Poster board A: Array verification
most
posters are in Adobe Acrobat Format ( PDF ) 
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Using real-time PCR for cDNA Array verification |
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Birgit
Kindermann, Hannelore Daniel, Michael W. Pfaffl & Frank Döring
(2002)
Einsatz der
cDNA-Array-Technologie zur Identifizierung Zink-sensitiver Gene
in-vitro.
Dechema
Statusseminar „Chiptechnologie: Transkriptom – Proteom – Metabolom“,
S.79 |
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Birgit
Kindermann, Hannelore Daniel, Michael W. Pfaffl & Frank Döring
(2002)
Application
of the cDNA-Array-technology for the identification of zinc response
genes in mammalian cells.
The first
international Nutrigenomics Conference, 28.2.-1.3.2002 in Noordwijk
aan Zee, The Netherlands |
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Heike tom
Dieck, Hans Peter Roth, Hannelore Daniel, Michael W. Pfaffl & Frank
Döring (2002)
Expressionsanalyse
von Säugergenen beim isolierten Zinkmangel mittels cDNA und
Oligonukleotid-Arrays.
Dechema
Statusseminar „Chiptechnologie: Transkriptom – Proteom – Metabolom“,
p 91 |
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Heike tom
Dieck, Hans Peter Roth, Hannelore Daniel, Michael W. Pfaffl & Frank
Döring (2002)
Identification
of genes with altered expression in zinc-deficient rats by use of DNA
microarrays.
The first
international Nutrigenomics Conference, 28.2.-1.3.2002 in Noordwijk
aan Zee, The Netherlands |
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Michael W.
Pfaffl & Rupert M. Bruckmaier (2002)
DNA array
and real-time PCR an optimal combination !
The use of
real-time (kinetic) quantitative PCR to validate cDNA array results
Array
Meeting: COST B20: Mammary development, function and cancer on
10th and 11th of May in Utrecht.
Abstract book of the Meeting 
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Michael W.
Pfaffl, Petros Arnaoutis & Alois Sellmayer (2002)
Mikroarray
und real-time RT-PCR – eine optimale Kombination ! Verifikation
von DNA Array Ergebnissen mittels real-time RT-PCR am Beispiel
verletzungs-regulierter Gene in einer HUVEC Zellkultur
Dechema
Statusseminar „Chiptechnologie: Transkriptom – Proteom – Metabolom“,
102-104 |
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A. STÅHLBERG1, J
HÅKANSSON2, X XIAN2, H SEMB2, M. PFAFFL3 P. ÅMAN4 and M.
KUBISTA1
1 Department of Molecular Biotechnology, Chalmers
University of Technology and TATAA Biocenter, Sweden
2 Department of Medical Biochemistry, Gothenburg University, Sweden
3 Institute of Physiology, FML-Weihenstephan, Technical University of
Munich, Germany
4 Department of Pathology, Lundberg laboratory for cancer research,
Gothenburg University, Sweden
Advanced quantitative real-time PCR in clinical diagnostics and cDNA
microarray validation
1st European Conference in Functional Genomics and Diseases,
Prague, Czech Republic, May 14-17, 2003
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