Frederick, MD: Syngene, a world-leading manufacturer of high quality automated image analysis solutions, will be showing a range of exciting systems on Booth 916 at ASM 2015 on May 30th-June 2nd. The imaging systems on display will suit all budgets and make producing amazing gel and blot imaging results incredibly simple.

For researchers wanting a dedicated chemiluminescence Western blot imager, Syngene’s experts will be demonstrating the new GeneGnomeXRQ. On the booth, they will explain how this complete system with its sensitive, cooled camera and GeneSys software, allows scientists rapid walk-away imaging of even the faintest bands on Western blots.

To read an actual US scientist’s review on using this product, please click the link.

http://www.selectscience.net/products/genegnome-xrq/?prodID=7089&u=A994D346-E434-494A-B73A-F65FADC15978&techBID=

Also on the booth, Syngene staff will be demonstrating the new PXi6, a multi-application, high resolution, compact image analysis system. This easy to use imager makes precise analysis of chemiluminescent and fluorescent blots, visible and stain-free 1D and 2D gels totally effortless.

For budget conscious researchers needing a quick method of producing sharable, accurate images of DNA or protein gels the stylish T:Genius is on show. Syngene experts will be on hand to explain how researchers can set up walk-away imaging and later access stunning images from their T:Genius using a tablet, computer or smartphone.

Scientists wanting to find out more about systems live at ASM, can click these links for details: https://www.syngene.com/genegnome-xrq/ https://www.syngene.com/pxi-pxi-touch/https://www.syngene.co.uk/t-genius/

“We are proud to be at ASM 2015 showing high-quality imaging systems developed utilizing almost 30 years of imaging expertise,” states Simon Leath, Syngene’s VP of Sales and Marketing, “we look forward to meeting scientists on Booth 916 and to letting them see live the time-saving benefits that each of these different and exciting technologies could bring to their research”

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