Risk Factors for and Clinical Presentation of Metabolic Acidosis Topiramate is known to cause an imbalance in serum bicarbonate and chloride levels due to its inhibitory effect on carbonate ...

The metabolic adverse effects of topiramate have been well documented in the pediatric population, [4,5] but case reports in the adult population are limited. [6,7,8,9,10,11] Published reports ...

Conclusion After receiving increased dosages of topiramate, a 37-year-old man developed hyperchloremic, normal anion-gap, metabolic acidosis, which resolved after discontinuation of the drug.

Use of the Naranjo et al. [12] adverse drug reaction probability scale indicated a probable relationship between hyperchloremic, normal anion-gap, metabolic acidosis and topiramate. This adverse ...

Summary: A 37-year-old man hospitalized for mental status changes and possible seizure developed hyperchloremic, normal anion-gap, metabolic acidosis.

Cite this: Hyperchloremic, Normal Anion-Gap, Metabolic Acidosis Due to Topiramate - Medscape - Aug 01, 2008.

Hyperchloremic acidosis is a hallmark of metabolic acidosis due to bicarbonate wasting and usually occurs in newborns with intestinal or renal disorders.

Issues of both fluid-volume balance and acid-base balance are vital in the critical care setting. What's the best way to walk the tightrope of plasma expansion?

'Hyperchloremic' Metabolic Acidosis: Value and Limitations of Stewart's Model The physicochemical concept proposed by Peter Stewart in the late 1970s and early 1980s [1, 2] achieved a certain ...

'Hyperchloremic' Metabolic Acidosis: Value and Limitations of Stewart's Model Plasma Expansion-induced Metabolic Acidosis: Clinical Consequences