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Labeo Technologies - Fiber Photometry System for Neuroscience Research
The Fiber Photometry System by Labeo Technologies Inc. is designed for comprehensive in vivo studies of brain activity in freely moving rodents, including mice and rats. It provides precise measurements essential for neuroscience research, accommodating various applications such as imaging calcium indicators and utilizing FRET for high sensitivity in ratiometric biosensors. The system includes a suite of customizable optical components including lasers, LEDs, and user-replaceable optical filters, allowing for flexibility and modularity. It features a 4-channel configuration that supports simultaneous monitoring across multiple subjects or brain regions, each channel functioning independently with its own PMT detectors, eliminating the need for calibration. The system's software offers real-time visualization of changes in fluorescence and FRET ratios while providing automated data acquisition protocols. It also includes up to 8 analog inputs for synchronization with other devices. The design emphasizes both space efficiency and performance at a competitive price.The Fiber Photometry System is the ideal solution for in vivo studies of brain activity in freely moving rodents, such as mice and rats. Whether you are imaging calcium indicators or utilizing Fluorescence Resonance Energy Transfer (FRET) for high sensitivity ratiometric biosensors, the system ensures precise and reliable measurements. This system is designed to provide robust data on neural activity, making it an essential tool for neuroscience research.
We offer a wide selection of lasers, LEDs, and optical filters compatible with commercially available biosensors or custom-developed fluorescent biosensors. The system also supports intensiometric biosensors using conventional fluorescence, with a dedicated reflectance correction channel for enhanced accuracy. Optical filter sets are user-replaceable for increased modularity.
Increase throughput with our 4-channel version, enabling simultaneous monitoring of multiple subjects or brain regions. Each channel operates independently with its own set of PMT detectors, requiring no calibration or alignment.
Additionally, the system includes up to 8 analog inputs,which can serve as input triggers to start recordings or synchronize with other devices. The software provides real-time visualization of ΔF/F to measure changes compared to a baseline, FRET ratios, and analog inputs, while also supporting customizable recording protocols for automated data acquisition.
- Integrated & Ergonomic
Save lab space and installation time. Compatible with multiple applications - Increased Performance-Price Ratio
Get more functionalities at a lower price - Better Results
Get better results in your study with reliable signals - Modular System
Select your laser and filters among a wide selection
- Number of channels: 1 to 4
- Laser/LED Power: 1-1000 μW
- Laser/LED Wavelength: 475 nm for GCaMP, or 450 nm for CFP/YFP
- Detector Type: PMT (510 nm for GCaMP, 483 & 542 nm, for CFP/YFP)
- Sample Rate: Up to 1k Samples/second
- Optical Connection: 1 meter 400 μm core fiber, with rotary joint, and 2.5 mm diameter ferrule
- Analog Inputs: 8 channels, 0 to 5 V, 1k Samples/second, 14-bit resolution
- Dyes: GCaMP | CFP/YFP | BFP/GFP | CFP/RFP | Other on request
- Dimensions: 9″ x 8″ x 3″ ( 1 channel) | 15″ x 7″ x 4″ (4 channels)