Model fits to cell population measurements from MDCK cell cultures infected with influenza A/PR/8/34 (H1N1) at an MOI of 73 [4]. Mean percentage values of (A) infected, non-apoptotic and (B) infected, apoptotic cells from three independent experiments are shown. Curves represent simulations of the original [24] (dashed) and the extended (solid) multiscale model. (C) Comparison of infected, non-apoptotic cell apoptosis rate dynamics using a stepwise (original model, [24]) and logistically (extended model) increasing virus-induced apoptosis rate . Hours post infection in (A) and (B) refer to the time passed since the cell culture was infected while in (C) it corresponds to the individual infection time point of a cell.</p
Background: Mathematical modeling of virus dynamics has provided quantitative insights into viral in...
When focusing on cell physiology in virus production processes two parameters should be clearly sign...
Intracellular events that take place during influenza virus replication in mammalian cells are well ...
Cell culture-based influenza vaccine manufacturing is of growing importance. Depending on virus stra...
<p>Curves represent model fits to experimental infections of MDCK cells with influenza A/PR/8/34 (H1...
State-of-the-art human influenza vaccines are manufactured by using mammalian host cells for virus p...
A distributed population balance model of influenza A virus replication in adherent Madin-Darby cani...
Inroduction Viruses are widely used as live attenuated, killed-virus or vector vaccines. For a bette...
<p>(A) The extracellular level of infection comprises the growth and death of uninfected cells, thei...
This presentation deals with the mathematical modeling of the influenza virus replication in mammali...
Curves depict model simulations of infectious virus particles released during MDCK cell infections w...
Influenza A viruses (IAV) are commonly used to infect animal cell cultures for research purposes and...
<p>(A) Schematic representation of the model for continuous influenza A virus infection in the prese...
Today, human influenza vaccines are still mainly produced in embryonated henâs eggs. However, strong...
Background: Mathematical modeling of virus dynamics has provided quantitative insights into viral in...
Background: Mathematical modeling of virus dynamics has provided quantitative insights into viral in...
When focusing on cell physiology in virus production processes two parameters should be clearly sign...
Intracellular events that take place during influenza virus replication in mammalian cells are well ...
Cell culture-based influenza vaccine manufacturing is of growing importance. Depending on virus stra...
<p>Curves represent model fits to experimental infections of MDCK cells with influenza A/PR/8/34 (H1...
State-of-the-art human influenza vaccines are manufactured by using mammalian host cells for virus p...
A distributed population balance model of influenza A virus replication in adherent Madin-Darby cani...
Inroduction Viruses are widely used as live attenuated, killed-virus or vector vaccines. For a bette...
<p>(A) The extracellular level of infection comprises the growth and death of uninfected cells, thei...
This presentation deals with the mathematical modeling of the influenza virus replication in mammali...
Curves depict model simulations of infectious virus particles released during MDCK cell infections w...
Influenza A viruses (IAV) are commonly used to infect animal cell cultures for research purposes and...
<p>(A) Schematic representation of the model for continuous influenza A virus infection in the prese...
Today, human influenza vaccines are still mainly produced in embryonated henâs eggs. However, strong...
Background: Mathematical modeling of virus dynamics has provided quantitative insights into viral in...
Background: Mathematical modeling of virus dynamics has provided quantitative insights into viral in...
When focusing on cell physiology in virus production processes two parameters should be clearly sign...
Intracellular events that take place during influenza virus replication in mammalian cells are well ...