A method for life cycle analysis in mammalian cells which utilizes the collection function has been applied to the Chinese hamster ovary grown in suspension. The following durations were found for the various parts of the life cycle: S, 4.13 hours; G1, 4.71 hours; G2, 2.81 hours; mitosis, 0.81 hours. The cell has a total generation time of 12.4 hours as opposed to 20.1 hours for the S3 HeLa cell. However, the relative lengths of each phase of the life cycle are identical within experimental uncertainty in the two cells
Proliferation of mammalian cells, even under conditions of unlimited growth, presents a complex prob...
The selection of CHO cell lines for manufacturing therapeutic proteins involves multiple screening s...
Das Ziel dieser Arbeit war es Korrelationen zwischen dem Zustand der Zelle, deren Physiologie und ve...
The purpose of this project was to develop mathematical models which could predict the behaviour of ...
The parameters of the cell cycle are analyzed in terms of the stochastic theory of cell proliferatio...
Equations are presented describing the accumulation of cells at any part of the life cycle as a resu...
The increase of cell volume as a function of time was studied throughout the generation cycle in syn...
Experimental proof is given that the volume distribution spectrum of mammalian cells in suspension c...
In bioproduction processes, cellular heterogeneity can cause unpredictable process outcomes or even ...
The production of vaccines using mammalian cell culture is a major application in biotechnology. As ...
Analysis of the effects of actinomycin and puromycin on the G2 and mitotic parts of the life cycle i...
Biopharmaceuticals are a class of biological macromolecules that include antibodies and antibody der...
Schmitz J, Täuber S, Westerwalbesloh C, von Lieres E, Noll T, Grünberger A. Development and applicat...
Mitotic selection for cell cycle analysis was used to investigate the effects of 3H and 125I, incorp...
The Chinese hamster (Cricetulus griseus) is a species of hamster that was used as a laboratory anima...
Proliferation of mammalian cells, even under conditions of unlimited growth, presents a complex prob...
The selection of CHO cell lines for manufacturing therapeutic proteins involves multiple screening s...
Das Ziel dieser Arbeit war es Korrelationen zwischen dem Zustand der Zelle, deren Physiologie und ve...
The purpose of this project was to develop mathematical models which could predict the behaviour of ...
The parameters of the cell cycle are analyzed in terms of the stochastic theory of cell proliferatio...
Equations are presented describing the accumulation of cells at any part of the life cycle as a resu...
The increase of cell volume as a function of time was studied throughout the generation cycle in syn...
Experimental proof is given that the volume distribution spectrum of mammalian cells in suspension c...
In bioproduction processes, cellular heterogeneity can cause unpredictable process outcomes or even ...
The production of vaccines using mammalian cell culture is a major application in biotechnology. As ...
Analysis of the effects of actinomycin and puromycin on the G2 and mitotic parts of the life cycle i...
Biopharmaceuticals are a class of biological macromolecules that include antibodies and antibody der...
Schmitz J, Täuber S, Westerwalbesloh C, von Lieres E, Noll T, Grünberger A. Development and applicat...
Mitotic selection for cell cycle analysis was used to investigate the effects of 3H and 125I, incorp...
The Chinese hamster (Cricetulus griseus) is a species of hamster that was used as a laboratory anima...
Proliferation of mammalian cells, even under conditions of unlimited growth, presents a complex prob...
The selection of CHO cell lines for manufacturing therapeutic proteins involves multiple screening s...
Das Ziel dieser Arbeit war es Korrelationen zwischen dem Zustand der Zelle, deren Physiologie und ve...