), fructose 6-phosphate (<b>B</b>), fructose 1,6-bisphosphate (<b>C<...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
<p>(A) Model prediction of glucose levels in autoantibody positive cases. (B) Model prediction of gl...
Mammalian cell cultures are intrinsically heterogeneous at different scales (from the molecular to b...
Cell cycle progression is carefully coordinated with a cell’s intra- and extracellular environ-ment....
<p> Black bars represent the experimental (± SEM) data and white bars represent model predictions. T...
The purpose of this project was to develop mathematical models which could predict the behaviour of ...
© 2007 American Chemical Society and American Institute of Chemical EngineersA multi-staged populati...
A generic model of cell growth and division cycles (CELCYMUS) is proposed. It is a one dimensional p...
The mammalian cell cycle is regulated by a well-studied but complex biochemical reaction system. Com...
<p>(A) Within each cell the concentrations of lactose, LacYZ and LacI are simulated, as well as the ...
Recently, the pharmaceutical industry is increasingly focusing on early drug development which comes...
.A transition probability model for sister cells is formalized. Assumptions are divided into three p...
Abstract Glucose plays a central role in tumor metabolism and development and is a target for novel ...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
<p>Glucose 6-phosphate (<b>A</b>), fructose 6-phosphate (<b>B</b>), fructose 1,6-bisphosphate (<b>C<...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
<p>(A) Model prediction of glucose levels in autoantibody positive cases. (B) Model prediction of gl...
Mammalian cell cultures are intrinsically heterogeneous at different scales (from the molecular to b...
Cell cycle progression is carefully coordinated with a cell’s intra- and extracellular environ-ment....
<p> Black bars represent the experimental (± SEM) data and white bars represent model predictions. T...
The purpose of this project was to develop mathematical models which could predict the behaviour of ...
© 2007 American Chemical Society and American Institute of Chemical EngineersA multi-staged populati...
A generic model of cell growth and division cycles (CELCYMUS) is proposed. It is a one dimensional p...
The mammalian cell cycle is regulated by a well-studied but complex biochemical reaction system. Com...
<p>(A) Within each cell the concentrations of lactose, LacYZ and LacI are simulated, as well as the ...
Recently, the pharmaceutical industry is increasingly focusing on early drug development which comes...
.A transition probability model for sister cells is formalized. Assumptions are divided into three p...
Abstract Glucose plays a central role in tumor metabolism and development and is a target for novel ...
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