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IGS100 Glucose Sensor

IGS100 Implantable Glucose Sensor

The WPI's IGS100 implantable glucose sensor enables long-term glucose measurement in in vivo or in vitro experiments.

Measure glucose in vivo or in vitro over long term.

Key featires

  • Implantable sensor for long-term research
  • Integrated reference electrode
  • For use with Apollo1000, Apollo4000, TBR4100 and TBR1025
  • Requires 91580 Microsensor Adapter
  • Package of 2

Benefits

  • Implantable microsensor
  • Biocompatible
  • Long term monitoring

Applications

  • In vivo long-term monitoring of glucose in tissues or animals

Long-term glucose measurement in vivo is complex and difficult. Prior measurement techniques could only be used for brief studies or, at most, a few days. Using patented technology, WPI introduces a novel type of implantable glucose sensor. Researchers can use this sensor to directly monitor glucose in long-term in vitro or in vivo experiments. The sensor works great with the TBR systems from WPI.

The Tip of IGS100 Implantable Glucose Sensor

A coil at the sensor's tip contains the cotton plug that has been drenched with enzymes. The coiled tip has a diameter of around 600 μm.

 

In Vitro Precision: Coefficient of variation (CV) 5%

Glucose Range: 36 - 450 mg/dl (or 2-25 mM/L)

Response Time (sec): 100 - 300 s

In vivo calibration: In vivo calibration

Interference species: Acetaminophen, ascorbic acid, uric acid

Length: 5 cm

Sensor Size: 0.6— 0.7 mm

Reference Electrode: Ag/AgCl

Polarization voltage (V): 0.65-0.7 V vs Ag/AgCl

Sensor Life: 3-4 months in solutions at room temperature under continuous polarization; 15-30 days in vivo

Shelf Life: 6 months

Operation Conditions: 20° to 40°C (68° to 104°F)

Storage Conditions: 10° to 25°C (50° to 77°F)

You can also visit site of the manufacturer.


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