DNA-Protein interactions studied by atomic force microscopy 原子間力顕微鏡によるDNA-蛋白質相互作用の解析

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博士論文

論文目録 / (0001.jp2)
Table of Contents / p5 (0007.jp2)
Dedication / p2 (0004.jp2)
Acknowledgments / p3 (0005.jp2)
Vita / p4 (0006.jp2)
Table of Contents / p5 (0007.jp2)
List of Tables / p7 (0009.jp2)
List of Figures / p8 (0010.jp2)
Chapter1 Background / p1 (0012.jp2)
1-1 Transcription Factors / p1 (0012.jp2)
1-2.Structural study of DNA-Protein Interactions / p4 (0015.jp2)
1-3.Scanning Probe Microscopy / p5 (0016.jp2)
Chapter2 Establishment of Quantitative analysis Methods of AFM imaging / p17 (0028.jp2)
objectives / p17 (0028.jp2)
2-1 Quantitative analysis of the transcription factor AP2 binding to DNA by atomic force microscopy / p18 (0029.jp2)
2-2 Atomic Force Microscopy Proposes a Novel Model for Stem-Loop Structure That Binds a Heat shock Protein in the Staphylococcus aureus HSP 70 Operon / p24 (0035.jp2)
Chapter3 Application of AFM to investigation of higher-order structure formed by complex DNA-protein interactions / p30 (0041.jp2)
Objectives / p30 (0041.jp2)
3-1 Transcription Factor Bachl Mediates DNA Loop Formation through BTB/POZ Domain Interactions / p31 (0042.jp2)
3-2 Atomic Force Microscopy sees nucleosome positioning and Histone H1-Induced Compaction in Reconstituted Chromatin / p42 (0053.jp2)
Conclusion / p48 (0059.jp2)
Bibliography / p50 (0061.jp2)
Tables and Figures / p73 (0084.jp2)
Appendix (Carbon nanotube tips for a scanning probe microscope:their fabrication and properties) / p113 (0124.jp2)

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