Innovative Solutions for Next-Generation Cell Therapies | Sartorius

Brochure: Innovative Solutions for Next-Generation Cell Therapies

Last updated: August 2023

Explore Sartorius Cell Therapy Solutions

Cell-based therapies hold great potential to revolutionize medicine and provide new therapeutic options for various diseases, including rare ailments and cancer. In regenerative medicine, cell therapies can harness the power of living cells to regenerate damaged or diseased tissues and organs.

Bringing a new treatment to market requires expertise and tools that accelerate progress from R&D to Process Development through Manufacturing. Some of the unique workflow challenges in cell therapy discovery involve the thorough characterization and quality control of cells for the desired stability, potency, purity, and functional attributes. Additionally, digital tools are needed to help turn complex datasets into actionable insights that inform clinical outcomes.

Simplify lab-scale cell therapy R&D workflows and advance effective therapies to the clinic with a full ensemble of state-of-the-art solutions, including high-throughput screening tools for cell and protein analysis, industry-recognized lab essentials, ancillary materials, and more.

Brochure

Innovative Solutions for Next-Generation Cell Therapies

PDF | 6.0 MB
Cell Therapy CAR-T cell attacking cancer cell

Cell Therapy Solutions

Overcome bottlenecks from bench to bedside with translational insights from next-generation bioanalytical platforms.

This Resource is Designed for:

  • Cell therapy researchers
  • Oncologists
  • Lab Researchers

Applications Supported:

  • Cell therapy

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Challenges and Solutions in CAR-T Discovery and Development

Download this infographic to learn how CAR-T therapy works, the CAR-T therapy discovery and development steps and more.

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Solutions for Culturing, Maintaining and Characterizing iPSCs

Learn the advantages of using a combined workflow for the culture, monitoring, and characterization of iPSCs.

Application Note

Optimization of SH-SY5Y Differentiation

Understand translational in vitro models for studying human development and disease.

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