Typical methods for monitoring cultivation processes are offline analyses like cell counting, measurement of various substrates and products (e. g. glucose or lactate) as well as the online monitoring of several physical process parameters (temperature, pH-value or the concentration of dissolved oxygen). To improve cell cultivations detailed information about important analytes should be available online. Therefore new monitoring methods need to be established, preferably as in-situ methods to minimize the risk of contamination. Two different in-situ online-methods were used to monitor cultivations: In-situ microscopy and 2D fluorescence spectroscopy. Therefore CHO-K1 cells (provided by University of Bielefeld) were cultivated in a comple...
[Abstract]: During microbial fermentations and other bioprocesses, monitoring of potential contamina...
Abstract Background The morphology of yeast cells changes during budding, depending on the growth ra...
Artificial animal cell culture was successfully developed by Ross Harrison in 1907. But it was not u...
International audienceCell concentration and cell vitality are key parameters to be monitored during...
Cell cultivation in bioreactors would benefit from developed monitoring systems with online real-tim...
Taking offline samples is time-consuming and risks a contamination of the culture during sampling. C...
The critical process parameters cell density and viability during mammalian cell cultivation are ass...
A new two-dimensional fluorescence sensor system was developed for in-line monitoring of mammalian c...
In vitro erythropoiesis of cord blood haematopoietic stem cells (HSCs) to produce fully enucleated r...
International audienceCurrently, the production of Advanced Therapy Medicinal Products is highly sen...
Wei N, You J, Friehs K, Flaschel E, Nattkemper TW. An in situ probe for on-line monitoring of cell d...
Abstract Streptomyces species are intensively studied for their ability to produce a variety of natu...
This work is dealing with application of advanced fluorescence techniques for gaining knowledge abou...
Multi-wavelength (2D) fluorescence spectroscopy represents an important step towards exploiting the ...
Tracking concentrations of important metabolic substances such as glucose and carbon dioxide gives i...
[Abstract]: During microbial fermentations and other bioprocesses, monitoring of potential contamina...
Abstract Background The morphology of yeast cells changes during budding, depending on the growth ra...
Artificial animal cell culture was successfully developed by Ross Harrison in 1907. But it was not u...
International audienceCell concentration and cell vitality are key parameters to be monitored during...
Cell cultivation in bioreactors would benefit from developed monitoring systems with online real-tim...
Taking offline samples is time-consuming and risks a contamination of the culture during sampling. C...
The critical process parameters cell density and viability during mammalian cell cultivation are ass...
A new two-dimensional fluorescence sensor system was developed for in-line monitoring of mammalian c...
In vitro erythropoiesis of cord blood haematopoietic stem cells (HSCs) to produce fully enucleated r...
International audienceCurrently, the production of Advanced Therapy Medicinal Products is highly sen...
Wei N, You J, Friehs K, Flaschel E, Nattkemper TW. An in situ probe for on-line monitoring of cell d...
Abstract Streptomyces species are intensively studied for their ability to produce a variety of natu...
This work is dealing with application of advanced fluorescence techniques for gaining knowledge abou...
Multi-wavelength (2D) fluorescence spectroscopy represents an important step towards exploiting the ...
Tracking concentrations of important metabolic substances such as glucose and carbon dioxide gives i...
[Abstract]: During microbial fermentations and other bioprocesses, monitoring of potential contamina...
Abstract Background The morphology of yeast cells changes during budding, depending on the growth ra...
Artificial animal cell culture was successfully developed by Ross Harrison in 1907. But it was not u...