Adrenergic Agents and Blockers Flashcards

1
Q

sympathetic

A

adrenergic

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2
Q

sympathomimetic

A

adrenergic agonists

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3
Q

sympatholytic

A

adrenergic ANTAGonists

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4
Q

sympathomimetic

A

mimic e/norE (catecholamines)

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5
Q

norE

A

nerve terminals (n:n)

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6
Q

epinephrine

A

adrEnal mEdulla (eEE)

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7
Q

NE transporters

A

NE reuptake

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8
Q

predominate on presynaptic memb; inhibit release of NE

A

alpha2 receptors

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9
Q

NE metabolizers

A

MAO, COMT

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10
Q

VMAT

A

Vesicular monoamine transporter (antiport that stores NE into vesicles)

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11
Q

types of adrenoreceptors

A

Alpha (1-2), beta (1-3), dopamine (1-5)

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12
Q

what happens to B affinity as the group on amine group gets larger

A

increases

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13
Q

alpha 1 receptors

A

act via Gq (activation of PLC–>IP3+DAG pathway) –> contraction

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14
Q

alpha 2 receptors

A

act like blockers (but still sympathomimetic)

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15
Q

alpha 2 receptors

A

act via Gi (inhibition of adenylyl cyclase, lower cAMP)

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16
Q

PHENYLEPHRINE, midodrine

A

a1>a2»» b

17
Q

clonidine, methylnorepinephrine

A

a2>a1»» b

18
Q

norepinephrine

A

a1=a2; b1>b2

19
Q

epinephrine

A

a1=a2, b1=b2

20
Q

dobutamine

A

b1 > b2»> a

21
Q

isoprotenerol

A

b2=b1&raquo_space;» a

22
Q

albuterol, terbutaline

A

b2&raquo_space;» b1&raquo_space;» a

23
Q

dopamine

A

D1 = D2&raquo_space;> b&raquo_space;» a

24
Q

fenoldopam

25
dopamine has highest affinity for
dopamine receptors (causes renovasodilation)
26
dopamine at a1 receptor
vasoconstriction (inc BP)
27
dopamine at B1 receptor
increase heart contractility
28
dopamine increase heart contractility
medium concentration
29
dopamine inc renal vasodilaiton
low concentration
30
non selective Beta blockers
``` pindolol timolol nadolol pindolol labetalol ```
31
B1 selective
``` acebutolol betaxolol esmolol atenolol metaprolol ```
32
partial agonists
pindolol, acebutolol
33
non selective alpha and beta
carvedilol | labetalol