iPSC Module

The iPSC (induced pluripotent stem cell) Module is designed to monitor the growth of pluripotent stem cells, whether induced or embryonic, within a feeder-free culture environment. This system aids in managing proper growth rates and ensures passaging occurs at the correct densities, both crucial for producing consistent starting materials essential for reliable differentiations. The module aims to refine stem cell expansion workflows, minimize the time researchers must spend hands-on, and propel stem cell research and discovery forward.

Key Features

Efficiency is at the forefront, allowing researchers to automate imaging and review results conveniently from any location. Consistency in stem cell cultures is maintained, enhancing differentiation outcomes. The module's automated analysis provides instant results, enabling quick evaluation of cultures. Additionally, whole-well imaging captures the entire culture for unbiased, precise outcomes.

Monitor and Evaluate Cultures

Utilize high-quality, whole-well images to make informed decisions regarding passaging. Automate image acquisition to monitor cultures remotely and maintain a detailed historical record of stem cell development accessible with just a few clicks.

Quantification Features

• Coverage (%)
• Number of colonies
• Average diameter (µm)
• Total area (µm²)
• Roundness

The iPSC Module allows for the exploration of advanced human-relevant models with iPSC organoids and real-time tracking of stem cell renewal and differentiation processes.