Comeaux, R. & Novotny , P. ed.
Biosensors
Properties, Materials and Applications
（バイオセンサ：特性、材料、および応用）
Nova Science Pub. 2009.7
(H)
ISBN 1-60741-617-4
17,900円
Contents
1.Enzyme Modified Screen Printed Electrodes/ 2.Biosensors In Food Safety Control: An Update/ 3.Properties and Choice of Material Used for Microbial Biosensor / 4.Non-Conventional Strategies for Biosensing Elements Mobilization/ 5.Electrochemiluminescent Sensors: Fabrications and Applications/ 6.An Overview of Selected Lux-Marked Biosensors and its Application as a Tool to Ecotoxicological Analysis/ 7.A Yellow Fluorescent Protein variant as an intracellular iodide biosensor in thyroid cells/ 8.Microbial Biosensors and Biofuel Cells Based on Acetobacter and Gluconobacter Cells/ 9.Catalase Immobilized on Nanohybrid Materials for Electrochemical Hydrogen Peroxide Sensors: A Review/ 10.Gold Nanoparticle Labelled DNA Hairpin Grafting on Transparent and Conductive Oxide (TCO) Films: Characterization of Grafting and Hybridization/ 11.Biosensors Based on Ionic Liquids and Carbon Nanotubes: A Wide Potential of Applications in the Development of Third-Generation Biosensors/ 12.Human Olfactory System and Olfactory Biosensor/ 13.Development of Whole-Cell Biosensors Harboring the Carotenoid-Converting Reporter Genes/ Index/
* A biosensor is an analytical device which converts a biological response into an electrical signal. It consists of 3 parts: the sensitive biological element, the transducer and the associated electronics or signal processors that are primarily responsible for the display of the results in a user-friendly way. The most widespread example of a commercial biosensor is the blood glucose biosensor. Recently, arrays of many different detector molecules have been applied in so-called electronic nose devices, where the pattern of response from the detectors is used to fingerprint a substance. There are also several applications of biosensors in food analysis. Optical sensors are used to detect pathogens and food toxins. Thus, the light system in these biosensors has been fluorescence, since this type of optical measurement can greatly amplify the signal. This book will present research on new materials, technologies as well as applications in the field of biosensors. *
Baronas, R. et al.
Mathematical Modeling of Biosensors
An Introduction for Chemists and Mathematicians
（バイオセンサーの数学的デモリング）
Springer-Verlag 2009.11
335 pp.(H)
ISBN 90-481-3242-8
19,200円
Contents
1. Analytical Modeling of Biosensors/ 2. Numerical Modeling of Biosensors/ 3. Numerical Methods for Reaction-Diffusion Equations/ References/ Index/
* This book presents biosensor development and modeling from both a chemical and a mathematical point of view. It contains unique modeling methods for catalytical (amperometric, potentiometer and optical) biosensors. It examines processes that occur in the sensors' layers and at their interface, and it provides analytical and numerical methods to solve enzymatic kinetic and diffusion equations.
* The action of single enzyme as well as polyenzyme biosensors is studied, and the modeling of biosensors that contain perforated membranes and multipart mass transport profiles is critically investigated. Furthermore, it is fully described how signals can be biochemically amplified, how cascades of enzymatic substrate conversion are triggered, and how signals are processed via a chemometric approach and artificial neuronal networks. *
Soloman, S.
Sensors Handbook 2nd ed.
McGraw-Hill 2009.11
1424 pp.(H)
ISBN 0-07-160570-3
20,900円
Contents
1. Types and Classifications of Sensors and Fiber Optics in Sensors and Control Systems/ 2. Networking of Sensors and Control Systems in Manufacturing/ 3. The Role of Sensors and Control Technology in Computer-Integrated Manufacturing/ 4. Advanced Sensor Technology in Precision Industrial Sensors and Control in Manufacturing/ 5. Sensors in Flexible Manufacturing Systems/ 6. Communications/ 7. MEMS Applications in Energy Management/ 8. The NANO/MEMS Program/ 9. MEMS in the Medical Industry/ 10. MEMS: Current and Future Technology/ 11. MEMS Advanced Research and Development/ 12. Functional Integration of Microsystems in Silicon/ 13. Automotive Applications of Microelectromechanical System (MEMS)/ 14. A Brief Study of Magnetism and Magnetic Sensors/ 15. The Fundamentals and Value of Infrared Thermometry/ 16. GMR: The Next Generation of Magnetic Field Sensors/ 17. Smart Civil Structures, Intelligent Structural Systems/ 18. True Online Color Sensing and Recognition/ 19. Fundamentals of Solid-State Presence-Sensing Technologies/ 20. Design and Application of Robust Instrumentation Sensors in Extreme Environments/ 21.Color Machine Vision/ 22. Monolithic Integrated Physical and Chemical Sensors in CMOS Technology/ 23. A Research Prototype of a Networked Smart Sensor System/ 24. Sensors and Transmitters Powered by Fiber Optics/ 25. A Process for Selecting a Commercial Sensor Actuator Bus as an Industry Interoperable Standard/ 26. A Portable Object-Oriented Environment Model (POEM) for Smart Sensors/ 27. New Generation of High-Temperature Fiber-Optic Pressure Sensors/ 28. Principles and Applications of Acoustic Sensors Used for Gas Temperature and Flow Measurement/ 29. Understanding and Applying Intrinsic Safety/ 30. Application of Acoustic, Strain, and Optical Sensors to NDE of Steel Highway Bridges/ 31. Long-Term Monitoring of Bridge Pier Integrity with Time Domain Reflectometry Cables/ 32. Sensors and Instrumentation for the Detection and Measurement of Humidity/ 33. Thermal Imaging for Manufacturing Process and Quality Control/ 34. The Detection of ppb Levels of Hydrazine Using Fluroscence and Chemiluminescence TechnFluorescence/ 35. Molecular Relaxation Rate Spectrometer Detection Theory/ 36. Current State of the Art in Hydrazine Sensing/ 37. Microfabricated Sensors: Taking Blood Testing out of the Laboratory/ 38. Closed-Loop Control of Flow Rate for Dry Bulk Solids/ 39. Weigh Belt Feeders and Scales: The Gravimetric Weigh Belt Feeder/ 40. Low-Cost Infrared Spin Gyro for Car Navigation and Display Cursor Control Applications/ 41. Quartz Rotation Rate Sensor: Theory of Operation, Construction, and Applications/ 42. Fiber Optic Rate Gyro for Land Navigation and Platform Stabilization/ 43. Composite Sensor Optics in Advance Astronomical Observations/ 44. Microfabricated Solid-State Secondary Batteries for Microsensors/ 45. High-Temperature Ceramic Sensors/ 46. Microfabricated and Micromachined Chemical and Gas Sensor Developments/ 47. Electro-formed Thin-Film Silica Device as Oxygen Sensors/ 48. Using Leg-Mounted Bolt-On Strain Sensors to Turn a Tank into a Load Cell/ 49. CFive New Technologies for Weighing Instrumentation/ 50. Multielement Microelectrode Array Sensors and Compact Instrumentation Development at Lawrence Livermore National Laboratory/ 51. Enabling Technologies for Low-Cost, High-Volume Pressure Sensors/ 52. A Two-Chip Approach to Smart Sensing/ 53. Specifying and Selecting Semiconductor Pressure Transducers/ 54. Introduction to Silicon Sensor Terminology/ 55. Silicon Sensors and Microstructures: Integrating an Interdisciplinary Body of Material on Silicon Sensors/ 56. Understanding Silicon Processing and Micromachining/ 57. Universal Sensors Technology: Basic Characteristics of Silicon Pressure Sensors/ 58. Advanced Sensor Designs/ 59. Silicon Microstructures/ 60. Computer Design Tools/ 61. Signal Conditioning for Sensors/ 62. Advances in Surface Micromachined Force Sensors/ 63. Distributed, Intelligent I/O for Industrial Control and Data Acquisition: The Seriplex Sensor/Actuator Bus/ 64. Innovative Solar Cell MIMICS Photosynthesis/ 65. Quartz Resonator Fluid Monitors for Vehicle Applications/ 66. Overview of the Emerging Control and Communication Algorithms Suitable for Embedding into Smart Sensors/ 67. Applications of Conductive Polymer-Based Chemical Sensors/ 68. Modeling Sensor Performance for Smart Transducers/ 69. Infrared Gas and Liquid Analyzers: A Review of Theory and Applications/ 70. Infrared Noncontact Temperature Measurement: An Overview/ 71. Quality Control Considerations/ 72. Universal Drug and Food Cleanliness Using HPLC Sensing Detection/ 73. Micro-system Technologies/ Index/
* Fully revised with the latest breakthroughs in integrated sensors and control systems, Sensors Handbook, Second Edition provides all of the information needed to select the optimum sensor for any type of application, including engineering, semiconductor manufacturing, medical, military, agricultural, geographical, and environmental implementations. *
Di Natale, C. et al. ed.
Sensors and Microsystems
World Scientific Publishing Co.Pte. Ltd. 2009.3
564 pp.(H)
ISBN 981-283-597-0
18,600円
Proceedings of the 13th Italian Conference Roma, Italy 19 - 21 February 2008
Contents
1.Development of Label Free Genomagnetic Electrochemical Sensor/ 2.Portable Bio-Amperometer for Photoactive Biomaterial Monitoring/ 3.Border Effects in Gas Sensors and Thermistors/ 4.Study and Application of Chemical Sensors for Environmental Monitoring/ 5.Progress Toward a Proton Computed Tomography Apparatus/ 6.Pressure Sensor Based on SAW Resonators/ 7.Optical Fiber Spectroscopy for Measuring Quality Indicators of Lubricant Oils/ 8.Compact Optical Sensor for Multispectral Image Spectrometry/ 9.Localization of Sensor Networks Using Ultrasounds and Radio Frequency/ 10.New Role for Sensors in Energy Management Systems/ 11.An Oscillator Topology as Wide Range Resistive Capacitive-Sensor Interface/ Index/ *
Janata, J.
Principles of Chemical Sensors 2nd ed.
Springer-Verlag 2009.
340 pp.(H)
ISBN 0-387-69930-9
13,000円
Contents
1.Introduction to Sensors/ 2.Selectivity/ 3.Thermal Sensors/ 4.Mass Sensors/ 5.Electrochemical Sensors/ 6.Potentiometric Sensors/ 7.Amperometric Sensors/ 8.Conductometric Sensors/ 9.Optical Sensors/ 10.Multivariate Sensing/ A: Survey of Thermodynamics/ B: Survey of Kinetics/ C: Survey of Solid-State Physics/ D: Conversions of Equivalent Electrical Circuits/ Index/
* There are so many chemical sensor books on the market that adding one more would seem to be a rather unnecessary exercise. My aim has been to provide material that college or graduate level instructors could use when teaching this subject. The focus is on operating principles, rather than on description of specific sensor or even types of sensors.
* People who regularly referee sensor manuscripts and research proposals may also find it useful as a reference, for testing one or another dubious proposed sensing scheme. *
Bernards, D.A. et al. ed.
Organic Semiconductors in Sensor Applications
有機半導体のセンサーへの応用
Springer-Verlag 2008.4
290 pp.(H)
ISBN 3-540-76313-9
21,600円
Contents
* 有機半導体は特徴的な特性を持ち、例えば化学合成によって電子物性を変えることが出来る、機械的に柔軟なものを作ることが出来る、製造コストが低い、化学的・生物学的機能との統合がしやすいなどの性質があります。これらの特性から、有機半導体とそのデバイスは物理、化学、バイオセンサーへの応用が進められてきました。
* 本書はこの発展著しいセンサー分野を、光学的センサーと電気的センサーの双方を共に論じながらまとめます。有機発光ダイオードによるトランスデューサー、有機薄膜トランジスタ、そしてシステムオンチップのアーキテクチャなどのほか、機能化技術の概要やセンサー応答のモデルなどについて論じています。
1.Water Soluble Poly(fluorene) Homopolymers and Copolymers for Chemical and Biological Sensors/ 2.Polyelectrolyte Based Fluorescent Sensors/ 3.Structurally Integrated Photoluminescent Chemical and Biological Sensors: An Organic Light-Emitting Diode (OLED)-Based Platform/ 4.Lab-On-A-Chip Devices With Organic Semiconductor Based Optical Detection/ 5.Solid-State Chemosensitive Organic Devices for Vapor-Phase Detection/ 6.Detection of Chemical and Physical Parameters by Organic Field Effect Transistors/ 7.Performance Requirements and Mechanistic Analysis of Organic Transistor-Based Phosphonate Gas Sensors/ 8.Electrochemical Transistors for Applications in Chemical and Biological Sensing/ 9.PEDOT: PSS-Based Electrochemical Transistors For Ion-To-Electron Transduction and Sensor Signal Amplification/ Index/ *
Yogeswaran, U. et al. ed.
Nanostructured Materials for Electrochemical Biosensors
Nova Science Pub. 2009.7
(H)
ISBN 1-60741-706-5
12,400円
Contents
1.Dendrimers in electrochemical biosensors/ 2.Functionalisation of polyaniline nanomaterials for amperometric biosensing/ 3.Metal nanoparticles embedded polymer matrix modified electrodes for direct electrocatalysis and electrochemical sensor/ 4.Gold nanoparticles modified electrodes for biosensors/ 5.Wet chemical deposition of metal nanoparticles and metal oxide nanostructured films on electrode surfaces for bioelectroanalysis/ 6.Biosensor fabrication based on metal oxides nanomaterials/ 7.Recent advances in nano-structrured metal oxides based electrochemical biosensors for clinical diagnostics/ 8.Construction of nano-array electrode material for amperometric detection application/ 9.Anodic TiO2: Fabrication, current applications and future perspectives/ 10.Acetylcholinesterase - nano materials hybrid sensors for the detection of organophosphorous and carbamate pesticides/ 11.Novel mesoporous silicas as electrochemical biosensors/ 12.Electrochemical detection of neurotransmitters at structurally small electrodes/ Index/
* Electrochemical biosensors are portable devices that permit rapid analysis of substances. They are most useful in detection and monitoring of biological, chemical and toxic agents. Briefly, with the help of transducer, the generated electrical signals from the responses to change in the bioactive layers are used for the interpretation. Similarly, nanomaterials have number of features that make them ideally suited for sensor applications, such as, its high surface area, high reactivity, easy dispersability and rapid fabrication. *
540-19 登録日 09.11.19
