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In This Chapter
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Glucose Sensors
- Introduction
- Clinical Significance
- Interstitial Fluid (ISF) Glucose Sensors
- Needle‐Type, Enzyme‐Based Electrochemical Sensor (Biocatalytic) for Short‐Term Implantation in the Dermis or Subcutaneous Tissue
- Dialysis Catheter ISF Glucose Monitoring System with External Glucose Sensor
- Enzyme‐Based Electrochemical Sensor (Biocatalytic) with Telemetry for Long‐Term Implantation in the Subcutaneous Tissue
- Affinity Chemical/Optical Sensor for Long‐Term Implantation in Subcutaneous Tissue
- Blood Glucose (BG) Sensors
- Enzyme‐Based Electrochemical/Oxygen Sensor for Long‐Term Implantation in the Bloodstream (Intravascular Sensor)
- Near‐Infrared Absorption Spectroscopy Sensor for Long‐Term Implantation Around a Vascular Tissue (Perivascular Sensor Head)
- Conclusion
- References
Abstract
Each type of invasive and minimally invasive glucose sensor requires a unique set of physical and biochemical properties to withstand the rigors of the in vivo environment. This entry summarizes the design and biomaterial issues most important for optimal function of six different types of glucose sensors.
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