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Academic & Professional Books  Reference  Data Analysis & Modelling  Study Design, Monitoring & Sampling

DNA Microarrays and Related Genomics Techniques Design, Analysis, and Interpretation of Experiments

Handbook / Manual
Edited By: DB Allison, GP Page, TM Beasley and JW Edwards
392 pages, no illustrations
Publisher: CRC Press
DNA Microarrays and Related Genomics Techniques
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  • DNA Microarrays and Related Genomics Techniques ISBN: 9780824754617 Hardback Nov 2005 Not in stock: Usually dispatched within 1 week
Price: £135.00
About this book Contents Customer reviews Related titles

About this book

Considered highly exotic tools as recently as the late 1990s, microarrays are now ubiquitous in biological research. Traditional statistical approaches to design and analysis were not developed to handle the high-dimensional, small sample problems posed by microarrays. In just a few short years the number of statistical papers providing approaches to analyzing microarray data has gone from almost none to hundreds if not thousands. This overwhelming deluge is quite daunting to either the applied investigator looking for methodologies or the methodologist trying to keep up with the field. DNA Microarrays and Related Genomics Techniques: Design, Analysis, and Interpretation of Experiments consolidates discussions of methodological advances into a single volume.

The book's structure parallels the steps an investigator or an analyst takes when conducting and analyzing a microarray experiment from conception to interpretation. It begins with foundational issues such as ensuring the quality and integrity of the data and assessing the validity of the statistical models employed, then moves on to cover critical aspects of designing a microarray experiment. The book includes discussions of power and sample size, where only very recently have developments allowed such calculations in a high dimensional context, followed by several chapters covering the analysis of microarray data. The amount of space devoted to this topic reflects both the variety of topics and the effort investigators have devoted to developing new methodologies. In closing, the book explores the intellectual frontier - interpretation of microarray data. It discusses new methods for facilitating and affecting formalization of the interpretation process and the movement to make large high dimensional datasets public for further analysis, and methods for doing so.

There is no question that this field will continue to advance rapidly and some of the specific methodologies discussed in this book will be replaced by new advances. Nevertheless, the field is now at a point where a foundation of key categories of methods has been laid out and begun to settle. Although the details may change, the majority of the principles described in this book and the foundational categories it contains will stand the test of time, making the book a touchstone for researchers in this field.


Microarray Platforms and Blood Samples, P.M. Gaffney, K.L. Moser, E.C. Baechler, and T.W. Behrens Introduction Microarray Technology Autoantigen and Cytokine Microarrays DNA and Oligonucleotide Microarrays Tiling Arrays Data Analysis Future Directions References Normalization of Microarray Data, R.S. Parrish and R.R. Delongchamp Objectives of Normalization Statistical Basis of Normalization Normalization Algorithms Evaluating Normalization Methods References Microarray Quality Control and Assessment, D. Finkelstein, M. Janis, A. Williams, K. Steiger, and J. Retief Introduction Array Quality and Qesign Bioinformatic Quality Manufacturing Quality Experimental Design Quality Experimenatal Execution Quality Control Metrics Data Analysis Quality Quality of Interpretation Quality of Validation Making Decisions Based on Quality Conclusions References Epistemological Foundations of Statistical Methods for High-Dimensional Biology, S.O. Zakharkin, T. Mehta, M. Tanik, and D.B. Allison The Challenge We Face Our Vantage Point: From Samples to Populations What is Validity? Comparison of Different Methods Data Sets of Unknown Nature: Circular Reasoning The Search for Proof: Deduction The Proof of the Pudding is in the Eating: Induction Combined Modes Where to from Here? Acknowledgments References The Role of Sample Size on Measures of Uncertainty and Power, G.L. Gadbury, Q. Xiang, J. Edwards, G.P. Page, and D.B. Allison Introduction TP, TN, and EDR in Microarray Experiments Sample Size and Sources of Uncertainty in Microarray Studies On the Distribution of p-Values A Mixture Model for the Distribution of p-Values Planning Future Experiments: The Role of Sample Size on TP, TN, and EDR Sample Size and Threshold Selection: Illustrating the Procedure Discussion Acknowledgements References Pooling Biological Samples in Microarray Experiments, C.M. Kendziorski Introduction Derivation of the Analogous Formula Assumptions Used to Derive the Formula 9 Utility of Pooling Conclusion Designing Microarrays for the Analysis of Gene Expressions, J.Y. Chang and J.C. Hsu Two Approaches to Gene Expressions Analysis Designing 2-Channel Microarrays Modeling 2-Channel Microarray Gene Expression Data Estimation When the Microarray design is not Orthogonal Summary References Overview of Standard Clustering Approaches for Gene Microarray Data Analysis, E. Garrett-Mayer Introduction Distance and Similarity Measures Hierarchical Clustering K-means and K-medoids Self-Organizing Maps Cluster Affinity Search Technique Other Related Methods Assessing Cluster Fit and Choosing K Choosing Genes and Samples for Clustering Cluster Stability, B.S. Gorman and K. Zhang Cluster Stability Defining Stability A Brief Overview of Clustering Choice Points that Influence Stability and Instability A General Approach for Detecting Stable Cluster Solutions References Dimensionality Reduction and Discrimination, J. Kowalski and Z. Zhang Introduction Dimension Reduction Discrimination Conclusion References Modeling Affymetrix Data at the Probe Level, T.-M. Chu, S. Deng,and R.D. Wolfinger Introduction Models The Primate Example Simulation Study Discussion References Parametric Linear Models, C.S. Coffey and S.S. Cofield Introduction Existing Methods for Two-Group Comparisons Existing Methods for Linear Models A Comparison of the Methods Summary References The Use of Nonparametric Procedures in the Statistical Analysis of Microarray Data, T.M. Beasley, J.P.L. Brand, and J.D. Long Introduction Motivating Example Nonparametric Bootstrap Permutation-Based Nonparametric Methods Chebby Checker Methods Discussion Bayesian Analysis of Microarray Data, J.W. Edwards and P. Ghosh Introduction Probability of True Differential Expression Estimating the Null Distribution Estimating the Evidence Estimating the Prior Probability of Nondifferential Expression Hierarchical Models References False Discovery Rate and Multiple Comparison Procedures, C. Sabatti Multiple Comparison in Microarrays Multiple Testing Simultaneous Inference -- Beyond Testing References Using Standards to Facilitate Interoperation of Heterogeneous Microarray Databases and Analytic Tools, K.-H. Cheung Introduction Using Standards to Tackle the Heterogeneity Problem Future directions Acknowledgements References Postanalysis Interpretation: "What Do I Do With this Gene List?" M.V. Osier Introduction Overview of Current Methods Knowledgebase Approaches Supplementary Data Approaches Tentative Function Assignment Approaches Future Directions Conclusions Acknowledgements References Combining High Dimensional Biological Data to Study Complex Diseases and Quantitative Traits, G.P. Page and D.M. Ruden Introduction Heritable Changes in Gene Expression Combined HDB Techniques to Identify Candidate or Causal Genes for Complex Diseases and Quantitative Traits Theoretical Papers Software and Bioinformatics Tools Issues With Combined High Dimensional Biological Projects Conclusions about Combined HDB Studies References

Customer Reviews

Handbook / Manual
Edited By: DB Allison, GP Page, TM Beasley and JW Edwards
392 pages, no illustrations
Publisher: CRC Press
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