Nov. 29, 2017Science
For those utilizing PCR in everyday applications, primer design could seem like yesterday’s news. However, we still believe reviewing good primer design guidelines is helpful to any researcher involved in genetic research. ...
Aug. 08, 2017Science
The G.I.T. Laboratory CheatSheet "The Basics of PCR" provides you with information on the following topics: Components Primer Temperature Cycle Standard-PCR-Method Standard PCR Program
Nov. 16, 2015Products
Vision, Amazement, Simplicity: the new qTOWER³ real-time PCR thermal cycler from Analytik Jena.
Sep. 11, 2015Products
Analytik Jena’s real-time PCR system qTOWER 2.0 not only wins over its modern design. It also allows a quantitative PCR in established 96 well format, thus providing an open platform for each kind of qPCR plastic ware from 0.2 mL ...
Jul. 09, 2015News
Qiagen today announced a collaboration in which Seegene will develop a menu of multiplex assay panels for its modular Qiasymphony RGQ MDx automation platform.
Aug. 13, 2014Products
A real-time RT-PCR based assay for identification of the five Ebolavirus species and Marburgvirus was added to the product portfolio of altona Diagnostics, a diagnostic company headquartered in Hamburg, Germany. ...
Sep. 16, 2013Science
Infectious pathogens continue to be a significant challenge in public health due to the lack of fast and sensitive detection technology. Here, we introduce a new diagnostic platform that is capable of rapid and specific profiling of ...
Jul. 23, 2013News
IMGM Laboratories, a genomic service provider based in Martinsried/Munich, Germany, uses Roche 454 next-generation sequencing systems and their highly experienced sequencing and bioinformatics staff to provide expert metagenomics services, ...
Jan. 11, 2013Science
Pathogens continue to be a real threat to public health and to food and beverage processors' businesses. Time and again, contaminated food causes illnesses many of which turn out to be fatal. Another effect is a considerable economic loss. ...
Oct. 25, 2012News
Diseases in skeletons can be identified quickly and accurately thanks to the latest developments in technology enabling scientists to analyze millions of gene sequences in a matter of seconds.
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