Carbon monoxide CO detectors are essential safety devices that every home should have: they can potentially save lives in case of an emergency. Unfortunately, carbon monoxide detectors are often installed in the wrong way. If you really want to enjoy the benefits of early CO detection, you have to find a place where your CO detector works best. Sure, when it accumulates indoors, it can cause symptoms, such as headache, dizziness or nausea, but those are non-specific and can be easily mistaken for symptoms of food poisoning or flu. Carbon monoxide gas is produced when fuel such as oil or gas is burned improperly by a faulty appliance. This is when carbon monoxide begins to accumulate in indoor air.
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Diagnosing carbon monoxide poisoning is harder than it sounds. In theory, carbon monoxide exposure leads to high levels of carbon monoxide in the bloodstream, and that's the diagnosis. The reality is that carbon monoxide exposure is both concentration how much carbon monoxide is in the air and time how long the patient was breathing it , which means that diagnosing carbon monoxide poisoning is a combination of recognizing signs and symptoms as well as measuring the amount of CO in the bloodstream. There isn't a self-diagnosis option for carbon monoxide poisoning, but anyone with confusion or a loss of consciousness should have called for them.
Research and Studies
These tests are insensitive, late, and not preferred methods of detecting CO poisoning. Different hospital systems test for carbon monoxide in different ways. You must know how your hospital does it. Diagnosing CO poisoning is difficult due to its many possible manifestations. The schema above suggests some situations where testing may be considered.
Or that carbon monoxide is not a problem because they are in a huge building with lots of open space, like in an ice skating arena. CO is a highly toxic gas, that can kill at small concentrations of 0. High toxicity at low concentrations means that even in relatively loose spaces, or large buildings, concentrations can quickly build to dangerous concentrations when large sources of CO, such as a malfunctioning furnace or a gasoline engine, are operated indoors. The fact that CO is a colorless, odorless, tasteless, and non-irritating poison compounds the problem. When exposed to high concentrations persons become dizzy, are unable to stand or move out of the space, and often collapse.