Receptors ANS and PSNS

Question 1

vasoconstriction of GI, Kidney, skin»muscles

Answer 1

Alpha 1, adrenergic

Question 2

Reduction in blood flow to salivary glands

Answer 2

Alpha 1, adrenergic

Question 3

pupil dilation

Answer 3

Alpha 1, adrenergic

Question 4

piloeretor muscles contract

Answer 4

Alpha 1, adrenergic

Question 5

constriction of urinary sphincters

Answer 5

Alpha 1, adrenergic

Question 6

constriction of sphincters in stomach, intestine, anus

Answer 6

Alpha 1, adrenergic

Question 7

contracts spleen

Answer 7

Alpha 1, adrenergic

Question 8

liver-glycogenolysis

Answer 8

Alpha 1, adrenergic

Question 9

pancrease - decrease insulin and digestive enzyme secretion

Answer 9

Alpha 1, adrenergic

Question 10

uterine muscle contracts

Answer 10

Alpha 1, adrenergic

Question 11

vaginal wall contracts

Answer 11

Alpha 1, adrenergic

Question 12

rhythmic contraction of epididymis, vas deferens, prostate

Answer 12

Alpha 1, adrenergic

Question 13

Alpha 2

Answer 13

presynaptic, reduces Ne or Epi release

Question 14

Pancrease - decrease insulin and digestive enzyme secretion

Answer 14

alpha 2, adrenergic

Question 15

Increased heart rate

Answer 15

Beta 1, adrenergic

Question 16

Increased force of contraction of heart

Answer 16

Beta 1, adrenergic

Question 17

Increased force of conduction in heart

Answer 17

Beta 1, adrenergic

Question 18

JG apparatus of kidney - increase renin release

Answer 18

Beta 1, adrenergic

Question 19

Beta 2

Answer 19

smooth muscle relaxation (Epi»»Norepi)

Question 20

relaxes ciliary muscle, better distance vision

Answer 20

Beta 2, adrenergic

Question 21

bronchioles dilate

Answer 21

Beta 2, adrenergic

Question 22

decrease mast cell production of histamine

Answer 22

Beta 2, adrenergic

Question 23

relax walls of digestive tract (slow peristalsis)

Answer 23

Beta 2, adrenergic

Question 24

relax walls of gall bladder (less bile)

Answer 24

Beta 2, adrenergic

Question 25

relax walls of bladder (less urine) and uterus

Answer 25

Beta 2, adrenergic

Question 26

relax smooth muscles in arterioles to skeletal muscle and in coronary circulation

Answer 26

Beta 2, adrenergic

Question 27

increased fat breakdown (liplolysis) in adipocytes

Answer 27

Beta 3, adrenergic

Question 28

Transmitter for sympathetic cholinergic receptors

Answer 28

Acetylcholine

Question 29

types of cholinergic receptors?

Answer 29

muscarinic and nicotinic

Question 30

sympathetic - sweating

Answer 30

muscarinic cholinergic | increased sweat from Eccrine glands

Question 31

Adrenal Medulla

Answer 31

nicotinic receptors increase release of EPi/Norepi into blood These are acting like other sympathetic ganglia

Question 32

pupilary constriction

Answer 32

muscarinic cholinergic

Question 33

Bronchoconstriction

Answer 33

muscarinic cholinergic

Question 34

decreased heart rate and conduction rate (no change in force)

Answer 34

muscarinic cholinergic

Question 35

increased lacrimal gland activity (Crying)

Answer 35

muscarinic cholinergic

Question 36

increased salivation, amylase

Answer 36

muscarinic cholinergic

Question 37

relaxation of GI and urinary sphincters

Answer 37

muscarinic cholinergic

Question 38

increased motility of smooth musce walls

Answer 38

muscarinic cholinergic

Question 39

increased contraction of gall bladder walls (bile)

Answer 39

muscarinic cholinergic

Question 40

increased secretion of insulin and digestive enzymes from pancreas

Answer 40

muscarinic cholinergic

Question 41

increased tone in wall of bladder (urination)

Answer 41

muscarinic cholinergic

Question 42

relaxation of internal sphincter at bladder/uretheral junction

Answer 42

muscarinic cholinergic

Question 43

Nitric oxide is..

Answer 43

a diffusible gas transmitter

Question 44

Soluble guanylyl cyclacse (creates cGMP)

Answer 44

nitric oxide

Question 45

Nicotinic cholinergic receptors are located..

Answer 45

on skeletal muscle and on ANS ganglia