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Detailed Introduction
The LI-COR Odyssey M Imaging System (manufactured in May 2022), equipped with PC and analysis software, is a high-performance near-infrared (NIR) fluorescence imaging platform designed for advanced molecular biology, protein analysis, and quantitative biomolecular research. It is widely used in academic research institutions, biotechnology companies, pharmaceutical laboratories, and life science facilities requiring highly sensitive and accurate detection of proteins, nucleic acids, and other biomolecules.
The Odyssey M system is built on LI-COR’s well-established dual-channel near-infrared imaging technology, which enables simultaneous detection of multiple targets with extremely low background interference. Unlike traditional visible fluorescence systems, near-infrared detection significantly reduces autofluorescence from biological samples, resulting in higher signal-to-noise ratios and improved quantification accuracy. This makes the system particularly suitable for Western blotting, SDS-PAGE gel analysis, cell-based assays, and in vivo imaging studies.
The included PC workstation and LI-COR Image Studio software provide a complete imaging and analysis solution. Users can easily acquire, process, and quantify images with high precision. The software supports automated background correction, band quantification, multiplex analysis, and data export functions, streamlining laboratory workflows and ensuring reproducible results. The intuitive interface reduces training time and improves operational efficiency, making it suitable for both experienced researchers and new users.
The Odyssey M system is designed for high sensitivity and broad dynamic range, allowing detection of both high- and low-abundance targets in a single experiment. This wide linear dynamic range minimizes the need for repeated sample dilutions, improving experimental efficiency and data reliability. Its non-destructive imaging method preserves samples for further downstream analysis, which is especially valuable in precious or limited biological samples.
The hardware system is engineered for stability and long-term performance. The imaging platform is designed with precision optics and uniform laser excitation to ensure consistent illumination across the entire detection area. The system supports multi-channel scanning, enabling simultaneous analysis of multiple fluorescent labels without signal overlap.
With its 2022 manufacturing standard, this Odyssey M system incorporates improved hardware stability, upgraded detector sensitivity, and optimized software compatibility. Combined with the included PC workstation, it provides a ready-to-use solution for laboratories seeking a high-end imaging system without additional setup complexity.
Overall, the LI-COR Odyssey M Imaging System delivers exceptional imaging quality, quantitative accuracy, and workflow efficiency, making it a powerful tool for modern life science and biomedical research applications.
| Parameter | Specification |
|---|---|
| Product Name | LI-COR Odyssey M Imaging System |
| Manufacturing Year | May 2022 |
| Imaging Technology | Near-Infrared (NIR) Fluorescence Imaging |
| Detection Channels | Dual-channel (700 nm / 800 nm) |
| Applications | Western blot, gel imaging, cell-based assays, biomolecular quantification |
| Detection Method | Laser-based fluorescence scanning |
| Dynamic Range | Wide linear dynamic range (quantitative analysis) |
| Sensitivity | High-sensitivity protein and nucleic acid detection |
| Included Components | Imaging system + PC workstation + software |
| Software | LI-COR Image Studio Software |
| Analysis Functions | Band quantification, multiplex analysis, background correction |
| Data Output | Image export, numerical quantification, report generation |
| Scanning Resolution | High-resolution adjustable scanning |
| Sample Compatibility | Membranes, gels, plates (depending on configuration) |
| Illumination System | Dual-laser excitation (near-infrared) |
| Operation Mode | Fully automated imaging and analysis |
| System Type | Benchtop imaging system |
| Power Supply | AC 100–240V |
| Application Fields | Life science research, biotechnology, pharmaceutical analysis |
| Key Advantages | Low background noise, multiplex detection, high quantitative accuracy |
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