Biological and Chemical Sensors: Watching "The Next Generation" Evolve

Table of Contents

• Executive Summary
• Methodology
  • Scope
  • Definitions
    • MEMS or Not?
• Overview
  • 2002 in Review
  • Looking Forward
• The Products
  • Electrochemical
  • Infrared
  • Metal Oxide
  • Microcantilevers
  • Microfluidics
  • Optical
  • Polymers
  • Quartz Crystal Microbalance
  • Surface Acoustic Wave
  • Surface Plasmon Resonance
• The Applications
  • Industrial
    • Environmental Monitoring
    • The Food Industry
      • Field Crop Surveillance
      • Genetically Modified Foods
      • Food Quality
      • Food Safety
  • Medical
    • Blood Glucose
    • Point-of-Care (POC) Diagnostics
  • Security
    • Biological and Chemical Warfare
    • Narcotics
    • Explosives
• The Forecast
• The Companies

List of Tables

• Table 1. Companies and Sensor Technology
• Table 2. Industrial Applications - Companies and Products
• Table 3. Blood Glucose Applications - Companies and Products
• Table 4. POC Applications - Companies and Products
• Table 5. Security Applications - Companies and Products
• Table 6. Worldwide Sales of Next-Generation Biological and Chemical Sensors, 2002-2007 (US $ Millions, Units in Millions)
• Table 7. Revenues of Biological and Chemical Sensors by Type, 2002-2007 (US $ Millions)
• Table 8. Unit Shipments of Biological and Chemical Sensors by Type, 2002-2007 (Units in Millions)
• Table 9. Revenues of Biological and Chemical Sensors by Market, 2002-2007 (US $ Millions)
• Table 10. Unit Shipments of Biological and Chemical Sensors by Market, 2002-2007 (Units in Millions)
• Table 11. Worldwide Sales of Biological and Chemical Sensors in Industrial/Security Applications, 2002-2007 (US $ Millions, Units in Millions)
• Table 12. Worldwide Sales of Biological and Chemical Sensors in Blood Glucose Monitoring, 2002-2007 (US $ Millions, Units in Millions)
• Table 13. Worldwide Sales of Biological and Chemical Sensors in Point-of-Care Diagnostics, 2002-2007 (US $ Millions, Units in Millions)

List of Figures

• Figure 1. YSI's Immobilized Enzyme Biosensor
• Figure 2. Motorola's eSensor
• Figure 3. CombiMatrix's Lab-on-a-Chip IC
• Figure 4. MicroChemical Systems' Sensor Architecture
• Figure 5. Illustration of a Microcantilever Sensor
• Figure 6. ST Microelectronics' Biochip
• Figure 7. YSI's Opto-Chemical Biosensor
• Figure 8. Illumina's BeadArray
• Figure 9. Microspectrometer
• Figure 10. TI's Spreeta Sensor
• Figure 11. The Biacore Q
• Figure 12. The SensAlyser-a System
• Figure 13. Cygnus' Biographer
• Figure 14. TheraSense's Continuous Glucose Monitoring Device
• Figure 15. The Cyranose 320
• Figure 16. The Biocapture System
• Figure 17. Revenues and Unit Shipments of Next-Generation Biological and Chemical Sensors, 2002-2007 (US $ Millions, Units in Millions)
• Figure 18. Revenue Share of Biological and Chemical Sensors by Type, 2002 vs. 2007
• Figure 19. Unit Shipment Share of Biological and Chemical Sensors by Type, 2002 vs. 2007
• Figure 20. Revenue Share of Biological and Chemical Sensors by Market, 2002 vs. 2007
• Figure 21. Unit Shipment Share of Biological and Chemical Sensors by Market, 2002 vs. 2007
• Figure 22. Revenues and Unit Shipments for Biological and Chemical Sensors in Industrial/Security Applications, 2002-2007 (US $ Millions, Units in Millions)
• Figure 23. Revenues and Unit Shipments for Biological and Chemical Sensors in Blood Glucose Monitoring, 2002-2007 (US $ Millions, Units in Millions)
• Figure 24. Revenues and Unit Shipments for Biological and Chemical Sensors in Point-of-Care Diagnostics, 2002-2007 (US $ Millions, Units in Millions)