Overview of Auram
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Oxcarbazepine |
| Form | Oral tablets, Film-coated tablets, Oral suspension |
| Pharmacological class | Anticonvulsant, Antiepileptic drug |
| General purpose | Neural stabilization and control of hyperactivity |
| Origin | Synthetic, structural derivative |
What is Auram and its Classification as an Anticonvulsant?
Auram is a synthetic, prescription-only medication classified as an antiepileptic drug (AED) within the dibenzazepine anticonvulsant pharmacological group. Its fundamental purpose is to serve as a medication that stabilizes and controls abnormal electrical hyperactivity in the brain. The primary active component is Oxcarbazepine, which functions as a voltage-sensitive sodium channel antagonist.
This classification is clinically recognized for managing conditions characterized by excessive neuronal discharge, signifying the drug’s role in managing abnormal electrical activity. Oxcarbazepine is recognized as a structural derivative of Carbamazepine, but its distinct metabolic profile has been noted in clinical research for generally contributing to a lower potential for certain drug-drug interactions compared to its predecessor.
Composition, Origin, and Pharmaceutical Formulations
The composition of Auram consists solely of the active ingredient, Oxcarbazepine, combined with pharmaceutical excipients for oral delivery. Auram is available in multiple oral dosage forms, including conventional film-coated tablets, standard oral tablets, and a liquid oral suspension. The availability of these forms ensures flexible administration options, particularly for pediatric patients who may benefit from the suspension and for adults utilizing the various tablet strengths.
Crucially, Oxcarbazepine functions as a prodrug, meaning it converts into its highly active metabolite—the 10-Monohydroxy Metabolite (MHD) —after absorption. This mechanism ensures the primary pharmacological effect is carried out by the active metabolite, a property of its pharmacokinetics.
Regulatory References

