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182 Cards in this Set
- Front
- Back
increased vascular smooth muscle contraction
receptor type? |
alpha1
|
|
alpha 1 receptor
G protein class? |
Gq
|
|
increased vascular smooth muscle contraction
G-protein class? |
Gq
|
|
decreased sympathetic outflow
decreased insulin release receptor type? |
alpha2
|
|
decreased sympathetic outflow
decreased insulin release G-protein class? |
Gi
|
|
alpha 2 receptor
G-protein class? |
Gi
|
|
increased heart rate
increased contractility increased renin increased lipolysis increased aqueous humor receptor type? |
beta 1
|
|
increased heart rate
increased contractility increased renin increased lipolysis increased aqueous humor G-protein type? |
Gs
|
|
Beta1 receptor
G-protein type? |
Gs
|
|
Vasodilation
bronchodilation increased glucagon release receptor type? |
beta 2
|
|
Vasodilation
bronchodilation increased glucagon release G protein type? |
Gs
|
|
beta 2 receptor
G protein type? |
Gs
|
|
where in the nervous system do you find M1 receptors?
|
CNS
|
|
M1 receptor
G protein type? |
Gq
|
|
decrease heart rate
receptor type |
M2
|
|
Decrease heart rate
G protein type? |
Gi
|
|
M2 receptor
G-protein type? |
Gi
|
|
Increase exocrine gland secretions
receptor type? |
M3
|
|
Increase exocrine gland secretions
G protein type? |
Gq
|
|
Relaxes renal vascular smooth muscle
Receptor type? |
D1
|
|
Relaxes renal vascular smooth muscle
G protein type? |
Gs
|
|
Modulates transmitter release especially in brain
Receptor type? |
D2
|
|
Modulates transmitter release especially in brain
G protein type |
Gi
|
|
increased nasal and bronchial mucus production, contraction of bronchioles, pruritus, and pain
Receptor type? |
H1
|
|
increased nasal and bronchial mucus production, contraction of bronchioles, pruritus, and pain
G protein type? |
Gq
|
|
Increse gastric acid secretion
Receptor type |
H2
|
|
Increase gastric acid secretion
G protein type? |
Gs
|
|
Increase H20 permeability in the collecting tubules of the kidney
receptor type? |
V2
|
|
Increase H20 permeability in the collecting tubules of the kidney
G protein class |
Gs
|
|
M2 receptor
G protein class |
Gi
|
|
M3 receptor
G protein class? |
q
|
|
D1 receptor
G protein class? |
Gs
|
|
D2 receptor
G protein class? |
Gi
|
|
H1 receptor
G protein class? |
Gq
|
|
H2 receptor
G protein class? |
Gs
|
|
V1 receptor
G protein class? |
Gq
|
|
V2 receptor
G protein class? |
Gs
|
|
Phospholipase C stimulation
G protein class? |
Gq
|
|
Adenylcyclase stimulation
G protein class? |
Gs
|
|
Adenylcyclase inhibition
G protein class? |
Gi
|
|
IP3 & DAG
G protein class? |
Gq
|
|
inc cAMP
G protein class? |
Gs
|
|
stim Protein Kinase A
G protein class? |
Gs
|
|
inhib protein kinase A
G protein class? |
Gi
|
|
inc Ca++ and Protein kinase C
G protein class? |
Gq
|
|
Inhibit Choline transporter into presynapticnerve neuron
Drug? |
Hemicholinium
|
|
Inhibit ACh storage
drug? |
Vesamicol
|
|
Inhibit ACh release
Drug? |
Botulinum
|
|
blocks accumulation of noradrenaline and dopamine into synaptic vesicles
drug? |
reserpine
|
|
Blocks NE release
Drug? |
Guanethidine
|
|
stimulates NE release
drug? |
amphetamine
|
|
inhibits NE reuptake
drug? |
cocaine
TCA |
|
effect of M1 release modulating receptor on NE release?
|
decrease
|
|
effect of AII release modulating receptor on NE release?
|
increase
|
|
effect of alpha2 release modulating receptor on NE release?
|
decrease
|
|
treatment of postoprative and neurogenic ileus and urinary retention
drug? |
bethanecol
|
|
Activates bowel and bladder smooth muscle; resistant to AChE
drug? |
bethanechol
*B*ethanacol=Bowel and Bladder |
|
Bethanechol type of agonist
|
direct cholinergic agonist
|
|
Activates ciliary muscle of eye
& pupillary sphincter resists AchE treats glaucoma drug? |
Carbachol, pilocarpine
|
|
Treats postoperative and neurogenic ileus and urinary retention
myasthenia gravis reversal of neuromuscular blockade increases endogenous ACh drug? |
Neostigmine
|
|
treatment of myasthenia gravis
increase endogenous ACh drug? |
pyridostigmine
|
|
Diagnosis of myasthenia gravis
increase endogenous ACh |
Edrophonium
|
|
Treats glaucoma (crosses blood brain barrier into CNS
atropine overdose increase endogenous ACh |
Physostigmine
|
|
Echothiophate
treatment for? |
glaucoma
|
|
Pyridostigmine treatment for?
|
Myasthenia gravis
|
|
Edrophonium use?
|
diagnosis of myasthenia gravis
|
|
phyiostigmine use?
|
tx glaucoma
tx atropine overdose |
|
Bethanechol mechanism
|
cholinergic direct agonist
|
|
carbachol mechanism
|
cholinergic direct agonist
|
|
pilocarpine mechanism
|
cholinergic direct agonist
|
|
neostgmine mechanism
|
anticholinesterase
|
|
pyridostigmine mechanism
|
anticholinesterase
|
|
edrophonium mechanism
|
anticholinesterase
|
|
physostigmine mechanism
|
anticholinesterase
|
|
mechanism of echothiophate
|
anticholinesterase
|
|
antidote to cholinesterase inhibitor poisoning
|
atropine and pralidoxime
|
|
atropine use in Eye
|
poruduce mydriasis and cyclopplegia
|
|
homatropine use in eye
|
produce mydriasis and cycloplegia
|
|
tropicamide use in eye?
|
Produce mydreiasis and cyloplegia
(cholinoreceptor blocker) |
|
benzotropine use in CNS
|
tx of parkinson's
(cholinoreceptor blocker) |
|
scopolamine use in CNS?
|
tx of motion sickness
(cholinoreceptor blocker) |
|
Ipratropium use in respiratory system
|
Asthma, COPD
(cholinoreceptor blocker) |
|
Methscopolamine use in genitourinary system
|
reduce urgency in mild cystiti and reduce bladder spasms
(cholinoreceptor blocker) |
|
oxybutin use in genitourinary system
|
reduce urgency in mild cystiti and reduce bladder spasms
(cholinoreceptor blocker) |
|
glycopyrrolate use in genitourinary system
|
reduce urgency in mild cystiti and reduce bladder spasms
(cholinoreceptor blocker) |
|
effect of atropine on eye
|
increased pupil dilation, cycloplegia
|
|
effect of atropine on airway
|
decreased secretion
|
|
effect of atropine on stomach
|
decreeased acid
|
|
effect of atropine on gut
|
decreased motility
|
|
effect of atroine on bladder
|
decreased urgency in cystitis
|
|
hechanism of mexamethonium
|
nicotinic ACh receptor Antagonist
|
|
drug which prevents vagal reflex response to changes in blood pressure
|
hexamethonium
|
|
direct general agonist
alpha1 alpha2 beta1 beta2 Drug? |
Epinephrine
|
|
Tx of anaphylaxis, glaucoma (open angle), asthma, hypotension
Drug? |
Epinephrine
|
|
selective for alpha1, alpha2, beta1
drug? |
Norepinephrine
|
|
Tx of hypotension (but decreases renal perfusion)
Drug? |
Norepinephrine
|
|
Selectivity: beta1 = beta2 sympathomimetic
Drug? |
Isoproterenol
|
|
Tx of AV block
Drug? |
Isoproterenol
|
|
Selectivity:
D1 = D2 > beta > alpha Drug? |
Dopamine
|
|
Tx of shock (increases renal perfusion) and of herat failure
|
Dopamine
|
|
Sympathomimetic:
Beta1> Beta2 Drug? |
Dobutamine
|
|
Tx of shock, heart failure (w/out inc renal perfusion)
|
Dobutamine
|
|
Epinephrine
selectivity? |
general agonist
alhpa 1&2, beta 1&2 |
|
NE
selectivity? |
alpha1, alpha2, beta1
|
|
Isoproterenol
mechanism? |
beta1 = beta2 sympathomimetic
|
|
dobutamine
selectivity? |
beta1 > beta2
|
|
indirect general agonist, releases stored catecholamines
drug? |
amphetamine, ephedrine
|
|
tx of narcolepsy, obesity, ADD
drug? |
amphetamine
|
|
amphetamine mechanism
|
releases stored catecholamines
|
|
tx of nasal congestion, urinary incontinence, hypotension
drug? |
ephedrine
|
|
ephedrine mechanism
|
releases stored catecholamines
|
|
selectivity:
alpha1>alpha2 drug? |
phenylephrine
|
|
pupil dilator, vasoconstrictor, nasal decongestant
drug? |
phenylephrine
|
|
phenylephrine selectivity
|
alpha1 > alpha2
|
|
Beta2 > Beta1
drug? |
Albuterol
terbutaline |
|
Tx of asthma
drug? |
Albuterol
terbutaline |
|
Albuterol selectivity
|
Beta2 > Beta1
|
|
terbutaline selectivity
|
Beta2 > Beta1
|
|
Albuterol clinical use
|
tx of asthma
|
|
terbutaline clinical use
|
tx of asthma
|
|
catecholamine uptake inhibitor
indirect general agonist drug? |
cocaine
|
|
causes vasoconstriction and local anesthesia
drug? |
cocaine
|
|
cocaine mechanism
|
uptake inhibitor
|
|
cocaine clinical use
|
local vasoconstriction and anesthesia
|
|
centrally acting alpha agonist, decreased adrenergic outflow
drug? |
clonidine
alpha-methyldopa |
|
tx of hypertension, especially with renal disease (no decreased renal blood flow)
drug? |
clonidine
alpha-methyldopa |
|
clonidine mechanism
|
decreased central adrenergic outflow
|
|
alpha-methyldopa mechanism
|
decreased central adrenergic outflow
|
|
clinical use of clonidine
|
tx of hypertension w/ renal disease
|
|
clinical use of alpha methyldopa
|
tx of hypertensino w/ renal disease
|
|
increased systolic and diastolic blood pressure
drug? |
norepinephrine
|
|
increased systolic pressure
decreased diastolic pressure drug? |
epinephrine
|
|
epinephrine effect on Heart Rate
|
increased
(nonselective) |
|
norepinephrine effect on Heart Rate
|
decreaseed
(reflexive) (alpha > beta) |
|
decreased systolic and diastolic
increased heart rate drug? |
isoproterenol
(beta > alpha) |
|
phenoxybenzamine mechanism
|
irreversible nonselective alpha blocker
|
|
phenoxybenzamine clinical use
|
pheochromocytoma
|
|
phenoxybenzamine toxicity
|
orthostatic hypotension
reflex tachycardia |
|
irreversible nonselective alpha blocker
|
phenoxybenzamine
|
|
phentolamine mechanism
|
reversible nonselective alpha blocker
|
|
reversible nonselective alpha blocker
|
phentolamine
|
|
alpha 1 selective alpha blocker
drug? |
prazosin
terazosin doxazosin |
|
mechanism of prazosin
|
alpha 1 blocker
|
|
mechanism of terazosin
|
alpha 1 blocker
|
|
mechanism of doxazosin
|
alpha 1 blocker
|
|
tx of urinary retention in BPH
type receptor blocker? |
alpha 1 blocker
|
|
mirtazapine mechanism
|
alpha 2 blocker
|
|
clinical application of mirtazapine
|
depression
|
|
mirtazapine side effects
|
sedation
increased cholesterol increased appetite |
|
effect of alpha blocker on epinephrine respnse
|
paradoxical BP drop
(beta2 response) |
|
effect of alpha blocker on blood pressure response to phenylephrine
|
suppression of pressor effect
|
|
Beta blocker effect in tx of hypertension
|
decreased cardiac output
decreased renin secretion |
|
beta blocker effect in tx of angina pectoris
|
decreased O2 consumption
(decreased heart rate and contractility) |
|
beta blocker effect in tx of Supra Ventricular Tachycardia
|
decreased AV conduction velocity
|
|
beta blocker effect in tx of glaucoma
|
decreased secretion of aqueous humor
|
|
beta blocker used to tx glaucoma
|
Timolol
betaxolol carteolol |
|
neta blocker used to tx Supra Ventricular Tachycardia
|
propanolol
esmolol |
|
selectivity of propranolol
|
beta 1 = beta 2
(nonselective beta blocker) |
|
selectivity of timolol
|
beta 1 = beta 2
(nonselective beta blocker) |
|
selectivity of nadolol
|
beta 1 = beta 2
(nonselective beta blocker) |
|
selectivity of pindolol
|
beta 1 = beta 2; partial agonist
|
|
mechanism of labetalol
|
beta 1 = beta 2; partial agonist
|
|
partial agonist beta blockers
|
pindolol & labetalol
|
|
Acebutolol mechanism
|
beta1 selective partial agonist
|
|
Betaxolol selectivity
|
beta1 blocker
|
|
esmolol selectivity
|
beta 1 selective blocker (short acting)
|
|
atenolol selectivity
|
beta 1 selective blocker
|
|
metoprolol selectivity
|
beta 1 selective blocker
|
|
epinephrine mechanism in tx of glaucoma
|
increased outflow of aqueous humor
(not for closed angle glaucoma) (mydriasis) |
|
brimonidine mechanism in tx of glaucoma
|
decreased humor synthesis
|
|
alpha agonists used in glaucoma tx
|
epinephrine
brimonidine |
|
timolol mechanism in glaucoma tx
|
decreased aqueous humor secretion
|
|
betaxolol mechanism in glaucoma tx
|
decreased aqueous humor secretion
|
|
carteolol mechanism in glaucoma tx
|
decreased aqueous humor secretion
|
|
beta blockers used to tx glaucoma
|
Timolol
betaxolol carteolol |
|
acetazolamide mechanism in tx of glaucoma
|
decreased HCO3- -> decreased aqueous humor secretion
(via inhibition of carbonic anhyrase) |
|
diuretics used to tx glaucoma
|
acetazolamide
|
|
pilocarpine mechanism in tx of glaucoma
|
increased outflow of aqueous humor
(from contraction of ciliary muscle) (causes miosis) |
|
carbachol mechanism in tx of glaucoma
|
increased outflow of aqueous humor
(from contraction of ciliary muscle) (causes miosis) |
|
physostigmine in tx of glaucoma
|
increased outflow of aqueous humor
(from contraction of ciliary muscle) (causes miosis) |
|
echothiophate mechanism in tx of glaucoma
|
increased outflow of aqueous humor
(from contraction of ciliary muscle) (causes miosis) |
|
latanoprost (PGF2a) mechanism in tx of glaucoma
|
increased outflow of aqueous humor
|