Bionanoelectronics: Bioinquiring and Bioinspired Devices - Softcover

Inhaltsangabe

Introduction. Chapter 1. Fundamentals on bionanotehnologies 1.1 Transport phenomena at the nanoscale 1.2 Nanotechnology 1.3 Conduction properties of biological materials 1.4 Micro-nanofluidics References Chapter 2. Sensing of biomolecules 2.1 Nanotransistors based on nanotubes, nanowires and graphene 2.2 DNA detection 2.2.1 DNA detection based on nanotransistors 2.2.2 DNA detection based on nanopores 2.3 MEMS/NEMS biodetection 2.4 Plasmonic biodetection 2.5 Breath detection-nanoelectronic noses 2.6 Detection of biological diseases References Chapter 3. Imaging and manipulation of biomolecules 3.1 Bioapplications of atomic force microscopy 3.2 Bioapplications of scanning tunneling microscopy 3.3 Bioapplications of magnetic and optical tweezers 3.4 Optical labeling and imaging of biomolecules References Chapter 4. Biomolecular architectures 4.1 Biopatterning 4.2 Bioscaffolding 4.3 Self-assembled biomolecules References Chapter 5. Molecular devices 5.1 Molecular motors 5.2 Brownian ratchets 5.3 Molecular pumps 5.4 Molecular nanoactuators 5.5 Electronic biodevices References Chapter 6. Biocomputing 6.1 DNA computing 6.2 Molecular logic devices 6.3 Bio-FET-based logic References Chapter 7. Nanomedicine 7.1 Drug delivery and healing based on nanomaterials 7.2 DNA arrays and chips for diagnosis 7.3 Nanosurgery References Chapter 8. Bioinspired devices 8.1 Biomimetics 8.2 Bioinspired electronics References

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