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An in-depth analysis of salicylate poisoning, its causes, pathophysiology, and effects on various organ systems. It covers the acid-base status, respiratory system, glucose metabolism, fluid and electrolyte balance, central nervous system, gastrointestinal tract, hepatic effects, hematologic effects, musculoskeletal effects, clinical and laboratory manifestations, and medical care. It also includes information on lab studies and treatment principles.
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California Poison Control 1-800-876- Background
a. Serum electrolyte renal function studies (BUN and creatinine levels), Serum glucose levels, Serum acetaminophen levels, Liver function tests, Coagulation studies (prothrombin time and activated partial thromboplastin time), Urinalysis Medical Care
because of its ability both to correct for fluid and electrolyte disorders and to remove salicylates c. Peritoneal dialysis is only 10-25% as efficient as hemoperfusion or hemodialysis and not even as efficient as renal excretion