Mark SchenaYee-Peng Rina Lue and Su-Yin Dawn Yeo and Lay-Pheng Tan and Mahesh Uttamchandani and Grace Yi-Jun Chen and Shao Q. YaoMikhail Soloviev and Jon TerrettWilliam G. T. WillatsVictor N. MorozovAlexsandra Espejo and Mark T. BedfordStewart J. LebrunSeung-yong SeongStefan Wolfl and Annegret Dummer and Larissa Pusch and Marina Pfalz and Lin Wang and Joachim H. Clement and Ines Leube and Ralf EhrichtThomas C. Tisone and John L. TonkinsonBradley R. Ringeisen and Jason A. Barron and David B. KrizmanDavid S. Wilson and Michael L. Phelan and Steffen NockChristian Harwanegg and Susanne Spitzauer and Rudolf Valenta and Manfred W. Mueller and Reinhard HillerWlad Kusnezow and Timo Pulli and Olaf Witt and Jorg D. HoheiselMichael G. WellerFan-Gang Tseng and Shih-Chang Lin and Da-Jen Yao and Haimei Huang and Ching-Chang ChiengChrister Wingren and Lars Montelius and Carl A. K. BorrebaeckAnupam Talapatra and Vijay Mahant and Ram Vairavan and Fareed Kureshy and Gary HardimanPaul J. Utz and Lawrence Steinman and William H. RobinsonYe Fang and Yulong Hong and Jinlin Peng and Joydeep LahiriTito Bacarese-Hamilton and Julian Gray and Andrea CrisantiJens O. Koopmann and Michael B. McAndrew and Jonathan M. BlackburnJames Ball and Barry Schweitzer and Paul Predki and Michael SnyderTodd Martinsky

List of Contributors	p. v
Preface	p. ix
Foreword	p. xiii
Chapter 1 Principles of Protein Microarrays	p. 1
Chapter 2 Novel Strategies in Protein Microarray Generation and Detection	p. 13
Chapter 3 Practical Guide to Protein Microarrays: Assay Systems, Methods, and Algorithms	p. 43
Chapter 4 Microarrays for the High-Throughput Analysis of Protein-Carbohydrate Interactions	p. 57
Chapter 5 Protein Microarrays: Principles and Limitations	p. 71
Chapter 6 System-Oriented Proteomics Using Protein-Domain Microarrays	p. 107
Chapter 7 Colorimetric Microarray Assays for Rheumatoid Arthritis using a Recombinant Proteome Library	p. 119
Chapter 8 Academic and Commercial Aspects of Protein Microarray Development	p. 137
Chapter 9 Analyzing Proteins and Protein Modifications with ArrayTube Antibody Microarrays	p. 159
Chapter 10 Non-Contact Dispensing for Protein Microarrays	p. 169
Chapter 11 High Speed, High Efficiency Protein Printing by BioLP	p. 187
Chapter 12 Putting the "Bio" in Biochips: Capture Agents for Protein Microarray Expression Profiling Platforms	p. 199
Chapter 13 Protein Biochips for the Profiling of Allergen-Specific Antibodies	p. 221
Chapter 14 Solid Supports for Protein Microarrays and Related Devices	p. 247
Chapter 15 Protein Microarrays for Biosensor Applications	p. 285
Chapter 16 Technological Aspects of Protein Microarrays and Nanoarrays	p. 305
Chapter 17 Mega-Dense Nanoarrays: The Challenge of Novel Antibody Microarray Formats	p. 339
Chapter 18 INFINITI System: An Automated Multiplexing Protein Microarray Platform	p. 353
Chapter 19 Protein Microarrays for Analysis of Antibody Responses in Animals and Humans	p. 365
Chapter 20 G-Protein Coupled Receptor Microarrays: A Versatile Tool for Drug Discovery	p. 377
Chapter 21 Proteome-Scale Analysis of the Immune Response Against Pathogenic Microorganisms	p. 387
Chapter 22 Development of Protein Microarrays for Drug Discovery	p. 401
Chapter 23 Development and Applications of Functional Protein Microarrays	p. 421
Chapter 24 Enabling Tools for Protein Microarrays	p. 441
Index	p. 463