1. Whole human genome microarrays (Mark Schena, Milton J. Friedman, Paul Haje, Todd Martinsky, Greg Suzuki,Tony Costa, Joy Chung, Mel Ruiz, Chris Costa, Luis Machado, Rajiv Raja, and Rupal Desai)2. Toxicogenomics of dioxin (Craig R. Tomlinson, Saikumar Karyala, Danielle Halbleib, Mario Medvedovic, and Alvaro Puga)3. Amplified differential gene expression microarrays (Zhijian J. Chen and Kenneth D. Tew)4. DNA microarray detection and genotyping of human papillomavirus (TaeJeong Oh, SookKyung Woo, MyungSoon Kim, and Sungwhan An)5. Expression profiling of transcriptional start sites (Mutsumi Kanamori-Katayama, Shintaro Katayama, Harukazu Suzuki,Yoshihide Hayashizaki)6. Methods for increasing the utility of microarray data (Kazuro Shimokawa, Rimantas Kodzius, Yonehiro Matsumura, and Yoshihide Hayashizaki)7. Key features of bacterial artificial chromosome microarray production and use (Timon P.H. Buys, Ian M. Wilson, Bradley P. Coe, William W. Lockwood, Jonathan J. Davies, Raj Chari, Ronald J. DeLeeuw, Ashleen Shadeo,Calum MacAulay, and Wan L. Lam)8. Epigenetic analysis of cellular immortalization (Aviva Levine Fridman, Scott A. Tainsky, and Michael A. Tainsky)9. Microarray comparative genomic hybridization (Simon Hughes, Richard Houlston, and Jeremy A. Squire)10. RNA sample preparation and small ?quantity RNA profiling for microarray biomarker discovery (Jianyong Shou and Lawrence M. Gelbert)11. DNA microarrays to study nonhuman primate gene expression (Stephen J. Walker)12. Enhanced microarray hybridization using surface acoustic wave mixing (Natalie Stickle, Kelly Jackson, Andreas Toegl, Frank Feist, and Neil Winegarden)List of suppliersIndex
