Sartorius MSC Optimization and Characterization Solution
An automated, high-throughput expansion and characterization solution that accelerates process optimization through CPP and CQA correlation resulting in a robust, scalable, well characterized MSC production process.
- Process control: Determine optimal expansion in controlled MSC cultures (pH, DO, temperature, stirring speed) with consistent, serum-free, xeno-free MSC medium and 3-hour sterility checkpoints in 100 – 250 mL cultures
- Automation: Minimize manual work with a multi-parallel bioreactor and walkaway automation advanced flow cytometry and continuous live-cell analysis platforms
- At-scale throughput: Optimize your MSC production process in 1 - 8 mini bioreactors operated in parallel and perform cell characterization assays in 96- and 384-well plates
- Extensive characterization: Monitor MSC morphology and growth using live-cell analysis and acquire paracrine effect understanding using advanced flow cytometry analysis
- Process insight: Gain rapid understanding of the optimal MSC expansion protocol using advanced modeling software and quality characterization analytics to correlate CPPs and CQAs
MODDE®
Design of experiment software to enable a seamless transition from planar to suspension culture while identifying critical process parameters
MSCgo™ Differentiation Media
Serum-free, xeno-free MSC trilineage differentiation potential testing (osteogenic, adipogenic, and chondrogenic)
MODDE®
Design of experiment software to enable a seamless transition from planar to suspension culture while identifying critical process parameters
MODDE®
Design of experiment software to enable a seamless transition from planar to suspension culture while identifying critical process parameters
Process Insight
Powerful multivariate data analysis tool with interactive visualizations, an intuitive interface, and automatable workflows for comprehensive process understanding