Accurate cell settling velocity determination is critical for perfusion culture using a gravity settler for cell retention. We have developed a simple apparatus (a \u27settling column\u27) for measuring settling velocity and have validated the procedure with 15-μm polystyrene particles with known physical properties. The measured settling velocity of the polystyrene particles is within 4% of the value obtained using the traditional Stokes\u27 law approach. The settling velocities of three hybridoma cell lines were measured, resulting in up to twofold variation among cell lines, and the values decreased as the cell culture aged. The settling velocities of the nonviable cells were 33-50% less than the corresponding viable cells. The significa...
Standard methods for seeding monolayer cell cultures in a multiwell plate or dish do not uniformly d...
Renewed interest in microcarrier-based processes for the large-scale culture of adherent cells for v...
Therapies utilizing stem cells isolated from various tissues are currently undergoing clinical evalu...
A lack of efficient, economical, and reliable cell retention devices has limited the application of ...
Continuous settlers are used in many bio-based processes for separating liquid-liquid dispersion. In...
Enhanced sedimentation on inclined surfaces has been exploited successfully in mammalian cell cultur...
The dynamic cell culture process has been widely used in tissue engineering. The success of cell cul...
A novel perfusion system was developed for high density culture of animal cells. The system consists...
Journal of Biotechnology, 125(3): pp. 416-424.Rotating wall vessel bioreactors (RWVs) constitute dyn...
Continuous production of biologics, a growing trend in the biopharmaceutical industry, requires a re...
Inclined settler has been introduced as a unique cell retention device for perfusion bioreactor cult...
Mobility quantification of single cells and cellular processes in dense cultures is a challenge, bec...
Industry trends in regenerative medicine show an increased need for scalable and closed manufacturin...
Two dimensional (2-D) cell culture technologies have proven inadequate for large scale manufacturing...
The suspension characteristics, the agitator speed, Njs, and the mean specific energy dissipation ra...
Standard methods for seeding monolayer cell cultures in a multiwell plate or dish do not uniformly d...
Renewed interest in microcarrier-based processes for the large-scale culture of adherent cells for v...
Therapies utilizing stem cells isolated from various tissues are currently undergoing clinical evalu...
A lack of efficient, economical, and reliable cell retention devices has limited the application of ...
Continuous settlers are used in many bio-based processes for separating liquid-liquid dispersion. In...
Enhanced sedimentation on inclined surfaces has been exploited successfully in mammalian cell cultur...
The dynamic cell culture process has been widely used in tissue engineering. The success of cell cul...
A novel perfusion system was developed for high density culture of animal cells. The system consists...
Journal of Biotechnology, 125(3): pp. 416-424.Rotating wall vessel bioreactors (RWVs) constitute dyn...
Continuous production of biologics, a growing trend in the biopharmaceutical industry, requires a re...
Inclined settler has been introduced as a unique cell retention device for perfusion bioreactor cult...
Mobility quantification of single cells and cellular processes in dense cultures is a challenge, bec...
Industry trends in regenerative medicine show an increased need for scalable and closed manufacturin...
Two dimensional (2-D) cell culture technologies have proven inadequate for large scale manufacturing...
The suspension characteristics, the agitator speed, Njs, and the mean specific energy dissipation ra...
Standard methods for seeding monolayer cell cultures in a multiwell plate or dish do not uniformly d...
Renewed interest in microcarrier-based processes for the large-scale culture of adherent cells for v...
Therapies utilizing stem cells isolated from various tissues are currently undergoing clinical evalu...