Research: Minimal Volumes, Maximum Scalability
Every stem cell and cell line exhibits a different behavior, meaning growth properties, nutritional requirements and expression levels can deviate significantly. DASGIP technologies permit the rapid identification of the optimal clone or stem. By controlling the process parameters, users can simultaneously compare the performance of individual or multiple clones and stems under a variety of conditions.
Working with small volumes has the advantage of conserving valuable resources, provided that the best stem, cell line or media has yet to be identified. DASGIP reactors and control modules deliver the precision required to operate under lab-scale and production-like environmental conditions (stirred systems, standard sensors). Scientists are therefore guaranteed easily scalable results.
Here you will find a selection of examples for the application of DASGIP parallel bioreactor systems in research. Get information on cultivation of stem cells, production of recombinant proteins or proteomics.