Overview
Fluor i In Vivo is a device designed for capturing high-quality images of fluorescent signals in living organisms. It operates using optimized filters that enhances the imaging process by allowing only the emission light to pass through, ensuring clear and detail images. With a fast image processing speed and the innovative Defocusing Free Hyper APO lens, it enables users to capture sharp images across multiple channels without the need for focus adjustments.
Fluor i In Vivo can detect a wide range of fluorescent substances, from blue to NIR, making it versatile for various research applications. Its compact size, along with the separation of luminescent and fluorescent imaging functions, make it easy to use and maintain. This ensures a simplified, yet powerful tool for fluorescence in Vivo imaging.
Last Updated on September 30, 2024
Details
Color Sensor
Flour i In Vivo uses a color sensor to capture and distinguish fluorescent signals from background noise in images. Since fluorescent substances emit different colors depending on their wavelength, a color sensor works better than a black-and-white one for separating the signal from reflected light or auto-fluorescence. This allows Flour i In Vivo to create clearer, more intuitive image data, making it easier to identify the size and location of signals without extra image processing.
Consistent Clarity
Flour I In Vivo’s Hyper Apochromat technology corrects focus for each channel, ensuring consistent focal length across all wavelengths. This results in clearer images and more accurate measurements by eliminating variations caused by light refraction.
Simple
Fluor i In Vivo utilizes a simple, optimized structure, making installation quick and easy. It is also easy to move, manage, and maintain.
Compact Size
The Fluor i In Vivo has a compact size (26x26x40 cm), so it is ideal for small spaces. Due to its convenient size and portability, it can be used for a wide variety of applications.
Easy to Use
Hardware and software are user-friendly. Live data monitoring, fluorescence intensity comparison, file management, and exposure adjustments are intuitive, with icons and customizable settings, allowing users to navigate effortlessly.
Multi-function
Fluor I In Vivo supports a wide range of applications, from tracking fluorescently labeled drugs to monitoring specific cell types, including tumor, stem, and immune cells. It allows real-time tracking of drug targeting and cell migration, providing precise quantification of fluorescence intensity and area. The device can also be used in plant research to verify gene expression, with specialized filters to remove autofluorescence, ensuring clear imaging of fluorescent genes like GFP. Ex Vivo imaging is available for deeper tissues, offering comprehensive data collection across various experimental setups.
Fig. 3. Animal imaging by Fluor i In Vivo
Last Updated on September 30, 2024
Specifications
Last Updated on September 30, 2024
Accessories
Last Updated on September 30, 2024
Ordering
For ordering information, please contact ALA Scientific Sales team.
Last Updated on September 30, 2024
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