生物納米電子學(xué)

定　價：￥138.00

作　者：	Daniela Dragoman，Mircea Dragoman
出版社：	科學(xué)出版社
叢編項：
標　簽：	暫缺

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ISBN：	9787030414274	出版時間：	2014-09-01	包裝：
開本：	32開	頁數(shù)：	268	字數(shù)：

內(nèi)容簡介

　　生物納米電子學(xué)主要闡述納米電子學(xué)在生物及醫(yī)學(xué)領(lǐng)域的應(yīng)用。介紹納米器件在生物結(jié)構(gòu)、分子馬達、分子泵、分子納米制動器及電子生物器件中的應(yīng)用，包括DNA的檢測及測序，各種疾病的早期檢查和納米醫(yī)學(xué)等內(nèi)容。此外，《生物納米電子學(xué)》還介紹了生物模擬和生物激發(fā)的電子學(xué)，掃描探針技術(shù)在生物樣品檢測方面的應(yīng)用，還闡述了將生物分子作為納米器件以及潛在的計算元件的構(gòu)筑單元。

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圖書目錄

Contents
1  Fundamentals on Bionanotechnologies 1
1.1  TransportPhenomenaattheNanoscale 1
1.2  Nanotechnologiesfor BionanoelectronicDevices 18
1.2.1 Deposition Techniques for BionanoelectronicDevices 18
1.2.2 Nanolithography 20
1.2.3 Nanomaterials 27
1.3 Conduction Properties of BiologicalMaterials 35
1.4 Micro.uidics and Nano.uidics 46
References 54
2  Sensing of Biomolecules 57
2.1  Nanotransistors Based on Nanotubes, Nanowires, andGrapheneforBiosensing 57
2.2 DNA Detection and SequencingUsing Nanopores 73
2.3 MEMS/NEMS Biodetection 80
2.4 Plasmonics Biodetection 87
2.5 NanoelectronicNoses and Various Disease Detection 98
References 102
3  Imaging and Manipulation of Biomolecules 107
3.1 Bioapplications of Atomic Force Microscopy 107
3.2 Bioapplicationsof Scanning TunnelingMicroscopy 114
3.3 ManipulationofBiologicalMaterials 117
References 123
4  Nanomedicine 127
4.1  Drug Deliveryand Healing Based on Nanomaterials 127
4.2  Biochips—DNAArraysandOtherChipsforDiagnosis 144
4.3 Arti.cial Tissues and Organs 146
References 148
5  Biomolecular Architecture for Nanotechnology 151
5.1 DNA-BasedMolecularArchitectures 152
5.2 Self-Assembled DNA Nanowires 155
5.3 Two-and Three-DimensionalBioarchitectures as Scaffolds 159
5.4 NonperiodicBiologicalScaffoldsforInorganicStructures 165
5.5 InorganicScaffolds for Biomolecules 169
References 170
6  Biomolecular Machines 173
6.1 BiologicalActuatorsandSwitches 174
6.2 Biological Walkers 180
6.3 Biological Motors 183
References 187
7  Biomolecular Computing 189
7.1 Principles of Biomolecular Computing 189
7.2 Boolean BiomolecularComputing 192
7.3 Self-AssemblyBiomolecularComputing 198
7.4 Biomolecular Logical Deductions 200
7.5 Biomolecular Memory Devices 201
7.6 Logical Drug Delivery and In Vivo Computation 203
References 205
8  Bioinspired Devices 207
8.1 Bioinspired Materials 208
8.2 Bioinspired Devices 215
8.3 Bioinspired TechnologicalProcesses 222
8.4 Devices Mimicking Biological Organs/Functionalities 224
References 229
9  Nano-Bio Integration 233
9.1 Nano-bioMaterials for Electronics and Optoelectronics 233
9.2 Nano-bioMechanical Devices 236
9.3 Nanobioelectronicsand Optoelectronics 239
References 246
Index 249
About the Authors 253