propranolol
Give this one a try later!
prototype beta adrenoceptor antagonist
unselective binding to beta receptors
pseudoephedrine
Give this one a try later!
exerts primarily indirect actions, causes effects like NE, used for
vasoconstriction (like as nasal decongestant) and to treat "stress"
incontinence in women by contracting bladder muscle
,Naloxone
Give this one a try later!
•Mechanism: Mu-opioid receptor antagonist,
blocks and reverses binding of opioids to their
receptors.
•Clinical Use: Reverses effect of opioid.
•Side Effect: Induces severe opioid withdrawal
symptoms (convulsions, sweating, anxiety) in
patients addicted to opioids.
selective arteriolar vasodilator example
Give this one a try later!
hydralazine
tubocurarine
Give this one a try later!
muscle neuromuscular junction blocking agents, act by competitive
antagonism of ACh action at NM (tubo) receptors resulting in paraylsis of
skeletal muscle; ACh fails to cause skeletal muscle contraction
which drugs do you use for acute myocardial infarctions?
,Give this one a try later!
fibrinolytic agents and aspirin
fibrinolysis
Give this one a try later!
dissolution of clots
Nicotine
Give this one a try later!
agonist at both ganglionic and skeletal muscle nicotinic cholinergic
receptors
enzymes important in transmitter metabolism
Give this one a try later!
acetylcholinesterase, monoamine oxidase (MAO)
actions of M2 muscarinic agonists, resulting in decreased excitability of cardiac
excitable cells
, Give this one a try later!
inhibition of adenylyl cyclase and opening of K+ channels
what does phospholipase C do?
Give this one a try later!
increases Ca2+ in cell, leads to vasoconstriction
dopamine
Give this one a try later!
causes natriuresis, dopamine infusion can stimulate the heart and increase
renal blood flow in low doses
epinephrine, norepinephrine and dopamine
Give this one a try later!
endogenous catecholamines
influence of prostaglandin E on renal function
Give this one a try later!
Give this one a try later!
prototype beta adrenoceptor antagonist
unselective binding to beta receptors
pseudoephedrine
Give this one a try later!
exerts primarily indirect actions, causes effects like NE, used for
vasoconstriction (like as nasal decongestant) and to treat "stress"
incontinence in women by contracting bladder muscle
,Naloxone
Give this one a try later!
•Mechanism: Mu-opioid receptor antagonist,
blocks and reverses binding of opioids to their
receptors.
•Clinical Use: Reverses effect of opioid.
•Side Effect: Induces severe opioid withdrawal
symptoms (convulsions, sweating, anxiety) in
patients addicted to opioids.
selective arteriolar vasodilator example
Give this one a try later!
hydralazine
tubocurarine
Give this one a try later!
muscle neuromuscular junction blocking agents, act by competitive
antagonism of ACh action at NM (tubo) receptors resulting in paraylsis of
skeletal muscle; ACh fails to cause skeletal muscle contraction
which drugs do you use for acute myocardial infarctions?
,Give this one a try later!
fibrinolytic agents and aspirin
fibrinolysis
Give this one a try later!
dissolution of clots
Nicotine
Give this one a try later!
agonist at both ganglionic and skeletal muscle nicotinic cholinergic
receptors
enzymes important in transmitter metabolism
Give this one a try later!
acetylcholinesterase, monoamine oxidase (MAO)
actions of M2 muscarinic agonists, resulting in decreased excitability of cardiac
excitable cells
, Give this one a try later!
inhibition of adenylyl cyclase and opening of K+ channels
what does phospholipase C do?
Give this one a try later!
increases Ca2+ in cell, leads to vasoconstriction
dopamine
Give this one a try later!
causes natriuresis, dopamine infusion can stimulate the heart and increase
renal blood flow in low doses
epinephrine, norepinephrine and dopamine
Give this one a try later!
endogenous catecholamines
influence of prostaglandin E on renal function
Give this one a try later!
