Autonomics

Question 1

Sympathetic receptors

Answer 1

alpha & Beta

Question 2

Sympathetic receptors

Answer 2

alpha & Beta

Question 3

alpha1

G-protein class/Fx

Answer 3

q
increase vascular smooth mm contraction, increase pupillary dilator mm contraction (mydriasis), increased intestinal & bladder sphincter mm contraction

Question 4

alpha2

G-protein class/Fx

Answer 4

i

decreased sympathetic outflow, decreased insulin release, decreased lipolysis, increased PLT aggregation

Question 5

Beta1

G-protein class/Fx

Answer 5

s

increased heart rate, increased contractility, increased renin release, increased lipolysis

Question 6

Beta2

G-protein class/Fx

Answer 6

Vasodilation, bronchodilation, increased HR, increased contractility, increased lipolysis, increased insulin release, decreased uterine tone (tocolysis), ciliary m relaxation, increased aqueous humor production

Question 7

Parasympathetic receptors

Answer 7

M1, M2, M3

Question 8

M1

G-protein class/Fx

Answer 8

q

CNS, enteric nervous system

Question 9

M2

G-protein class/Fx

Answer 9

i

decreased HR & contractility of atria

Question 10

Dopamine receptors

Answer 10

D1, D2

Question 11

Dopamine receptors

Answer 11

D1, D2

Question 12

alpha1

G-protein class/Fx

Answer 12

q
increase vascular smooth mm contraction, increase pupillary dilator mm contraction (mydriasis), increased intestinal & bladder sphincter mm contraction

Question 13

alpha2

G-protein class/Fx

Answer 13

i

decreased sympathetic outflow, decreased insulin release, decreased lipolysis, increased PLT aggregation

Question 14

Beta1

G-protein class/Fx

Answer 14

s

increased heart rate, increased contractility, increased renin release, increased lipolysis

Question 15

Beta2

G-protein class/Fx

Answer 15

Vasodilation, bronchodilation, increased HR, increased contractility, increased lipolysis, increased insulin release, decreased uterine tone (tocolysis), ciliary m relaxation, increased aqueous humor production

Question 16

Parasympathetic receptors

Answer 16

M1, M2, M3

Question 17

M1

G-protein class/Fx

Answer 17

q

CNS, enteric nervous system

Question 18

M2

G-protein class/Fx

Answer 18

i

decreased HR & contractility of atria

Question 19

M3

G-protein class/Fx

Answer 19

q
increased exocrine gland secretions (lacrimal, gastric, etc), increased gut peristalsis, increased bladder contraction, bronchoconstriction, increased pupillary shincter m contraction (miosis), ciliary m contraction (accomodation)

Question 20

Dopamine receptors

Answer 20

D1, D2

Question 21

D1

G-protein class/Fx

Answer 21

s

relaxes renal vascular smooth m

Question 22

D2

G-protein class/Fx

Answer 22

i

modulates transmitter release, esp in brain

Question 23

Histamine receptors

Answer 23

H1, H2

Question 24

H1

G-protein class/Fx

Answer 24

q

increased nasal & bronchial mucus production, contraction of bronchioles, pruritis, pain

Question 25

H2

G-protein class/Fx

Answer 25

s

increased gastric acid secretion

Question 26

Vasopressin receptors

Answer 26

V1, V2

Question 27

V1

G-protein class/Fx

Answer 27

q

increase vascular smooth m contraction

Question 28

V2

G-protein class/Fx

Answer 28

s

increased H20 permeability & reabsorption in the collecting tubules of kidney (V2, 2 kidneys)