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Unique, flexible NO sensor
Designed for arteries, microvessels, in vivo applications, and similar applications.The graph (right) shows the response of the ISO-NOPF to NO.
Design
These sensors are based on a composite graphite NO-sensing element combined with a reference electrode. The surface of the sensor is then coated with a unique multi-layered NO-selective membrane.
Selectivity of WPI's NO sensors
The ideal NO sensor should be insensitive to other reactive species likely to be present within the measurement environment. Conventional Nafion coated carbon fiber NO sensor exhibits a large response to such species. WPI's unique NO sensor technology utilizes an novel surface membrane which amplifies the response to NO whilst eliminating responses to a vast range of reactive species, including nitrite, absorbic acid, hydrogen peroxide, catecolamines, and much more.
| Outside Diameter | 100μm |
| Available Length | 1-5mm (sensor
length varies in 1mm increments - 1mm, 2mm, 3mm...) |
| Response Time | <5 seconds |
| Lowest Detection Limit/Range | 0.2nM |
| Nominal Sensitivity-New sensor | ≥10pA/nM |
| Baseline Drift | none |
| Poise Voltage | 865mV |
| Typical Quiescent Baseline Current, 25°C | 2000pA |
| Acceptable Baseline Range | 500-8000pA |
| Polarization Time | 2+ hours |
| 7363-4 | Enzol Enzymatic Detergent, 1 gallon |
| 7364 | Cidex Disinfecting Solution |
| 91580 | Microsensor Cable |
| 47510 | ProGuide Position/Holder with Base |
| 47520 | ProGuide Position/Holder |
| 47530 | ProGuide Pluse Position/Holder with fina adjustment |
| 47540 | ProGuide Plus with Base |
| SNAP25 | SNAP, 25mg vial |
| SNAP50 | SNAP, 50mg vial |
| SNAP100 | SNAP, 100mg vial |
