
Data Analysis Tools for DNA Microarrays (Book with CD-ROM)
by Draghici, Sorin-
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Summary
Table of Contents
Introduction | |
Bioinformatics - an emerging discipline | |
The building blocks of genomic information | |
Expression of genetic information | |
The need for microarrays | |
Summary | |
Microarrays | |
Microarrays - tools for gene expression analysis | |
Fabrication of microarrays | |
Applications of microarrays | |
Challenges in using microarrays in gene expression studies | |
Sources of variability | |
Summary | |
Image processing | |
Introduction | |
Basic elements of digital imaging | |
Microarray image processing | |
Image processing of cDNA microarrays | |
Summary | |
Elements of statistics | |
Introduction | |
Some basic terms | |
Elementary statistics | |
Probabilities | |
Bayes' theorem | |
Probability distributions | |
Central limit theorem | |
Are replicates useful? | |
Summary | |
Solved problems | |
Exercises | |
Statistical hypothesis testing | |
Introduction | |
The framework | |
Hypothesis testing and significance | |
"I do not believe God does not exist" | |
An algorithm for hypothesis testing | |
Errors in hypothesis testing | |
Summary | |
Solved problems | |
Classical approaches to data analysis | |
Introduction | |
Tests involving a single sample | |
Tests involving two samples | |
Summary | |
Exercises | |
Analysis of Variance - ANOVA | |
Introduction | |
One-way ANOVA | |
Two-way ANOVA | |
Quality control | |
Summary | |
Exercises | |
Experiment design | |
The concept of experiment design | |
Comparing varieties | |
Improving the production process | |
Principles of experimental design | |
Guidelines for experimental design | |
A short synthesis of statistical experiment designs | |
Some microarray specific experiment designs | |
Summary | |
Multiple comparisons | |
Introduction | |
The problem of multiple comparisons | |
A more precise argument | |
Corrections for multiple comparisons | |
Summary | |
Analysis and visualization tools | |
Introduction | |
Box plots | |
Gene pies | |
Scatter plots | |
Histograms | |
Time Series | |
Principal component analysis (PCA) | |
Summary | |
Cluster analysis | |
Introduction | |
Metric distances | |
Clustering algorithms | |
Summary | |
Data pre-processing and normalization | |
Introduction | |
General pre-processing techniques | |
Normalization issues specific to cDNA data | |
Normalization issues specific to Affymetrix data | |
Other approaches to the normalization of Affymetrix data | |
Useful pre-processing and normalization sequences | |
Summary | |
Appendix | |
Methods for selecting differentially regulated genes | |
Introduction | |
Criteria | |
Fold change | |
Unusual ratio | |
Hypothesis testing, corrections for multiple comparisons and resampling | |
Description | |
Characteristics | |
ANOVA | |
Noise sampling | |
Model based maximum likelihood estimation methods | |
Affymetrix comparison calls | |
Other methods | |
Summary | |
Functional analysis and biological interpretation of microarray data | |
Introduction | |
The Gene Ontology | |
Other related resources | |
Mapping lists of differentially regulated genes into biological knowledge | |
Onto-Express | |
Summary | |
Focused microarrays - comparison and selection | |
Introduction | |
Criteria for array selection | |
Onto-Compare | |
Some comparisons | |
Summary | |
Commercial applications | |
Introduction | |
Significance testing among groups using GeneSight | |
Statistical analysis of microarray data using S-PLUS and Insightful ArrayAnalyzer | |
SAS software for genomics | |
The road ahead | |
References |
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