<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb concentration profiles, D) Cell cycle distribution.</p
<p>A population of fast growing cells (glucose, final number: 10.000) was simulated with Model-1 for...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
(A) A 3-state computational model featuring the LSK, CMP and Terminal hematopoietic cells. Culture d...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
© 2007 American Chemical Society and American Institute of Chemical EngineersA multi-staged populati...
(A–C) An abstract model of cell mass homeostasis at different G1 regulation strengths, represented...
Mammalian cell cultures are valuable for synthesis of therapeutic proteins and antibodies. They are ...
A simple kinetic model is developed to describe the dynamic behavior of myeloma cell growth and cell...
A simple kinetic model is developed to describe the dynamic behavior of myeloma cell growth and cell...
A multi-staged population balance model is proposed to describe the cell cycle dynamics of myeloma c...
A simple kinetic model is developed to describe the dynamic behavior of myeloma cell growth and cell...
The purpose of this project was to develop mathematical models which could predict the behaviour of ...
<p>The duration of cell exposure to high glucose and to glucose levels during the experiment was var...
<p>Experimental data shown in blue, fitted simulated data shown in red. A. Ratio of larger cell volu...
<p>A population of fast growing cells (glucose, final number: 10.000) was simulated with Model-1 for...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
(A) A 3-state computational model featuring the LSK, CMP and Terminal hematopoietic cells. Culture d...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
<p>A) Cell growth and viability, B) Glucose and lactate concentration profiles, C) Glutamate and mAb...
© 2007 American Chemical Society and American Institute of Chemical EngineersA multi-staged populati...
(A–C) An abstract model of cell mass homeostasis at different G1 regulation strengths, represented...
Mammalian cell cultures are valuable for synthesis of therapeutic proteins and antibodies. They are ...
A simple kinetic model is developed to describe the dynamic behavior of myeloma cell growth and cell...
A simple kinetic model is developed to describe the dynamic behavior of myeloma cell growth and cell...
A multi-staged population balance model is proposed to describe the cell cycle dynamics of myeloma c...
A simple kinetic model is developed to describe the dynamic behavior of myeloma cell growth and cell...
The purpose of this project was to develop mathematical models which could predict the behaviour of ...
<p>The duration of cell exposure to high glucose and to glucose levels during the experiment was var...
<p>Experimental data shown in blue, fitted simulated data shown in red. A. Ratio of larger cell volu...
<p>A population of fast growing cells (glucose, final number: 10.000) was simulated with Model-1 for...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
(A) A 3-state computational model featuring the LSK, CMP and Terminal hematopoietic cells. Culture d...
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