Brochure - Gel Imaging Systems
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Manufacturer: NIPPON Genetics EUROPE GmbH Gel Documentation Systems Still destroying your DNA with UV-light?

Detection of nucleic acids is mainly performed using light in the UV-range. The problem is that DNA absorbs light in the UVspectrum. The consequences are formation of DNA modifications, leading to the degradation of DNA. UV-light highly damage DNA and is also dangerous for the user. Instead of using a single wavelength, the Blue/Green LED technology use a combination of wavelengths in a spectrum of light of 470 nm to 520 nm. This Blue/Green light is able to excite all common red and green DNA dyes with a very high intensity. The very high intensity can be achieved by the accumulated energy...

Ethidium bromide UV-Light: Good Detection, insecure signal UV-light use just a single wavelength for the visualization of DNA. Red and green DNA dyes, like ethidium bromide or the MIDORIGreen dyes have usually a good emission in the UV-light spectra. The results are DNA bands with a sufficient intensity. However, UV-light is dangerous for the user and for the DNA. Just 30 sec of UV-light exposure significantly reduces the cloning efficiency and has consequences for other downstream applications. For this reason, the visualization of DNA using UV-light is not the state-of-the-art-method...

Red DNA dyes White Light Imaging High Resolution Camera Parfocal Lens Software included Networkable Stand-Alone System Large illuminated Area Quantification of DNA and RNA CE Certification Operation also possible without Computer

“Avoiding UV-caused mutations during purification was crucial for the decision to switch to Blue/Green LEDs. Works perfectly in combination with MIDORI but also EtBr signals are as good as using UV light. Non-toxic radiation to eyes and skin - easy to handle, very nice. Dr. Sturm Applied Biosciences, KIT, Karlsruhe, Germany SYBR® Safe MIDORIGreen Xtra Detection of all common DNA Dyes The Blue/Green LED technology leads to fantastic intensities of DNA bands with all common DNA dyes, such as GelRed®, SYBR® and the MIDORIGreen

Key Features ©Best image quality by sensitive CCD-Camera ^ Stand-alone System ©Easy-to-use imaging Software controlled with a 10.4" Touchscreen display White LED light for documentation of protein gels Touchscreen Operation The FastGene® FAS-V is easily controlled by a gorgeous, colour 10.4" touchscreen display. All three light sources can be activated and deactivated by the touchscreen. Additionally, the exposure time and gain can be easily adjusted. The FAS-V system will take up to six pictures, simultaneously, using different exposure times. The user can then view and choose which one to...

2 MPixel UXGA CCD Sensor Movable Amber Filter High-end Japanese CCD-sensor able to detect even the lowest light signal 10.4" Touchscreen Display The imaging software takes 6 shots simultaneously, with different exposure times and includes an image editor White LED Room Light ••• White LED Transilluminator ame aftecN > BGled Transilluminator with Safe Light The Blue/Green LED technology is able to excite red and green DNA dyes, e.g. MIDORIGreen, SYBR® & EtBr

Key Features Very sensitive 24 MPixel Scientific Grade Camera Image Software with comprehensive features for Image acquisition Fully Networkable when connected to a PC Imaging Software Control in real time all settings of the camera with the NIPPON Genetics Camera Studio software: Aperture, exposure time, sensitivity and focus. Mouse-driven optimization makes image optimization a click away! Images are saved as TIFF and JPEG format, and can printed directly by a printer connected to your PC. White LED plate for the Documentation of Protein Gels Touch the Revolution The FastGene® FAS-Digi...

FAS-Digi PRO BGled Transilluminator with Safe Light Whilte LED light optiona

Key Features Smallest Stand-alone Gel Doc System High Resolution Camera with 9 MPixel Documentation of Agarose Gels, Protein Gels, Membranes and Petri Dishes Easy-to-use Software One Imaging System even more Applications The Smallest Imaging System with Blue/Green LED The FAS GelPic comes with a compact footprint combined with the advantages of the Blue/Green LED technology. This means that even the detection of red DNA dyes, as well as green dyes is possible. Easy Connection to a Monitor or PC The FAS GelPic can be directly connected to an external monitor (via VGA). A USB-switch enables...

Upper Cover Lid White Backlight Blue/Green & White Light selection Switch BGXId Transilluminator with Safe Light Technical Specifications Imaging Capturing Unit General Info Catalog number FAS GelPic NGFG10

Key Features Smallest Gel Documentation System Use any Phone or Tablet with a Camera Blue/Green LED Illuminator with 10 x 10 cm The Perfect Personal Illuminator Its very small footprint and light weight makes the FAS-Nano perfect as a personal illuminator. An array, of Blue/Green LEDs situated around the periphery of the glass plate provide excitation light for both red- and green–emitting fluorescence dyes without damaging your DNA. Compatible for all common DNA stains Image Gels with your Phone The FastGene® FAS-Nano LED system is the most compact gel illumination system on the market....

Smart device Holder Amber Filter Filter Holder The Blue/Green LED technology is able to excite all red and green DNA dyes. Technical Specifications Lighting Catalog number FAS-Nano NGFG14

Key Features © Stop destroying your DNA ^ Safe Blue/Green LED Light © ^ Huge Illuminated area Excitation of all common Green and Red DNA dyes Say Goodbye to UV-Light The Blue/Green LED Transilluminators enables a safe detection of DNA and RNA in agarose gels and are compatible for all common green and red DNA dyes. Our Blue LED Transilluminators enables also a safe detection of nucleic acids. Although having the advantage of being a safe light source, Blue LEDs leads to poor results on red DNA dyes. Blue/Green LED and Blue LED light have a superb efficiency and a huge average life...