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ISO-COP-2
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Carbon monoxide (CO) is a versatile mediator of physiological processes. Carbon monoxide (CO) formed by internal mechanisms (endogenous) is measured in a variety of ways, but standard measurement methods are of limited utility in most biological systems. WPI's ingenious ISO-COP-2 CO sensor measures CO in vivo or in vitro in real time!
Click here to view the latest data sheet.
This CO sensor is comprised of a 2.0mm stainless steel body with a replaceable membrane-covered sleeve. The sleeve is filled with electrolyte. It is an amperometric sensor designed for use in cell culture and similar applications.
In principle, CO diffuses through the gas-permeable membrane and is then oxidized to CO2 on the working electrode of the sensor. This oxidation creates a current with a magnitude directly related to the concentration of CO in solution.
It is designed for use with WPI's TRB4100 (4-Channel) or TBR1025 (1-Channel) Free Radical Analyzers.
NOTE: The 2mm biosensors come with a spare membrane sleeve, 1cc syringe, an MF28G67 MicroFil needle and 10mL of filling solution.

95699
IGS100
In this video, WPI Chemist Nikki Scafa demonstrates how to make a PBS buffer solution for use with WPI microsensors.
In this video, Nikki demonstrates how to prepare and fill a 2mm biosensor and prepare to calibrate an ISO-OXY-2 oxygen sensor.
Do you need a precision microinjector with an integrated pressure source for injections in the picoliter range? WPI’s new MICRO-ePUMP, which is comparable to the Ependorf Femtojet, is a portable solution for injecting DNA, RNA and proteins, as well as pre- and post- implantation in embryos.
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