Fluorescence gel documentation system FastGene FAS-BG
for DNAfor RNAwith CMOS camera

Fluorescence gel documentation system - FastGene FAS-BG - Bulldog Bio, Inc. - for DNA / for RNA / with CMOS camera
Fluorescence gel documentation system - FastGene FAS-BG - Bulldog Bio, Inc. - for DNA / for RNA / with CMOS camera
Fluorescence gel documentation system - FastGene FAS-BG - Bulldog Bio, Inc. - for DNA / for RNA / with CMOS camera - image - 2
Fluorescence gel documentation system - FastGene FAS-BG - Bulldog Bio, Inc. - for DNA / for RNA / with CMOS camera - image - 3
Fluorescence gel documentation system - FastGene FAS-BG - Bulldog Bio, Inc. - for DNA / for RNA / with CMOS camera - image - 4
Fluorescence gel documentation system - FastGene FAS-BG - Bulldog Bio, Inc. - for DNA / for RNA / with CMOS camera - image - 5
Fluorescence gel documentation system - FastGene FAS-BG - Bulldog Bio, Inc. - for DNA / for RNA / with CMOS camera - image - 6
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Characteristics

Technology
fluorescence
Applications
for DNA, for RNA
Options
with CMOS camera

Description

The FastGene FAS-BG LED BOX is the most compact gel documentation systems available. Ideally suited for tight spaces on any bench-top, the system both illuminates and captures an image of your DNA, RNA, or protein gel. The FAS-BG LED BOX boasts a large touchscreen interface and comes equipped with three different illumination modes for even more uses. Blue/Green Mode: An array of blue/green LEDs (515 nm) situated around the periphery of the glass platen provide excitation light for both red- and green–emitting fluorescence dyes. Now you can get great images with traditional EtBr, an impossible feat with “blue-only” LED illuminators! This optimal “transillumination” configuration minimizes ambient background for super sensitive imaging with non-carcinogenic dyes like Midori Green, too. Most importantly, blue/green LEDs are just as sensitive as UV light but don’t damage DNA in an agarose gel—and they won’t harm your skin or your eyes. Trans White Mode: An innovatively-designed white LED array shines uniform backlight for transparent media such as Coomassie-stained protein polyacrylamide gels. This diffuser technology eliminates “hot spots” due to point illumination and provides maximum clarity for colorimetric-stained gels. Epi White Mode: The final mode uses white LED “epi-illumination” for lighting from above. This mode is suited for opaque surfaces such as Western blots and similar highly reflective materials. No matter the illumination mode, the FAS-BG LED BOX system captures images with a high-end, scientific grade, 8 megapixel CMOS camera for wonderful separation of color and resolution of bands.
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