Pearl Trilogy Small Animal Imaging System
Description
Capture an accurate representation of your optical probe and gather consistent data, image after image. In the NIR spectrum (680 nm to 820 nm), autofluorescence from tissue components is significantly reduced. As a result, animal tissue is rendered virtually transparent to excitation light in these wavelengths, allowing better penetration to detect deeper targets. NIR fluorescence provides exceptional sensitivity and high signal-to-noise ratios for all of your measurements. Higher signal-to-noise ratios help detect, track, and validate in vivo activity with accuracy and confidence, allowing for accurate representation of the probe and its activity throughout the entire body of the animal.
Pearl Trilogy Small Animal Imaging System
Specifications |
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|---|---|
| Excitation Source: | Laser |
| Grating (Excitation): | -- groove/mm |
| Blaze (Excitation Grating): | 680-820 nm |
| Grating (Emission): | -- groove/mm |
| Blaze (Emission Grating): | -- nm |
| Bandpass: | 680-820nm |
| Detection: | Custom |
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Frequently Asked Questions
The Pearl Trilogy Small Animal Imaging System is used for in vivo imaging applications, specifically for tracking optical probes and molecular targets in small animals.
Near-infrared (NIR) fluorescence detection minimizes tissue autofluorescence and provides exceptional sensitivity, allowing for sharp and accurate detection of optical probes and molecular targets in vivo.
The Pearl Trilogy imaging system is engineered to capture coherent data that accurately reflects the clearance and biodistribution profile of your optical probe, minimizing variability in data capture.
Yes, the Pearl Trilogy imaging system enables simultaneous capture of the full range of signal intensity without saturation, ensuring accurate and reliable results across samples and time points.
The Pearl Trilogy imaging system streamlines workflow, delivers consistent and high-quality data, and provides confidence in your results by offering an adaptive system for in vivo imaging.