Product category:
Polymerase chain reaction (PCR)
News Release from: Eppendorf UK | Subject: Twin.tec
Edited by the Laboratorytalk Editorial
Team on 29 April 2008
The bright white choice in real-time PCR
plates
With their opaque white wells, twin.tec real-time PCR plates from Eppendorf enable detection of significantly lower levels of fluorescence and enhance the reproducibility of real-time PCR data
Titanium dioxide gives an opaque bright white which both greatly increases the reflection of fluorescence and reduces interfering background fluorescence Therefore lower levels of fluorescence can be detected by the same instrument and the homogeneity of replicates is increased, compared with using clear or frosted wells
This article was originally published on Laboratorytalk on 2 Apr 2004 at 8.00am (UK)
Related stories
Ergonomics award for piston-stroke pipettes
Germany's top testing house, TUV Rheinland, has awarded Eppendorf's Research range of piston-stroke pipettes its approval for being ergonomic, user-friendly and user-tested
The reduced wall thickness of Twin.tec real-time PCR plates gives optimal heat transfer while maintaining high mechanical stability, and the rigid, fully skirted frame version is designed for automated handling.
The raised rims are ideally suited for effective heat sealing and use of adhesive films.
According to Kay Korner, Eppendorf product manager PCR instruments and consumables, "Every researcher using real-time PCR considers which is the best instrument, the best mastermix or the best polymerase, but plastic consumables are not expected to influence the final results.
"However, Eppendorf's new Twin.tec real-time PCR plates with white wells give up to a ten-fold increase in reflection of fluorescence, compared with frosted wells.
"All the features of regular Twin.tec plates plus the advantages of white wells make twin.tec real-time PCR plates the consumables of choice for cutting-edge applications such as low-volume qPCR". Request a free brochure from Eppendorf UK ...
• Eppendorf UK: contact details and other news
• Email this article to a colleague
• Register for the free Laboratorytalk email newsletter
• Laboratorytalk Home Page
