QPCR analysis using qbase+

qbase+ introduction
2 Topics
Installation and Licence
Training Material
Experiment Design Exercises
7 Topics
Exercise 1: Simple Gene Expression Study
Exercise 2: A Large Study
Exercise 3: How to Fill Plates?
Exercise 4: A Growing Study
Exercise 5: A Diagnostic Copy Number Screen
Exercise 6: Fix Experiments with Bad or Missing Data
Exercise 7: Dilution Series for Calculating Amplification Efficiencies
Primer Design Exercises
5 Topics
Criteria for qPCR Primers
Fruit Fly Tap Gene: Designing qPCR Primers using PrimerBLAST
Fruit Fly Tap Gene: Analyzing primer characteristics using OligoAnalyzer
Human F9 Gene: Designing qPCR Primers using PrimerBLAST
Human F9 Gene: In Silico PCR in the UCSC Browser
Gene Expression Analysis
10 Topics
Loading Data
Adding Annotation to Data
Specifying the Aim of the Experiment
Checking the Quality of Technical Replicates and Controls
Considering Amplification Efficiencies
Normalization
Scaling
Visualizing the Results
Statistical Analysis
Run7
Analyzing Data from Different qPCR Experiments over Time
2 Topics
Creating a New Experiment
Analyzing the data
Selecting reference genes: exercises
8 Topics
About RefGenes
Starting the RefGenes Tool
The Genevestigator User Interface
Using the RefGenes Tool to Find Reference Genes
Finding Candidate Reference Genes in the Free Version of Genevestigator
Finding Candidate Reference Genes in the Commercial Version of Genevestigator
Exercise 1: Reference Genes for Mouse Liver
Exercise 2: Reference Genes for Human Heart
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Creating a New Experiment

Import Run1, Run2, Run3 (all three in CFX format), Run4 and Run5 (the latter two are in qBase format).

Since the data is in files of two different format, you have to do a separate import for each format. So first import Run1, Run2 and Run3, then import Run4 and Run5. You can find the details on how to import CFX files in Loading data into qbase+. The details of importing qBase files are in Analyzing data from a geNorm pilot experiment in qbase+