Revolutionizing iPSC Culture with Automation and AI

Automation of iPSC culture, passaging, and expansion with the CellXpress.ai™ Automated Cell Culture System

The CellXpress.ai Automated Cell Culture System is a groundbreaking solution for scaling up drug discovery and addressing the challenges of traditional induced pluripotent stem cell (iPSC) culturing. This innovative platform automates feeding, passaging, and monitoring, eliminating the labor-intensive workflows that often limit efficiency and reproducibility in iPSC research.

Competitive Advantages:

Hands-Free Operation: The automated protocol removes the need for constant manual oversight, reducing workload and enabling researchers to focus on high-value tasks.

Enhanced Precision: Machine learning algorithms ensure timely passaging and differentiation detection, improving consistency and reproducibility.

Scalability: With automated management of complex schedules, the system supports large-scale iPSC culture projects, critical for drug discovery pipelines.

In this application note, we present an automated iPSC culture and passaging protocol developed to alleviate the challenges of traditional, labor-intensive iPSC workflows. By integrating periodic imaging and analysis, the system is able to track cell development with high precision. Leveraging machine learning, the system can autonomously detect when cells require passaging or if differentiation is occurring, ensuring optimal culture conditions without manual intervention.

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