- Prasad Kakarla, PhD, Product Manager Filtration and Clarification, Sartorius, Germany
- Andris Abramenkovs, Product Management CellCelector, Sartorius, Sweden
Cell-based therapies provide promising new opportunities to treat disease and offer hope to patients in need. Bringing a new treatment to market requires innovative and compliant solutions that can accelerate progress from the lab, all the way to the patient, safely and cost effectively.
During this tutorial Sartorius will cover how to overcome key challenges in different stages of Stem Cell Therapy workflows.
Process variability, cell morphology, viability, and recovery are critical challenges. We will discuss end-to-end solutions to overcome these bottlenecks, setting the standards for CGT.
Stem cells require more meticulous care and cultivation compared to typical cell lines due to their unique characteristics. Therefore, it is vital to ensure that dependable methods for their culture and upkeep are easily accessible and widely available.
We will highlight:
CellCelector: Stem Cell Selection & Retrieval
Incucyte: Live Cell Imaging & Analysis
iQue: High-Throughput Screening by Cytometry
Ambr: Multi-Parallel Bioreactors
Ksep50: Automated Cell Separation, Concentration, Washing and Harvesting
Sartorius offers an extensive range of products and solutions designed to support the various workflow steps involved in stem cell therapy process development and manufacturing.
Join this session to learn about:
- Consistently picking specific iPSC colonies with precision for subsequent experiments or cultivation, while ensuring the cells remain in optimal health.
- Observing subtle morphological features and growth patterns of sensitive iPSC lines directly within the incubator, eliminating the need to disturb the plates.
- Using the smallest possible volume of samples necessary to analyze valuable cell types, minimizing the loss of cells needed for downstream applications.
- Comprehensive Processing Solution: Capture, concentrate, wash, manipulate, and harvest, all in one solution.
- Optimal Cell Recovery and Viability: Achieve High cell recovery, viability ensured, irrespective of densities, for top-quality output.
- Seamless Scalability: Seamlessly scale up operations for consistent efficiency from development to production.
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