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Analytical Sensors And Instruments: The Technology And Markets For Locs, Throwaway Sensors, And New Generation Chemical Instruments (Technical Insights)
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Description: |
Analytical sensors have entered an exciting era of technological development that is beginning to generate significant revenues for manufacturers and investors in numerous sectors of the global economy. With R&D on thousands of products and applications complete, manufacturers today are beginning to take advantage of economies of scale in a range of devices and systems that utilize sophisticated sensor technology.
To be sure, analytical sensors—broadly defined as those devices or systems that detect, measure or analyze selected chemical substances—have applications across the technology spectrum. Even more significantly, these applications themselves are helping to create new, ever more complex technologies, products and applications that are similarly rich in commercial potential.
Analytical technology is making its mark in many sectors. For example, the $3 billion spent in 1995 on R&D for pharmaceutical compounds is expected to yield $115 billion in product sales by 2008. In the diagnostic testing market, revenues from point-of-care and home diagnostic products and monitoring devices are expected to grow at almost 15 percent a year, reaching $3 billion in the U.S. alone by 2003. Moreover, analysts say the $10 billion analytical laboratory instrumentation marketplace is poised to grow dramatically as continued advances in Lab-on-a-Chip technology shorten the development time, speed-to-market, and life cycle of many new-generation instruments.
This comprehensive Technical Insights Report, Analytical Sensors and Instruments opens a window on both the technology and the market potential for a full range of newly developed and emerging analytical sensors that are designed to improve the performance of a system and solve analytical problems. Among the developments discussed in detail are:
- Labs on a Chip (LOC), focusing on the underlying nanotechnology-driven analytical science and operation (including detection, microseparations, optoelectronics and integrated optics, and biosensor technology) that will help researchers choose, adapt and use these microtools for analysis and control. - Microlectromechanical devices (MEMS), which include microsensors, microgears, microvalves, micropumps and microheaters, and will eventually become building blocks for LOCs. - Throwaway Sensors—the inexpensive, silicon-chip based instruments designed to be thrown away and replaced—is poised to become an important enabling technology for linking devices, networks and systems. - Data Processing and Automation, which utilizes a smart sensor (a sensor and computer in one package that measures physical parameters, processes the data, and makes decisions) to fashion micro-sized devices that improve measuring precision and automation. - New Generation Sensors, which comprise novel instruments and systems that are clearly distinguished from earlier models by superior and/or unique performance, design, capabilities and application-specificity, often by orders of magnitude. These include temperature-programmed microscopes, quadropoles on a miniaturized array, mass spectrometers on a chip, incorporation of fuzzy logic into instrument designs, holographic sensors, sample processing that runs in parallel and independently programmable modules, and an electron microscope that does not need a vacuum in order to function.
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Contents: |
1 Analytical Sensors and Instruments, Executive Summary A. Analytical Sensors: Technologies; Applications; Impact 1 Analytical Sensors: Technologies; Applications; Impact
2 Lab-on-a-Chip
3 The Analytical System
4 Throwaway Sensors B. Data Processing and Automation
1 Data Processing and Automation C. Analytical Sensor Market and Business Climate
1 Analytical Sensor Market and Business Climate D. Scope of This Report
1 Scope of This Report 2 Analytical Sensors and Instruments, Introduction A. Analytical Sensors; Instruments; Systems 1 Analytical Sensors; Instruments; Systems
2 Lab-on-a-Chip
3 The Analytical System
4 Throwaway Sensors B. New-Generation Analytical Sensors
1 New-Generation Analytical Sensors
2 New-Generation Analytical Systems C. Data Processing and Automation
1 Data Processing and Automation 3 Analytical Sensors and Instruments, Basic Analytical Technologies A. Electrochemical Methods 1 Hybrid Technology: Sensitive Microsensors 4 Analytical Sensors and Instruments, Electron; Nuclear and X-ray Analyses A. Two Conventional Spectroscopic Methods Combined
1 Two Conventional Spectroscopic Methods Combined B. Electrochemical Analysis with Scanning Probe Microscopy
1 Electrochemical Analysis with Scanning Probe Microscopy
2 Electrochemical Measurements
3 Traditional Scanning Probe Microscopy
4 Scanning Electrochemical Microscopy
5 Electrochemistry with Commercial STMs and AFMs
6 In the Future C. Nanorange Material Analysis with EFTEM
1 Nanorange Material Analysis with EFTEM D. James Bond Sensor Detects Hidden Contents
1 James Bond Sensor Detects Hidden Contents 5 Analytical Sensors and Instruments, Ultrasonic Systems A. Rust-Busting Ultrasonics
1 Rust-Busting Ultrasonics B. Spectrophotometric Methods
1 Laser Eyes Chemical Compounds
2 Dime-Sized Sensor Has 2-Mile Range
3 Multidimensional Technique Enhances Vibrational Spectroscopy C. Fiberoptic Sensors
1 Fiberoptic Sensors D. Miniature Spectrometers
1 Miniature Spectrometers
2 Semiconductor Detector Arrays
3 Wavelength Dispersion E. Fiberoptics
1 Fiberoptics
2 Fiberoptic Sampling Options F. Light Sources
1 Light Sources
2 Electronics and Software
3 Quality Assurance Procedures G. Probing Single Molecules in a Living Cell
1 Probing Single Molecules in a Living Cell 6 Analytical Sensors and Instruments, Mass Spectroscopy A. Analytical Technique Gets a New Twist
1 Analytical Technique Gets a New Twist B. Ion Mobile Spectrometry
1 Ion Mobile Spectrometry C. Dynamic Duo Detects Contamination in Composites Fab
1 Dynamic Duo Detects Contamination in Composites Fab D. Miniaturization Takes MS into Space and the Doctor?s Office 1 Miniaturization Takes MS into Space and the Doctor?s Office
2 Shrinking Mass Analyzers E. Miniaturizing a Magnetic-Sector Mass Spectrometer
1 Miniaturizing a Magnetic-Sector Mass Spectrometer 7 Analytical Sensors and Instruments, Magnetic Resonance A. Magnetic Resonance Imaging: Watching Paint Dry 1 Magnetic Resonance Imaging: Watching Paint Dry B. Advances in High-Res NMR Spectrometers
1 Advances in High-Res NMR Spectrometers
2 Automation and Other Analytical Methods
3 The NMR Experiment Arsenal
4 Magic Angle Spinning
5 Cryogenically Cooled Probes
6 Actively Shielded Magnets
7 Higher Magnetic Field Strengths C. The Next Five Years
1 The Next Five Years 8 Analytical Sensors and Instruments, Biosensors A. Biosensors
1 Biosensors B. Medical Sensors vs. Biosensors 1 Medical Sensors vs. Biosensors C. Self-Assembled Biosensor
1 Self-Assembled Biosensor D. Monitoring Molecular Contamination
1 Monitoring Molecular Contamination E. Biosensor Further Automates Clinical Diagnostics
1 Biosensor Further Automates Clinical Diagnostics F. Novel Method Detects Prions
1 Novel Method Detects Prions G. The Promise of DNA Chip Technology
1 The Promise of DNA Chip Technology
2 How DNA Chips Work
3 The Promise Is Realized 9 Analytical Sensors and Instruments, Sensor Materials and Processes A. Porous Silicon: Sensor Applications
1 Introduction
2 Conductivity and Capacitance Effects
3 Photoluminescence Quenching
4 Irreversible Quenching by Reactive Molecules
5 Reversible Quenching of Photoluminescence by Physisorbed Molecules
6 Reversible Quenching by Energy or Charge Acceptors
7 Patterning of Sensor Arrays B. Enhanced CCD Detection of UV
1 Enhanced CCD Detection of UV C. Porous Silicon Senses SO2
1 Porous Silicon Senses SO2 D. The First Practical Multiapplication Biosensor
1 The First Practical Multiapplication Biosensor E. Micromachined Humidity Sensors
1 Micromachined Humidity Sensors F. Market Forecast: Porous Silicon 1 Market Forecast: Porous Silicon G. Porous Silicon Continues to Transform Analytical Devices
1 Porous Silicon Continues to Transform Analytical Devices H. Porous Silicon Illuminates New Analytical Devices
1 Porous Silicon Illuminates New Analytical Devices 10 Analytical Sensors and Instruments, Molecular Imprinting A. Coatings Help Electrodes Identify Single Molecules
1 Coatings Help Electrodes Identify Single Molecules 11 Analytical Sensors and Instruments, Polymers A. Composites Tuned with Polymer Blend Microparticles
1 Composites Tuned with Polymer Blend Microparticles B. Conductive Polymers
1 Conductive Polymers
2 Electronic Noses 3 Abtech Scientific Inc. 4 Aromascan Inc. 5 Hughes Aircraft Co. Research Labs 6 Neotronics Scientific Inc.
7 Digisense Analog Conductive Plastic Sensors 12 Analytical Sensors and Instruments, Inorganic Detector Materials A. Single-Crystal Photon Microdetectors See Broad Spectrum
1 Single-Crystal Photon Microdetectors See Broad Spectrum B. In Situ Observation of Complex Materials Processes Possible
1 In Situ Observation of Complex Materials Processes Possible C. Diode Lasers Solve Many Detection Problems
1 Diode Lasers Solve Many Detection Problems D. Semiconductor Plus Voltage Equals Magnetism
1 Semiconductor Plus Voltage Equals Magnetism
2 The Role of Manganese
3 Quantum Computing E. Light Emission Properties of Gold May Have Many Applications
1 Light Emission Properties of Gold May Have Many Applications F. Two-Phase Glass Coating Protects High-Temperature Alloys
1 Two-Phase Glass Coating Protects High-Temperature Alloys G. Semiconducting Nanopowders Make Cheaper Pollution Sensors
1 Semiconducting Nanopowders Make Cheaper Pollution Sensors H. Ferroelectric Film Could Serve as Oxygen Sensor
1 Ferroelectric Film Could Serve as Oxygen Sensor I. Thin-Film Tech Carries Emerging Electronics; ICS; Optics 1 Thin-Film Tech Carries Emerging Electronics; ICS; Optics 13 Analytical Sensors and Instruments, Sensors for Inorganic Chemicals A. Device Detects Mercury in Liquid Hydrocarbons
1 Device Detects Mercury in Liquid Hydrocarbons B. Chlorine Measurement Becomes Easier
1 Chlorine Measurement Becomes Easier C. Calorimetric Chemical Sensors Come to Ozone Detection
1 Calorimetric Chemical Sensors Come to Ozone Detection D. Detect Toxic Elements by Atomic Weight
1 Detect Toxic Elements by Atomic Weight 14 Analytical Sensors and Instruments, Software and Automation of Sensors A. Multivariate Calibration Alters NIR-Spectroscopy
1 Multivariate Calibration Alters NIR-Spectroscopy B. Robust Adaptive Nonlinear Control
1 Robust Adaptive Nonlinear Control C. Smart Chemical Sensors
1 Smart Chemical Sensors D. Smarter; Faster Sensor Response 1 Smarter; Faster Sensor Response E. Next-Generation Measurements
1 Next-Generation Measurements
2 Analog to Digital
3 ADC Renaissance
4 Stand-Alone Instrument Trends 5 PC in the Instrument; or Instrument in the PC?
6 Digital Measurement Systems
7 The Next Step F. Wireless Sensor Network Topologies
1 Wireless Sensor Network Topologies
2 Point-to-Point Networks
3 Multidrop Networks
4 Can the Nodes Talk and Listen Simultaneously? 5 Analog vs. Digital 6 Baseband vs. Broadband 7 Master-Slave vs. Peer-to-Peer vs. Broadcast 8 Circuit Switched vs. Packet Switched\: How Long Should a Node
9 Web Networks 15 Analytical Sensors and Instruments, Throwaway Chemical Sensors A. Throwaway Chemical Sensors
1 Throwaway Chemical Sensors B. Portable Chemical Sensors
1 Portable Chemical Sensors C. Integrating Optics with Chemical Sensors
1 Integrating Optics with Chemical Sensors D. Cone Waveguide Immunosensors
1 Cone Waveguide Immunosensors E. Thick Films for Detecting Hydrogen
1 Thick Films for Detecting Hydrogen F. Ion Exchangers Detect Metals
1 Ion Exchangers Detect Metals G. Gold-Immobilized Electrochemical Sensors
1 Gold-Immobilized Electrochemical Sensors H. Electrocatalytic Gas Detector
1 Electrocatalytic Gas Detector I. Sensing Trace Levels of Nitrogen Dioxide
1 Sensing Trace Levels of Nitrogen Dioxide J. Gas Sensing with Catalytic Metal Gates
1 Gas Sensing with Catalytic Metal Gates K. Using Molecules to Identify Organic Compounds
1 Using Molecules to Identify Organic Compounds L. Detecting Acids
1 Detecting Acids M. Multipoint Gas Monitoring
1 Multipoint Gas Monitoring N. Electronic Tongue
1 Electronic Tongue 16 Analytical Sensors and Instruments, Unique Sensor Applications A. Chromatography and Human Nose Combined for Sensing
1 Chromatography and Human Nose Combined for Sensing B. Electronic Sniffer
1 Electronic Sniffer C. Optical Sensors: Online Base Determination 1 Optical Sensors: Online Base Determination D. Better Designs for Pushbroom Imaging Spectrometers
1 Better Designs for Pushbroom Imaging Spectrometers E. Electronic Tongue Can Recognize Flavor
1 Electronic Tongue Can Recognize Flavor F. Tracking Hydrological Chaos Through the Ground
1 Tracking Hydrological Chaos Through the Ground G. New Analytical Tool Enables High-Tech; Tailored Polymers 1 New Analytical Tool Enables High-Tech; Tailored Polymers H. Nanosurface Defects: Positively ID 1 Nanosurface Defects: Positively ID I. In Situ Observation of Surfaces at High Temperatures
1 In Situ Observation of Surfaces at High Temperatures J. Concepts and Visions for Electronic and Bioelectronic Noses
1 Concepts and Visions for Electronic and Bioelectronic Noses 17 Analytical Sensors and Instruments, Markets; Impact; Business Climate A. Markets; Impact; Business Climate 1 Markets; Impact; Business Climate B. Market Trends in Analytical Instrumentation
1 Market Trends in Analytical Instrumentation
2 Impact of Miniaturization
3 Internet and E-commerce
4 Materials Science Markets
5 Environmental Markets
6 Pharmaceutical Markets
7 Biotechnology Markets
8 Food and Beverage Markets
9 Process Analyzers
10 Onsite and Process Instruments for Water Analysis
11 Onsite and Process Instruments for Air Analysis 12 Onsite and Process Instruments for Gas Detection; Monitoring and Analysis 13 Bioanalytical Instrumentation: Electrophoresis
14 MEMS and Lab-on-a-Chip Devices 15 Miniaturization; Automation and Robotics C. Market Drivers
1 Market Drivers
2 Industry Leaders 3 Intelligent Sensing: Micro Noses; Eyes and Tongues D. Lab-on-a-Chip
1 Lab-on-a-Chip E. Medical Diagnostics
1 Medical Diagnostics F. Chemical Analysis Instrumentation
1 Chemical Analysis Instrumentation G. Keys to Strong Measurement and Control Market
1 Keys to Strong Measurement and Control Market
2 Changing Communications H. Sensors
1 ATP-Focused Nano and MEMS Programs I. Biosensors
1 Biosensors J. DNA Microchips
1 DNA Microchips K. Environmental Analysis
1 Environmental Analysis L. Antibody-Based Analysis
1 Antibody-Based Analysis M. MEMS/LOC Combinations 1 MEMS/LOC Combinations N. Service; Support: New US Gas Sensor Market Focus 1 Service; Support: New US Gas Sensor Market Focus O. NASA Launches Industry Sensor Plan
1 NASA Launches Industry Sensor Plan 18 Analytical Sensors and Instruments, Resources: Analystical Sensors A. Research and Development Centers
1 Research and Development Centers 19 Analytical Sensors and Instruments, Patents: Sensors; Detectors; Analyzers A. Patents: Sensors; Detectors; Analyzers 1 Patents: Sensors; Detectors; Analyzers 2 Patents cont.
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