Two dimensional optical live imaging system for small animals

Product Overview:

IMAGING 200It is a highly sensitive and multifunctional device launched by Ruishi TechnologyTwo dimensional optical live imaging system for small animalsAdopting scientific grade refrigerationCCDCamera with high detection sensitivity; The fluorescence excitation system adoptsLEDLight source, with higher intensity and longer lifespan; The software system is built by a professional team, with a user-friendly interface and powerful functions. It has intelligent image acquisition and diversified image analysis functions, providing strong support for whole-body imaging and in vivo characterization of small animal models.

Product Principle

Two dimensional optical live imaging system for small animalsBy capturing light signals within living organisms, real-time monitoring and analysis of biological processes can be achieved, providing high-sensitivity and high-resolution imaging effects. The imaging principle of optical live imaging system mainly includes two techniques: bioluminescence and fluorescence imaging:

Bioluminescence: Using luciferase gene markersDNAThrough the biochemical reaction between the protease produced by it and the corresponding substrate, it generates light signals within the organism without the need for external excitation light sources.

Fluorescence imaging: using fluorescent reporter genes (such asGFPTheRFP）Or materials such as fluorescent dyes (including fluorescent quantum dots) can be used for labeling, which can emit fluorescence when excited by external light sources, forming a biological light source in the body.

Product Features

·More sensitive

IMAGING 200Adopting scientific grade refrigerationCCDCamera, with low cooling temperature, effectively reduces dark current to achieve detection and imaging of weak luminescence or fluorescence, ensuring fast imaging while possessing ultra-high sensitivity and imaging quality.

·More efficient

IMAGING 200By adopting independently developed advanced imaging algorithms, the reconstruction speed and image processing capabilities are significantly improved, resulting in clearer image quality and richer layering, significantly enhancing experimental efficiency.

·More varietyIMAGING 200It has multiple imaging modes, including two-dimensional bioluminescence imaging, two-dimensional fluorescence molecular imaging, continuous imaging, etc., to observe and dynamically track physiological reactions and pathological processes in the body in real time.

·More intelligent

IMAGING 200Supports multiple imaging modes with built-in parameters, allowing users to directly perform automatic image acquisition. Meanwhile, it supports user-defined parameters for image data collection.

·More Clear

IMAGING 200Adopting high powerLEDAs an excitation light source, compared to halogen lamps,LEDIt has the characteristics of longer lifespan, higher efficiency, and less attenuation.