What is organophosphate poisoning?
Organophosphate poisoning is a neurological syndrome caused by the exposure of organophosphates chemicals, such as those found in insecticides, herbicides and some nerve agents. Patients exposed to a high amount of these chemicals may develop different symptoms and eventually die of airway arrest. Low levels of organophosphate exposure can cause behavior changes, including depression and suicidal thoughts. It is a potential risk of professional employment for people who work around these chemical compounds. The treatment is available if the status is identified in time. When this enzyme is suppressed, acetylcholine accumulates, stimulate receptors and cause the patient's nervous system to overload. Atropine may face organophosphate poisoning and stabilize the patient, allowing care for decoysiders to offer support therapy while the patient is recovering. The patient may develop stomach cramps and pain caused by increased gastrointestinal motility and may experience nursingOst and vomiting. The patient's pupils also tend to participate and the same narrowing can be seen in the airways and other body structures. Finally, bronchoconstriction causes the patient to die due to insufficient oxygen supplies.
It may be difficult to try organophosphate poisoning directly. Small traces may occur in the blood, but since patients usually have very variable compounds such as acetylcholinesterase, this testing does not necessarily have to be convincing. Patients who see a physician for the treatment of symptoms associated with organophosphate poisoning should not forget to discuss all recent exhibitions of chemicals, including lubricants, fuels and other compounds. The physician may determine whether the patient is at risk of poisoning.
In addition to atropine, a physician or physician may recommend undressing the patient of clothing and thoroughly washing to remove all organophosphates after exposure. For example, agricultural workers Mohou have after handling sprayers without protecting chemicals for their clothes, hair and skin. Washing can often stop the flow of organophosphates into the patient's system. Patients may also need fluids to rehydrate and may require support from the fan until the airways are released and are able to breathe separately. The chances of a repeated episode can be reduced by proper provision of chemicals and providing the appropriate protective clothing when working with chemicals.