Add to ORKGPaper examining the shear stress effects on freely suspended cells in an annular flow bioreactor
Application of a two-phase slug flow in side-stream membrane bioreactors (MBRs) has proven to increa...
The effects related to the application time of shear stress on biological activity are considered
In bioreactor culture systems that aim to provide a convective flux to address mass transport lim-it...
Annular-flow bioreactors are normally operated under laminar Couette flow conditions in order to min...
During a cell culture in a bioreactor, the cells are exposed to the shear stress generated by the cu...
A study of the effects of hydrodynamic turbulent shear stress on the biological responses of carrot ...
Cells growing in stirred bioreactors exist in a complex fluid mechanical environment. A number of fo...
Several devices which can apply biomechanical stresses, such as shear stress, to living cells are av...
The effect of shear forces on suspended cells is one of the most complex problems in the scale-up of...
Perfusion bioreactors have been proved to be an impartible part of vascular tissue engineering due t...
Mechanical stimulation, such as fluid-induced wall shear stress (WSS), is known that can influence t...
No pages 104-105, 116-117, 126-127This study aims to determine the influence of shear stress on cell...
The effect of turbulent shear stress on a suspension cell line (KG-1) derived from human erythrocyti...
Design and Computational Validation of a Shear Stress Bioreactor for Conditioning Vascular Tissue to...
Perfusion bioreactors regulate flow conditions in order to provide cells with oxygen, nutrients and ...
Application of a two-phase slug flow in side-stream membrane bioreactors (MBRs) has proven to increa...
The effects related to the application time of shear stress on biological activity are considered
In bioreactor culture systems that aim to provide a convective flux to address mass transport lim-it...
Annular-flow bioreactors are normally operated under laminar Couette flow conditions in order to min...
During a cell culture in a bioreactor, the cells are exposed to the shear stress generated by the cu...
A study of the effects of hydrodynamic turbulent shear stress on the biological responses of carrot ...
Cells growing in stirred bioreactors exist in a complex fluid mechanical environment. A number of fo...
Several devices which can apply biomechanical stresses, such as shear stress, to living cells are av...
The effect of shear forces on suspended cells is one of the most complex problems in the scale-up of...
Perfusion bioreactors have been proved to be an impartible part of vascular tissue engineering due t...
Mechanical stimulation, such as fluid-induced wall shear stress (WSS), is known that can influence t...
No pages 104-105, 116-117, 126-127This study aims to determine the influence of shear stress on cell...
The effect of turbulent shear stress on a suspension cell line (KG-1) derived from human erythrocyti...
Design and Computational Validation of a Shear Stress Bioreactor for Conditioning Vascular Tissue to...
Perfusion bioreactors regulate flow conditions in order to provide cells with oxygen, nutrients and ...
Application of a two-phase slug flow in side-stream membrane bioreactors (MBRs) has proven to increa...
The effects related to the application time of shear stress on biological activity are considered
In bioreactor culture systems that aim to provide a convective flux to address mass transport lim-it...