MIBIscope™ 3.0: Technical Specifications
MIBIscope™ 3.0
The latest innovation in spatial proteomics, engineered for precise subcellular imaging, high-throughput performance, and rapid data acquisition—empowering groundbreaking research across diverse applications.
A Cutting-Edge Platform for Tissue Microenvironment Analysis
The MIBIscope™ 3.0 offers unparalleled capabilities for comprehensive phenotypic profiling and spatial analysis across diverse tissue microenvironments. Its advanced features deliver exceptional sensitivity, resolution, and throughput, providing the precision and flexibility needed to drive meaningful discoveries—whether in cancer research, immunology, drug discovery, biomarker development, or other fields.
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Instrument Specifications
- Imaging Technology: Secondary Ion Mass Spectrometry (SIMS)-based imaging
- Sub-cellular resolution: down to 250 nm
- Multiplexing Capability: up to 40 protein markers per tissue section
- High throughput: enhanced system architecture for 24/7 imaging
- Data Acquisition Speed: Optimized for rapid image capture
Operational Features
- User-Friendly Interface: Streamlined software interface with intuitive controls
- Automation and Uptime: Equipped with a 'walk-away' mode for extended operation
- Maintenance: Simplified system maintenance for quick and easy calibration
Performance Enhancements
- Optics: Upgraded optics for improved tissue clarity
- Adjustable Scanning Magnification: Switch between wide- and high-resolution imaging
- Auto Focus: Automatically optimize image sharpness for accurate data capture.
- Multi-ROI Setup: Easily define and image multiple regions of interest in a single run.
Specifications
| Specification | Details |
|---|---|
| Resolution | Subcellular resolution down to 250nm |
| Multiplexing Capability | Up to 40 protein targets per tissue section |
| Imaging Speed | 20 mm2 per hour in high-through |
| Field of View | Up to 2cm2 per scan |
| Sensitivity | Detection of low- and mid-abundance proteins |
| Dynamic Range | 105 (five orders of magnitude) |
| Tissue Compatibility | FFPE |
| Imaging Mode | Walk-away mode for unattended operation |