生物纳米电子学

图书标准信息

• 作者 Daniela、Mircea Dragoman 著
• 出版社 科学出版社
• 出版时间 2014-09
• 版次 1
• ISBN 9787030414274
• 定价 138.00元
• 装帧 精装
• 开本 32开
• 纸张 胶版纸
• 页数 268页
• 正文语种 简体中文
• 丛书 纳米科学与技术

【内容简介】

生物纳米电子学主要阐述纳米电子学在生物及医学领域的应用。介绍纳米器件在生物结构、分子马达、分子泵、分子纳米制动器及电子生物器件中的应用，包括DNA的检测及测序，各种疾病的早期检查和纳米医学等内容。此外，《生物纳米电子学》还介绍了生物模拟和生物激发的电子学，扫描探针技术在生物样品检测方面的应用，还阐述了将生物分子作为纳米器件以及潜在的计算元件的构筑单元。

【作者简介】

 

【目录】

Contents

1FundamentalsonBionanotechnologies1

1.1TransportPhenomenaattheNanoscale1

1.2NanotechnologiesforBionanoelectronicDevices18

1.2.1DepositionTechniquesforBionanoelectronicDevices18

1.2.2Nanolithography20

1.2.3Nanomaterials27
1.3ConductionPropertiesofBiologicalMaterials35
1.4Micro.uidicsandNano.uidics46
References54

2SensingofBiomolecules57

2.1NanotransistorsBasedonNanotubes,Nanowires,andGrapheneforBiosensing57
2.2DNADetectionandSequencingUsingNanopores73
2.3MEMS/NEMSBiodetection80
2.4PlasmonicsBiodetection87
2.5NanoelectronicNosesandVariousDiseaseDetection98
References102

3ImagingandManipulationofBiomolecules107
3.1BioapplicationsofAtomicForceMicroscopy107
3.2BioapplicationsofScanningTunnelingMicroscopy114
3.3ManipulationofBiologicalMaterials117
References123

4Nanomedicine127

4.1DrugDeliveryandHealingBasedonNanomaterials127

4.2Biochips—DNAArraysandOtherChipsforDiagnosis144

4.3Arti.cialTissuesandOrgans146
References148

5BiomolecularArchitectureforNanotechnology151
5.1DNA-BasedMolecularArchitectures152
5.2Self-AssembledDNANanowires155
5.3Two-andThree-DimensionalBioarchitecturesasScaffolds159
5.4NonperiodicBiologicalScaffoldsforInorganicStructures165
5.5InorganicScaffoldsforBiomolecules169
References170

6BiomolecularMachines173
6.1BiologicalActuatorsandSwitches174
6.2BiologicalWalkers180
6.3BiologicalMotors183
References187

7BiomolecularComputing189
7.1PrinciplesofBiomolecularComputing189
7.2BooleanBiomolecularComputing192
7.3Self-AssemblyBiomolecularComputing198
7.4BiomolecularLogicalDeductions200
7.5BiomolecularMemoryDevices201
7.6LogicalDrugDeliveryandInVivoComputation203
References205

8BioinspiredDevices207
8.1BioinspiredMaterials208
8.2BioinspiredDevices215
8.3BioinspiredTechnologicalProcesses222
8.4DevicesMimickingBiologicalOrgans/Functionalities224
References229

9Nano-BioIntegration233

9.1Nano-bioMaterialsforElectronicsandOptoelectronics233

9.2Nano-bioMechanicalDevices236

9.3NanobioelectronicsandOptoelectronics239
References246

Index249
AbouttheAuthors253