SYNGENE GEL DOCUMENTATION AND IMAGING

A division of the Synoptics Group, founded in 1985 by a group of researchers and image analysis experts at the University of Cambridge. Syngene focuses on the development of image analysis products, with an emphasis on Gel Documentation, fluorescence imaging and chemiluminescence systems. The other divisions of the Synoptics Group, Synbiosis and Syncroscopy, develop Imaging solutions for microbiological and microscopy applications, complementing the offering and expertise in the Life Science world. Synoptics Health focuses on Imaging techniques within the clinical environment. 

• Gel documentation systems: Ideal systems for basic applications, DNA / RNA fluorescence and 1D images for protein. This line represents a perfect balance between performance and price without sacrificing the technical characteristics;
• Advanced gel documentation systems: Systems to cover all possible applications, such as DNA, 1D and 2D gels, chemiluminescent, fluorescent, multi-plex applications. All systems use high-performance cameras. They are also equipped with automation systems.
• Blue light transilluminators: These products eliminate the safety problems and minimize the damage on the samples, they have been optimized for viewing a wide variety of fluorescent samples such as SYBR safe and blue UltraSafe. Using a series of high-intensity LEDs, which produce a brighter and more uniform light compared to conventional systems;
• Reagents and dyes: Different types of reagents and fluorescent dyes are available.

COMPACT INSTRUMENTATION; We are pleased to announce the launch of two new models; the G: BOX mini 6 and 9. The G:BOX mini uses high-performance cameras and includes a HI-LED option.

"G:Box mini" retains the outstanding features of the G:Box line but with a smaller footprint

G:Box Mini 6; 6 M Pixels, InfraRed, Fluorescence, Extended Fluorescence, Bioluminescence & Chemiluminescence

G:Box Mini 9; 9 M Pixels, InfraRed, Fluorescence, extended fluorescence, bioluminescence & chemiluminescence

AUTOMATIC CONTROL THROUGH GeneSys SOFTWARE

ANALYSIS OF RESULTS WITH GeneTools SOFTWARE