AEDs Flashcards
older drugs
complex pharmacokinetics, high drug interaction risk, more adverse effects, greater experience
what is pharmacokinetics
what your body does with the drug
1. absorption
2. distribution
3. metabolism
4. excretion
carbamazepine
auto inducer, increases ability to break down other meds faster and does it to its self, able to cause M. acid, and Steven Johnsons
valproic acid/divalproex
many different names but are not interchangeable, these drugs are better tolerable than other drugs, they are not an enzyme inducer and do not have any adverse effects
main mechanism of working
slows brain activity
CNS side effects
impaired cognition, dizziness, drowsiness, diplopia, ataxia, incoordination, weakness
suicide risk
2x for the drugs topiramate and lamotrigine
unclear if the increase In risk is for these drugs or all of the AEDS
pregnancy risk
older drugs have more risks than the newer drugs
newer drugs still have risks
it is dangerous to not be treated and pregnant
dangerous to mother and fetus if to have a seziure
FOLIC ACID to help offset the adverse effects
better to treat mother at the smallest dose of the safest drug
newer drugs
straightforward pharmacokinetics
few interactions
fewer adverse effects
linear pharmacokinetics
double the dose and double amount in blood
if someone tests positive for HLA factor what drugs should they never take
carbamazepine
phenytoin
lamotrigine
oxcarbazepine
lamotrigine
rash
Steven johnson
sucide
gabapentin
nerve pain
drowsiness, nystagmus
pregabalin
weight gain, angioedema
euphoria=CV
topiramate
pain, migraines, weight loss
suicide
M. acid