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35 Cards in this Set

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haloperidol

typical antipsycotic so strong D2 antagonist so increased risk for tardive dyskineasia and neuroleptic malignant syndrome

-thixene

typical antipsycotic so strong D2 antagonist so increase risk for tardive dyskinesia and NMS

clozapine and side effect
atypical antipsycotic blocks H1 mostly; used to prevent negative sx; agranulocytosis
olanzipine
atypical antipsycotic that blocks H1 mostly; no agranulocytosis as compared to clozapine
risperidone
atypical antipsycotic; 5HT-2A antagonist-prevents hallucinations
zoprazidone
atypical antipsycotic; blocks 5HT2A receptor; prevents hallucination
aripiprazole
atypical antipsycotic; partial D2 agonist (so acts like an antagonist partially as well); minimizes tardive dyskinesia and NMS sx
palipepridone
atypical antipsycotic; active metabolite of risperidone; inactivates mostly 5HT2A but also D2 like risperidone
What type of antipsycotic, typical or atypical is containdicated at times? What 4 reasons are these times?
typicals are contra in Parkinson's, liver dz, blood dyscrasias, and chronic alcohol abuse
amantidine

used early in Parkinson's; increases dopamine release from pre-synaptic vessicles

dopamine and its limitations
doesn't cross the BBB
L-Dopa and adjunct

used for early Parkinson's; crosses BBB; often given with carbidopa to prevent formation of dopamine peripherally which doesn't cross the BBB

carbidopa
used in early Parkinson's with L-Dopa; inhibits DOPA decarboxylase
seligiline

used in early Parkinson's when L-dopa and carbidopa combo fails; inhibits MAO-B in the pre-syn neuron so more dopamine is around to be released

trihexylphenidryl and side effects
used in EARLY Parkinson's or ALS; anti-muscarinic that acts everywhere; dry, hot, red, blind, mad
benztropine
used in early Parkinson's; anti-muscarinic that only acts centrally so you only get mad from it (not dry, red, hot, and blind hwvr)
benzserazide

used in early Parkinson's; prevents L-Dopa from conversion to dopamine peripherally; acts similarly to carbidopa

-capone
used in early Parkinson's; blocks COMT in the post-syn terminal; "think CAP one captures one COMeT"
bromocryptine
D2 agonist and PARTIAL D1 agonist used in late Parkinson's once the pre-syn neuron has been lost
pergolide

D2 agonist and PARTIAL D1 agonist used in late Parkinson's once the pre-syn neuron has been lost

pramiprexole
D2 agonist used in late Parkinson's; "think of a Ram using a rope to light D2 on fire"
ropinirole
D2 agonist used in late Parkinson's-distinguished from bromocryptine and pergolide because this has no PARTIAL D1 activity; "think of a Ram using a rope to light D2 on fire"
diphenyhydramine
adjunct in PD tx; primarily blocks H1 but also can block reuptake of DA
ethopriopazine and its off label use
anti-psychotic with anti-D2 activity; can be used for late PD because it also has anti-M activity
procyclidine
used in late PD; has atropine like effects so it decreases rigidity and reduces salivation (sialorrhea)
siallorhea
excess salivation
Which PD drug can cause a hypertensive crisis?
MAO-B inhibitor: seligiline
What do high levels of B6 do to PD drug metabolism?
B6 increases dopamine decarboxylase in the GI tract so that more L-Dopa is converted to dopamine and can't cross the BBB
baclofen
GABA-B agonist used in the palliative treatment of ALS to REDUCE SPASTICITY; GABA-B is inhibitory on NT release
dicyclomine
anti-muscarinic used in the palliative tx of ALS; used cosmetically really
trihexyphenidyl
anti-muscarinic used in the palliative tx of ALS OR PD; used cosmetically really
oxyphencyclimine

anti-muscarinic used in the palliative tx of ALS; used cosmetically really

oxybutinin
anti-muscarinic used in the palliative tx of ALS; used essentially to control urinary incontinence-block M receptor so can't contract bladder
flavoxate
anti-muscarinic used in the palliative tx of ALS; used to correct urinary incontinence-block M receptor so can't contract bladder
Main tx for Huntington's?
baclofen: activates GABA-B on the pre-syn neuron to hyperpolarize the neuron and inhibit NT release