Product Overview
ODIN revolutionizes cell sorting with its ‘Seeing is Believing’ approach, transforming it from simple intensity peak analysis to a comprehensive, visual journey. It enables real-time, image-based insights, changing how researchers interact with and interpret experiments.
This addon solution, compatible with any commercial microscope, offers a multi-dimensional data perspective, capturing intricate cellular interactions and behaviors for a holistic understanding of cellular dynamics. Its dual sorting criteria, combining fluorescence and image-based analysis, significantly reduce false positives/negatives, improving the purity of sorted cell populations. ODIN is crucial for in-depth research and the development of targeted therapies.
ODIN is an addon solution that transforms any commercial microscope into a powerhouse for advanced cell sorting and analysis. This cutting-edge tool brings a “Seeing is Believing” ethos to cell sorting, transitioning from traditional intensity peak analysis to a rich, image-based examination.
ODIN enables researchers to gain real-time insights into cellular interactions and behaviors, enhancing the understanding of cellular dynamics. Its dual sorting criteria, which incorporate both fluorescence and image-based analysis, significantly reduce false positives and negatives, thereby improving the purity of sorted cell populations. With ODIN, the complexity of cellular functions becomes more accessible, opening new doors for in-depth research and the development of targeted therapies.
| Specification | Detail |
|---|---|
| Frame Rate | 210 fps @ 1280×1024 px, up to 10000 fps @ 400×32 px, monochrome, 10bit color depth |
| Sensitivity | Wavelength range 300-1000 nm, 550nm peak @ 54% quantum efficiency |
| Readout Regions | 2 freely selectable readout regions simultaneously |
| Analysis | Real-time analysis of size, velocity, position, granularity, circumference, etc. |
| Tracking | Real-time tracking of up to 8 objects/particles simultaneously @ up to 10000 fps |
| Triggers | Two freely programmable and independent triggers (3.3V TTL) |
| Latency | Image capturing to analysis result <200 microseconds, control precision <10 nanoseconds |
| Software | Offers a user-friendly and feature-rich graphical user-interface for observation, analysis, and control |