The emerging field of cell therapy has the potential to deliver breakthrough treatments for a range of diseases including cancer. Scientists developing adoptive cell and other novel cell therapies require advanced tools for monitoring cells at every workflow step, from cell isolation, to manufacturing and packaging. Traditional microscopy or flow-based systems are limited with respect to scalability, ease of operation, sample conservation, and reporting on temporal effects. The Sartorius cell analysis platforms offer unique, high-capacity solutions for characterizing immune phenotype and function at unprecedented speed, depth and scale, throughout the cell therapy research and development process.
Sartorius cell analysis platforms provide information-rich solutions for tracking complex biological processes. Our innovative technologies generate deeper and more relevant data on immune cell phenotype, activation, and function, using less of your precious samples. Unlike other approaches that require multiple assays or time points, our technologies reduce variability by delivering more data per time point, or multiple time points, in the same context, under the same conditions. Using our comprehensive analysis and visualization capabilities you will have access to actionable results, faster.
We offer unique solutions to address critical applications in the cell therapy workflow. See more on these applications and our unique solutions.
Enables real-time, automated imaging and analysis of immune cell activation and function, directly from the incubator over days, weeks or months.
A high throughput, suspension cell and bead analysis platform for rapidly profiling cell phenotype and function in cell therapy workflows.
Information-rich data, with faster & higher throughput sample processing; comprehensive data and analysis tools get you actionable results faster
Quantitative, reproducible and physiologically-relevant data
Small sample volume requirement, non-perturbing
Temporal data shows donor-to-donor variability and single-donor heterogeneity
Register now to watch research scientist Alison Tarke discuss screening of leukemic neoantigen-specific T-cells using the Intellicyt iQue Screener PLUS.
Groundbreaking solutions for cell analysis at unprecedented speed, depth, and scale
Complex cell analysis that will translate discovery research into clinical success
Expand your high content analysis capabilities beyond what is possible with traditional cell analysis techniques
Transform immuno-oncology development with high throughput sample processing and analysis
Enjoy these resources to help you find information-rich solutions to transform cell therapy research and discovery.
New eBook! 'Immuno-Oncology Profiling for Drug Discovery and
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