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88 Cards in this Set

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* AH 5183 (vesamicol)
Blocks vesicle packaging
Decreases ACh vessels
* botulinum toxin
Blocks vesicle release
Decreases ACh in synapse
* blackwidow spider venom (latrotoxin)
attacks storage vesicles
Transient burst of ACh release; then inhibits
* hemicholinium
Choline symport uptake block
Decreases ACh
* neostigmine
Reversible AChE inhibitor
Treat myasthenia gravis; +salivation; bradycardia; +brochial secretions; etc
* pyridostigmine
Reversible AChE inhibitor
Treat myasthenia gravis
* physostigmine (eserine)
Reversible AChE inhibitor
Antidote to atropine(+ACh in synapse; overcomes atropine); treat glaucoma
* edrophonium
Reversible AChE inhibitor
Dx of myasthenia gravis; Short Acting
* echothiophate
Irreversible AChE inhibitor
Treat glaucoma. + charge prevents absorption
* di-isopropylfluorophosphate; sarin; soman
Irreversible AChE inhibitor
Biological warfare
* parathion
Irreversible AChE inhibitor
Insectiside: bronchoconstriction; +airway secretions; bradycardia; etc.
* chlorpyrifos
Irreversible AChE inhibitor
Insectiside: bronchoconstriction; +airway secretions; bradycardia; etc.
* pralidoxime
AChE Reactivator
Give quickly after organophosphate poisoning(restore AChE) w/ atropine (to releave symptoms)
* acetylcholine
NAChR/MAChR agonist
activates nicotinic and muscarinic receptors
* nicotine
Nicotinic Agonist
tremors; toxic in children
* succinylcholine
Nicotinic Mixed agonist/antagonist Neuromuscular Junction Blocker
initally activates; but sticks and blocks - Depolarizing. Surgical muscle relax. WARN: action prolonged Pt w/ atypical BChE
* trimethaphan
Nicotinic Antagonist: Ganglionic Blocker
Decrease muscle and neuron excitability ->decrease motility and vascular tone. Used in hypertension emergencies
* curare
Nicotinic Anti – Nondepolaring Neuromuscular
arrow dope; muscle relaxer/paralytic
Ve;Atra;pancuronium
Nicotinic Anti – Nondepolaring Neuromuscular
muscle relaxer/paralytic
* muscarine
Muscarinic Agonist
Poisoning from muschroom. Treat with Atropine. Liver failure
* pilocarpine
Muscarinic Agonist
Decrease intraocular pressure. Glaucoma treatment; cause disphoresis(sweating).
* bethanecol
Muscarinic Agonist
promote voiding/GI motility; +asthma
* atropine
Antagonist
(Blocks post-synaptic ACh receptors ) Red; Hot; Dry; Mad; Blind; Seizing (blocks parasympathetic); dilate pupil; relax = far vision; +HR. Blocks baroreceptors
* pirenzipine
Muscarinic1 antagonist
Atropine analog
* scopolamine
Muscarinic Antagonist
Motion sickness; decrease secretions for surgery
* carbachol
NAChR/MAChR agonist
Glaucoma treatment
Imatinib mesylate
BCL/Abl inhibitor
kinase inhibitor that sits in ATP binding site for BCR/Abl (BCR/Abl prevents apoptosis) Chronic Myelogenous Leukemia
Erlotinib
Blocks RTK phosphorylation (EGFR tyrosine kinase inhibitor)
RTK
Trastuzumab
Ab that Blocks RTK receptor
RTK
Sorafenib
Blocks Raf in Ras pathway (inhibits multiple kinases including VEGFR=antiangiogenic)
RTK
Sirolimus (rapamycin)
blocks mTOR of PIP3 pathway
RTK
Bevacizimab
Antiangiogenic
monoclonal anti-VEFG-Ab
Gemcitabine
Antimetabolites
Only toxic in S phase; non-carcinogenic; similar to dCTP - stops DNA poly
5-FU
Antimetabolites
Only toxic in S phase; non-carcinogenic; similar to dCTP - stops DNA poly
Methotrexate
Antimetabolites
inhibits dihydrofolate reductase
Cisplatin
DNA crosslinking
Pt agent
Cyclophosphamide
DNA crosslinking
mustard gas like cisplatin
Irinotecan
Topoisomerase I poison
topoisomerase I inhibitor.
Topotecan
Topoisomerase I poison
Etoposide
Topoisomerase II poison
"Prevents DNA packaging/unpackaging caues Topo II to make ""nicks"" in DNA"
Teniposide
Topoisomerase II poison
"Prevents DNA packaging/unpackaging caues Topo II to make ""nicks"" in DNA"
Doxorubicin
Topoisomerase II poison
stablilize topo II adducts; forms free radicals; intercalation; inhibit helicase
Daunorubicin
Topoisomerase II poison
stablilize topo II adducts; forms free radicals; intercalation; inhibit helicase
Paclitaxel (taxol)
Antimitotic
prevents depoly
Docetaxel (taxotere)
Antimitotic
Vincristine
Antimitotic
prevents elongation
Vinblastine
Antimitotic
ether
First Anesthetic; mild effect on ventilation; cardio; Neg: explosive; N/V; slow induction
Nitrous Oxide
Rapid uptake/offset. Minimal card/resp effects. Neg: Low potency; megaloblastic anemia
halothane
Inhaled anesthetic; Neg: halothane hepatitis
isoflurane
Inhaled anesthetic
desflurane
Inhaled anesthetic
sevoflurane
Inhaled anesthetic
dantrolene sodium
Treatment for malignant hypertension
Thiopental
"""Barbituate""
(+) cheap and safe; rapid and pleasent onset
(-) slow full recovery
hepatic clearance
contraindicated in Pt. w/ acute intermittent porphyria"
Propofol
"(-) lipid emulsion can cause pain at injection
(+) most rapid recovery
feasible as continuous infusion"
Ketamine
"(-) like PCP - hallucinations
(+) mild resp/cardio effects
(-) slow recovery
(+) IM injection"
* alpha-methyl-paratyrosine (metyrosine)
TH inhibitor
Inhibitor of Tyrosine hydroxylase prevents tyrosine -> L-Dopa. Used in pheochromocytoma. (Crystallizes in urine-hematuria)
* reserpine
blocks catecholamine packaging
reduces hypertension (severe depression)
* guanethidine
blocks catecholamine packaging/release
reduces hypertension. Charged. No CNS. Long 1/2; (orthostatic hypotension) (retrograde ejaculation). Requires uptake 1
* guanadrel
blocks catecholamine packaging/release
Like guanethidine but shorter 1/2 life
* tyramine
blocks catecholamine uptake 1/+release
Induce catecholamine release when taken up. Peripheral. Found in pickeled herring; wine
* cocaine
blocks catecholamine uptake 1
inhibitor of catecholamine re-uptake. Especially norepinephrine -> stimulatory
* imipramine
Block catecholamineuptake 1
pargyline
MAO inhibitor
treat depression. (Tyramine diets(wine; pickeled herring) ->induce catecholamine release=>hypertensive crisis)
* deprenyl
MAO-B inhibitor
prevents metabolism of Dopamine. Treat Parkinson's
SSRI anti-depressants
block serotonin uptake
keeps more serotonin in synapse - anti-depressant
* MPTP
Toxin met. By MAO to MPP+
Metabolised by MAO to MPP+. Causes Parkinson's
* carbidopa
Blocks AAAD
Prevents conversion of L-Dopa to Dopamine in periphery. Treat Parkinson's (more L-dopa gets to brain)
* L-dopa
Converts to dopamine. Treat Parkinson's
Converts to dopamine. Treat Parkinson's
* nitecapone
COMT inhibitor
Prevents metabolism of Dopamine to 3-methoxytyramine.cytoplasmic. Treat Parkinson's because less L-Dopa->dopamine
* norepinephrine
a; B1 agonist
* epinephrine
a;b agonist
* methoxamine
a1 agonist
increase BP by causing vasoconstriction
* phenylephrine
a1 agonist
increase BP by causing vasoconstriction
* clonidine
a2 agonist
lower blood pressure
* alpha-methylnorepinephrine
a2 agonist
lower blood pressure
* isoproterenol
B agonist
increase HR/contractility (via B1) and dilate bronchioles (via B2)
* dobutamine
B1 agonist
increase HR/contractility (via B1). Treat CHF
* albuterol
B2 agonist
dilate bronchioles. Treat asthma
* terbutaline
B2 agonist
dilate bronchioles. Treat asthma
* phenoxybenzamine
a antagonist; irreversible
lower blood pressure. Treat patients with pheochromocytoma prior to surgery
* phentolamine
a antagonist; reversible
Used in OR to counteract catecholamine release during surgery
* prazosin
a1 antagonist
antihypertensive (decrease vascular tone)
* yohimbine
a2 antagonist
ED drug
* propranolol
B1; B2 antagonist
Treats cardiac arrhythmias; angina pectoris; hypertension; but blocking B2=broncho constriction (Not for asthmatics)
* atenolol
B1 antagonist
Treat hypertension
* amphetamines
block uptake/+release/-MAO
inhibitor of uptake 1; indrect releasing of vesicular catecholamine; MAO inhitor