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Gentle sorting
Sort selected cell groups of interest into 6 different wells -
Speed control
Define flow rates for individual run optimization -
Laminar flow
Cells remain in a single laminar flow plane to minimize physical stress and optimize image focus -
Biocompatible
Chip materials maintain a cell-friendly environment keeping cells viable
See biology through a novel lens
The Deepcell technology
The Deepcell technology
Advanced microfluidics
The Deepcell technology
High-resolution imaging
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Fast
Image single cells at up to 1,000 events per second -
High-quality
Take high-quality brightfield images of single cells -
High-resolution
Capture 0.16 µm/pixel to analyze detailed morphology -
Store & visualize images
Access cell images for presentations and publications
The Deepcell technology
Deep learning models
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Leading-edge AI
Self-supervised foundation model for broad applicability to human samples without markers -
Real-time analysis
Characterizes cell images from the REM-I instrument in real-time -
High-dimensional
Assesses deep learning embeddings as well as computer vision derived morphometrics to capture morphology -
Easy to use
Ready to use on day 1 without needing to train on your own samples
The Deepcell technology
Powerful data suite
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Organization
Store, review, and organize runs from the REM-I instrument -
Interpretability
Visualize embeddings as morphology UMAPs and compare morphologically similar cell groups -
Customization
Easily train custom classifiers -
Sorting criteria
Define cell populations for sorting in up to 6 wells
See Deepcell in action
