| PREFACE | 5 |
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| CONTENTS | 7 |
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| CONTRIBUTORS | 9 |
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| I INTRODUCTION | 12 |
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| Nanobiotechnology Overview | 13 |
| II BIOTEMPLATING | 26 |
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| Experimental Strategies Toward the Use of the Porin MspA as a Nanotemplate and for Biosensors | 27 |
| Bionanotechnology and Bionanoscience of Artificial Bioassemblies | 48 |
| Genetically Engineered S-Layer Proteins and S- Layer- Specific Heteropolysaccharides as Components of a Versatile Molecular Construction Kit for Applications in Nanobiotechnology | 61 |
| III BIONANOELECTRONICS AND NANOCOMPUTING | 93 |
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| Photoinduced Electron Transport in DNA | 94 |
| Effective Models for Charge Transport in DNA Nanowires | 112 |
| Optimizing Photoactive Proteins for Optoelectronic Environments by Using Directed Evolution | 125 |
| DNA-Based Nanoelectronics | 145 |
| Electrical Manipulation of DNA on Metal Surfaces | 190 |
| Nanocomputing | 218 |
| Biomolecular Automata | 269 |
| IV NANOMEDICINE, NANOPHARMACEUTICALS, AND NANOSENSING | 302 |
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| Nanomedicine | 303 |
| Nano-Sized Carriers for Drug Delivery | 328 |
| Gene and Drug Delivery System with Soluble Inorganic Carriers | 348 |
| Molecules, Cells, Materials, and Systems Design Based on Nanobiotechnology Use in Bioanalytical Technology | 367 |
| Self-Assembly of Short Peptides for Nanotechnological Applications | 382 |
| Nanotube Membranes for Biotechnology | 393 |
| Engineering a Molecular Railroad | 428 |
| Water-Based Nanotechnology | 455 |
| Index | 468 |