Adrenergic Drugs - Overview Flashcards

1
Q

Adrenergic drugs control the function of the _____ nervous system

A

Sympathetic

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2
Q

What neurotransmitters do Adrenergic drugs mimic or block the action of?

A

Norepinephrine
Epinephrine
Dopamine

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3
Q

Alpha1 receptor GPCR

A

Gq = IP3/DAG cascade

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4
Q

Alpha2 receptor GPCR

A

Gi = (-) cAMP

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5
Q

Beta receptor types GPCR

A

Gs = (+) cAMP

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6
Q

Dopamine (DA) type 1 receptor GPCR

A

Gs = (+) cAMP

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7
Q

Dopamine (DA) type 2 receptor GPCR

A

Gi = (-) cAMP

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8
Q

Direct acting agonists/antagonists work by their interaction on?

A

The receptors

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9
Q

Indirect acting adrenergic drugs produce their effects by?

A

Altering the concentration of norepinephrine/neurotransmitter at target receptors

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10
Q

Generally, direct agonist acting drugs produce their effects at what location at the nerve terminals?

A

Post-synaptic neuron

– receptors

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11
Q

Generally, indirect agonist acting drugs produce their effects at what location of the nerve terminal?

A

Pre-synaptic neuron or synapse

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12
Q

Alpha 1 receptor locations and major actions (4)

A

Vascular smooth muscle = contraction
Pupil dilation
Prostate = contraction
Heart = increases force of contraction

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13
Q

Alpha 2 receptor locations and major actions (2)

A

Vascular smooth muscle = contraction

Fat cells = (-) lipolysis

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14
Q

Beta 1 receptor locations and major actions (1)

A

Heart = increases force and rate of contraction

– also increases renin release

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15
Q

Beta 2 receptor locations and major actions (3)

A

Respiratory, vascular and uterine smooth muscle = RELAXATION
K+ uptake in skeletal muscle
Liver = glucose production

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16
Q

Beta 3 receptor locations and major actions (2)

A

Bladder = relaxation

Fat cells = (+) lipolysis

17
Q

D1 receptor action

A

Dilates renal blood vessels

18
Q

(+) alpha 1 will cause?

A

Increased BP and vasoconstriction
Dilated pupil
Lowered HR

19
Q

(+) alpha 2 will cause?

A

(-) lipolysis

20
Q

(+) Beta 1 will cause?

A

Increased HR and contraction force and renin release

21
Q

(+) Beta 2 will cause?

A

Bronchodilation and glucose production in liver

22
Q

(+) Beta 3 will cause?

A

(+) lipolysis and relaxes bladder muscle