Solid-State Nano-Biosensing Devices

Containing not only descriptions of FET–based biosensors but also of chemical sensors and biosensors based on other principles, this monograph features methods for biochemical analyses and the nature of biomolecules for the detection and analysis of biological substances. It presents example applications of biosensing devices in the fields of molecular diagnostics, environmental analysis and the pharmaceutical industry. INDICE: 1. Introduction 2. Principle of biosensor 2.1 Principle of biosensors 2.2 Various types of biosensors 2.3 Electrochemical sensors 2.4 Various types of biosensors 3. Integrated and arrayed biosensor 3.1 DNA chip 3.2 Functional biochips 3.3 Micro total analysis system (?TAS) 4. Design and synthesis of functional interface 4.1 Fundamentals of biomolecules 4.2 Design of functional interface molecules 4.2.1 Anti–coagulation surface 4.2.2 Expression of functionality 4.2.3 Control of orientation and density 4.3 Immobilization of biomolecules on solid–state substrate 4.4 Physico–chemical properties of liquid–solid interface 5. Micro–fabricated bio–sensing devices 5.1 Fundamental principle of field effect devices 5.2 Design and Detection of molecular recognition on FET devices 5.2.1 Ion–sensitive FET 5.2.2 Enzyme FET 5.2.3 Immuno FET 5.2.4 Genetic FET 5.2.5 Cell–based FET 5.2.6 Intelligent polymer gate FET 5.2.7 Lipid bilayer gate field effect devices 6. Nano–Bioelectronics 6.1 Nano pore devices 6.2 Nano–gap electrode 6.3 Nanowire/Nanotubes 6.4 Nano pillar 6.5 Cantilever 7. Future perspective

• ISBN: 978-3-527-40817-7
• Editorial: Wiley VCH
• Encuadernacion: Cartoné
• Páginas: 350
• Fecha Publicación: 10/06/2014
• Nº Volúmenes: 1
• Idioma: Inglés