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25 Cards in this Set

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What are dose dependent toxicities for Na channel drugs?
Diplopia, ataxia, lethargy
useful against generalized seizures
valproic acid, topiramate, zonisamide, levetiracetam
myclonic seizures
clonazepam
act at alpha2delta subunit of voltage-gated calcium channel
gabapentin and pregabalin
bind to SV2A synaptic vesicle protein
levetiracetam
status epilepticus treatment
lorazepam followed by iv fosphenytoin
strongly induce cyp450
carbamazepine, phenytoin, phenobarbital
metabolized by UGT
lamotrigine
induce UGT
valproic acid
treat absence seizures
ethosuximide

EFGH --> ethosuximide SEs: fatigue, GI irritation, headaches
enhance GABAergic inhibition
benzodiazepines and barbiturates
GABAergic agent SEs
somnolence, confusion, memory disturbance
Induces P450 enzyme that metabolizes itself
carbamazepine
Phenytoin SEs
gingivial hyperplasia, osteoporosis, and neuropathy
carbamazepine SEs and MOA
rash, dose-dependent neutropenia, aplastic anemia

NA channel AED
lamotrigine SE and MOA
rash and NA channel AED
topiramate SE and MOA
confusion and renal stones; NA channel AED
zonisamide SE and MOA
renal stones; NA channel AED
oxcarbazepine SE and MOA
hyponatremia; NA channel AED
ethosuximide SE and MOA
GI irritation, lethargy; T-type Calcium channel inhibitor
valproic acid SE
fat, shaky, yellow, and bald
phenobarbital
cognitive slowing, hyperactivity in kids
gabapentin
weight gain, somnolence, and ataxia
pregabalin
weight gain, peripheral edema, and dizziness
Levetiracetam
somnolence, psychosis