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Drug class

Anticonvulsant - Triazole Derivatives

Anticonvulsant triazole derivatives are a chemically distinct class of antiepileptic agents defined by a five-membered heterocyclic triazole ring, represented clinically by rufinamide. Read more about Anticonvulsant - Triazole Derivatives

13 drugs in this class 12 manufacturers

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BANZEL (rufinamide)

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

EISAI INC.

BANZEL (rufinamide)

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

EISAI INC.

RUFINAMIDE

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

Mylan Pharmaceuticals

RUFINAMIDE

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

NORTHSTAR RX LL

RUFINAMIDE

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

CAMBER PHARMACE

RUFINAMIDE

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

MICRO LABS USA,

RUFINAMIDE

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

AUROBINDO PHARM

RUFINAMIDE

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

ASCEND LABORATO

RUFINAMIDE

ANTICONVULSANTS · LENNOX-GASTAUT EPILEPSY

LUPIN PHARMACEU

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About Anticonvulsant - Triazole Derivatives.

Anticonvulsant triazole derivatives are a chemically distinct class of antiepileptic agents defined by a five-membered heterocyclic triazole ring, represented clinically by rufinamide.

These agents primarily exert their anticonvulsant effects by modulating voltage-gated sodium channels, specifically prolonging their inactivated state to suppress high-frequency, repetitive neuronal firing without significantly altering normal baseline transmission.

Within clinical neurology, this class is primarily utilized as adjunctive pharmacotherapy in the management of severe, drug-resistant seizure disorders, most notably Lennox-Gastaut syndrome, as well as refractory focal-onset seizures.

nih.gov
Anticonvulsant triazole derivatives are a chemically distinct class of antiepileptic agents defined by a five-membered heterocyclic triazole ring, represented clinically by rufinamide
nih.gov
Anticonvulsant triazole derivatives are a chemically distinct class of antiepileptic agents defined by a five-membered heterocyclic triazole ring, represented clinically by rufinamide
nih.gov
These agents primarily exert their anticonvulsant effects by modulating voltage-gated sodium channels, specifically prolonging their inactivated state to suppress high-frequency, repetitive neuronal firing without significantly altering normal baseline transmission
nih.gov
These agents primarily exert their anticonvulsant effects by modulating voltage-gated sodium channels, specifically prolonging their inactivated state to suppress high-frequency, repetitive neuronal firing without significantly altering normal baseline transmission Within clinical neurology, this class is primarily utilized as adjunctive pharmacotherapy in the management of severe, drug-resistant seizure disorders, most notably Lennox-Gastaut syndrome, as well as refractory focal-onset seizures
nih.gov
These agents primarily exert their anticonvulsant effects by modulating voltage-gated sodium channels, specifically prolonging their inactivated state to suppress high-frequency, repetitive neuronal firing without significantly altering normal baseline transmission
nih.gov
Within clinical neurology, this class is primarily utilized as adjunctive pharmacotherapy in the management of severe, drug-resistant seizure disorders, most notably Lennox-Gastaut syndrome, as well as refractory focal-onset seizures