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How do I silence my First Alert carbon monoxide detector? 

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This paper describes an improved method for directly measuring low concentrations of carbon monoxide in air.
It also suggests a possible interpretation of clinical findings of auditory impairment associated with carbon monoxide exposure.
If carbon monoxide poisoning is confirmed, the source must be identified and recommendations for correction or avoidance should be made.
These sensors show good, repeatable and reversible response to carbon monoxide at room temperature.
These observations strongly suggest that the frequency of thoracic complaints in an emergency room can be affected by the ambient level of carbon monoxide.
Nevertheless, our detector accurately recognizes silence events, which can provide valuable respiratory information related to the disease.
The synthesized material proves to be good as a selective room temperature sensor for harmful and poisonous carbon-monoxide gas.
Results demonstrate the capability of this sensor to detect carbon monoxide below the limits of toxicity.
Surveillance of carbon monoxide-related morbidity is a useful adjunct to mortality surveillance in guiding prevention efforts.
The results of this work may be applicable to further development of carbon monoxide sensors for fire detection at its earlier stages.
The results of this work may be applicable for further development of carbon monoxide sensors for fire detection at its earlier stages.
It is shown that the carbon monoxide desportion spectrum can be used in the detection of a carbon coverage much below the detectability level of AES.
Monitoring for carbon monoxide exposures during general anesthesia may be necessary to recognize and end patient exposures that occur despite preventative measures.
Although hearing loss as a result of acute carbon monoxide exposure has previously been described, here we emphasize the need to consider chronic exposure to carbon monoxide as a potentially reversible cause of sensorineural hearing loss if diagnosed and treated early.