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In this PCR in-depth focus: Mikael Kubista from TATAA Biocenter…
In this PCR in-depth focus: Mikael Kubista from TATAA Biocenter addresses biological heterogeneity with single cell profiling, a look at quantitative PCR in the assessment of novel hepatic cell models, plus Q&A with Bio-Rad’s Javier Alba...
In this free-to-view in-depth focus: Prime time for qPCR –…
In this free-to-view in-depth focus: Prime time for qPCR – raising the quality bar, PCR to diagnose infectious disease, plus qPCR Roundtable...
RNA levels can be measured with very high specificity, sensitivity…
18 December 2012 | By Mikael Kubista, Jens Björkman, David Svec and Robert Sjöback, TATAA Biocenter
RNA levels can be measured with very high specificity, sensitivity and accuracy with techniques such as real-time quantitative PCR (qPCR), microarray analysis and next generation sequencing. This makes messenger (m) RNAs and potentially microRNAs and other non-coding RNAs popular as biomarkers. But RNA is less stable and more dynamic than…
In this qPCR In-Depth Focus: Setting the bar; Q &…
In this qPCR In-Depth Focus: Setting the bar; Q & A - Mikael Kubista from the TATAA Biocenter poses five questions for Jay Brock, Senior Manager, Applications and Technical Support, USB® Life Science Reagents from Affymetrix; Not your grandfathers’ real-time PCR...
TATAA Biocenters, located in Gothenburg, Sweden, Prague, Czech Republic, Freising…
10 January 2009 | By
TATAA Biocenters, located in Gothenburg, Sweden, Prague, Czech Republic, Freising outside Münich in Germany, and Sunnyvale, California1, work with leading instrument manufacturers and reagents companies in the quantitative real-time PCR (qPCR) field on new applications, making the know-how available through hands-on courses worldwide. Every year new courses are launched based…
Real-time PCR has rapidly become the preferred technique for quantitative…
25 January 2007 | By Mikael Kubista, TATAA Biocenter and MultiD Analyses AB, Sweden, Björn Sjögreen, Center for Applied Scientific Computing, Lawrence Livermore National Laboratory, United States and MultiD Analyses AB, Amin Forootan, MultiD Analyses AB, Radek Sindelka and Jiri Jonák, Laboratory of Gene Expression, Institute of Molecular Genetics, Academy of Sciences of the Czech Republic and José Manuel Andrade, Dept of Analytical Chemistry, University of A Coruna, Spain
Real-time PCR has rapidly become the preferred technique for quantitative analysis of nucleic acids. Its superior sensitivity, reproducibility and dynamic range make it the preferred choice for expression profiling in scientific, as well as routine, applications.
