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The handling and analysis of data generated by proteomics investigations represent a challenge for computer scientists, biostatisticians, and biologists to develop tools for storing, retrieving, visualizing, and analyzing genomic data. Informatics in Proteomics examines the ongoing advances in the application of bioinformatics to proteomics research and analysis. Through computer simulations, scientists can determine more about how diseases affect cells, predict how various drug interventions would work, and ultimately use proteins as therapeutic targets. This book first addresses the infrastructure needed for public protein databases. It discusses information management systems and user interfaces for storage, retrieval, and visualization of the data as well as issues surrounding data standardization and integration of protein sequences recorded in the last two decades. The authors subsequently examine the application of statistical and bioinformatic tools to data analysis, data presentation, and data mining. They discuss the implementation of algorithms, statistical methods, and computer applications that facilitate pattern recognition and biomarker discovery by integrating data from multiple sources.This book offers a well-rounded resource of informatic approaches to data storage, retrieval, and protein analysis as well as application-specific bioinformatic tools that can be used in disease detection, diagnosis, and treatment. Informatics in Proteomics captures the current state-of-the-art and provides a valuable foundation for future directions.
The Promise of Proteomics: Biology, Applications, and Challenges; P.D. Wagner and S. SrivastavaProteomics Technologies; S. Srivastava and M. VermaCreating a National Virtual Knowledge Environment for Proteomics and Information Management; D. Crichton, H. Kincaid, S. Kelly, S. Srivastava, J. S. Hughes, and D. JohnseyPublic Protein Databases and Interfaces; J. Meejung and C. OhProteomics Knowledge Databases: Facilitating Collaboration and Interaction between Academia, Industry, and Federal Agencies; D.B. Warzel, M. Winget, C. Edelstein, C. Lin, and M. ThornquistProteome Knowledge Bases in the Context of Cancer; D. Medjahed and P.A. LemkinData Standards in Proteomics: Promises and Challenges; V. Ravichandran, R.D. Sriram, G.L. Gilliland, and S. SrivastavaData Standardization and Integration in Collaborative Proteomics Studies; M. Adamski, D.J. States, and G.S. OmennInformatics Tools for Functional Pathway Analysis Using Genomics and Proteomics; C. Creighton and S.M HanashData Mining in Proteomics; R. GangalProtein Expression Analysis; G. Chen and D.G. Beer Nonparametric, Distance-Based, Supervised Protein Array Analysis; M.-F. Yeh, J. Kowalski, N. White, and Z. ZhangProtein Identification by Searching Collection of Sequences with Mass Spectrometric Data; D. Fenyo, J. Eriksson, and R.C. BeavisBioinformatics Tools for Differential Analysis of Proteomic Expression Profiling Data from Clinical Samples; Z. ZhangSample Characterization Using Large Data Sets; B.T. LukeComputational Tools for Tandem Mass Spectrometry-Based High-Throughput Quantitative Proteomics; Jimmy K. Eng, Andrew Keller, X. Li, A. Nesvizhskii, and R. AebersoldPattern Recognition Algorithms and Disease Biomarkers; B.A. Hitt, E. Petricoin, and L. LiottaStatistical Design and Analytical Strategies for Discovery of Disease-Specific Protein Patterns; Z. Feng, Y. Yasui, D. McLerran, B.-L. Adam, and J. SemmesImage Analysis in Proteomics; S. LockettIndex
