Product category:
Nucleic acid sequencing and synthesis
News Release from: Syngene | Subject: RGB Lighting Module
Edited by the Laboratorytalk Editorial
Team on 10 January 2008
Multi-application single lighting module
is first
The RGB Lighting Module is said to be ideal for scientists who want the flexibility to quickly image gels or blots stained with commercially available fluorescent and visible dyes
Syngene has introduced its RGB Lighting Module, designed for the Syngene range of G:Box Chemi imaging and documentation systems The RGB Lighting Module has 84 high intensity LEDs providing red, blue, green and white light
This article was originally published on Laboratorytalk on 27 Jul 2001 at 8.00am (UK)
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Additional slots in the module also allow the fitting of UV tubes emitting light of 365nm or 254nm, thereby further enhancing the range of applications.
The module, which can be fitted to the complete range of G:BOX chemiluminescence systems is fully computer controlled as is the filter wheel containing the emission filters, making it quick and easy to begin fluorescence, white light and UV imaging.
The LEDs used in the RGB Module can emit light for over 75,000 hours without diminishing performance.
By using the RGB Module with correct emission filters, users have the flexibility to accurately image stains including: Sybr Green, Pro-QO Diamond, CyDye, Alexa Fluor, Hex and Oregon Green.
The LEDs do not require any warm up period so users can begin their imaging immediately and they do not get hot when in use, making them safe to leave on for long exposures.
Laura Sullivan, Syngene's divisional manager stated: "Many scientists require lighting that is inexpensive to run, ready to use on demand and can help detect weak fluorescent signals.
"We are delighted to fulfil these needs by being the first company to bring a non-halogen based multi-application lighting unit to market. Request a free brochure from Syngene ...
"Using the innovative RGB Lighting Module in a G:Box Chemi with our extensively tested emission filters, scientists can confidently image gels stained with any commercial fluorescent or visible dye.".
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