世界薬理学・毒物学ジャーナル

抽象的な

Marine Poisons in Neurotoxicity

Arian Thomas

Marine harming results from the ingestion of marine creatures that contain poisonous substances and causes significant disease in waterfront districts. Three primary clinical conditions of marine harming have significant neurological side effects — ciguatera, tetrodotoxin harming, and crippled shellfish harming. Ciguatera is the commonest disorder of marine harming and is portrayed by moderate to extreme gastrointestinal impacts (spewing, the runs, and stomach cramps) and neurological impacts (myalgia, paraesthesia, cold allodynia, and ataxia), yet is seldom deadly. Tetrodotoxin harming and disabled shellfish harming are more uncommon yet have a higher casualty rate than ciguatera. Gentle gastrointestinal impacts and a plummeting loss of motion are normal for these kinds of harming. In extreme harming, loss of motion quickly advances to respiratory disappointment. Finding of a wide range of marine harming is produced using the conditions of ingestion (sort of fish and area) and the clinical impacts. Since there are no cures, strong consideration, remembering mechanical ventilation for patients with extreme loss of motion, is the backbone of treatment.