Add to ORKGShake flask cultivation is nowadays a routine technique during process development for mammalian cell lines. During shaken culture, changes in agitation velocity, shaking diameter or shake flask size affect the hydrody
Application of a shaking bioreactor system at pilot-scale level is presented in this research work. ...
The aim of this study was to develop and advance techniques required to carry out process developmen...
A living cell is a biochemical reactor that allows enzyme-catalyzed reactions to produce a remarkabl...
CFD (computational fluid dynamics) techniques were used to predict mixing and gas-liquid mass transf...
Abstract Background The initial part of process development involves extensive screening programs to...
In biotechnology, the usage of shaking flasks in upstream processing is widely common due to the eas...
To perform scale-up of fermentation in a shake flask, which the operation efficiency is equivalent t...
The development and optimization of cell and microbial cultures is usually done in small scale vesse...
In biotechnology, the use of shake flasks is widespread due to their easy handling, especially in pr...
Different types of Erlenmeyer flasks (invented in 1860) and Fernbach-style flasks (invented around 1...
While sophisticated small-scale cultivation systems came to the market in the last few years, shake ...
Cultivations of mammalian cells are routinely conducted in shake flasks. In contrast to instrumented...
The effect of shear forces on suspended cells is one of the most complex problems in the scale-up of...
Biotechnological development in shake flask necessitates vital engineering parameters e.g. volumetri...
This poster describes the development of a novel closed system approach to cell culture expansion in...
Application of a shaking bioreactor system at pilot-scale level is presented in this research work. ...
The aim of this study was to develop and advance techniques required to carry out process developmen...
A living cell is a biochemical reactor that allows enzyme-catalyzed reactions to produce a remarkabl...
CFD (computational fluid dynamics) techniques were used to predict mixing and gas-liquid mass transf...
Abstract Background The initial part of process development involves extensive screening programs to...
In biotechnology, the usage of shaking flasks in upstream processing is widely common due to the eas...
To perform scale-up of fermentation in a shake flask, which the operation efficiency is equivalent t...
The development and optimization of cell and microbial cultures is usually done in small scale vesse...
In biotechnology, the use of shake flasks is widespread due to their easy handling, especially in pr...
Different types of Erlenmeyer flasks (invented in 1860) and Fernbach-style flasks (invented around 1...
While sophisticated small-scale cultivation systems came to the market in the last few years, shake ...
Cultivations of mammalian cells are routinely conducted in shake flasks. In contrast to instrumented...
The effect of shear forces on suspended cells is one of the most complex problems in the scale-up of...
Biotechnological development in shake flask necessitates vital engineering parameters e.g. volumetri...
This poster describes the development of a novel closed system approach to cell culture expansion in...
Application of a shaking bioreactor system at pilot-scale level is presented in this research work. ...
The aim of this study was to develop and advance techniques required to carry out process developmen...
A living cell is a biochemical reactor that allows enzyme-catalyzed reactions to produce a remarkabl...