Summary Of Ach And Ne Influence In Ans

Front 1

Contraction of radial muscle in eye

Back 1

adrenergic response using alpha receptor

Front 2

Contraction of sphincter muscle of eye

Back 2

cholinergic response

Front 3

Contraction of ciliary muscle of eye for near vision

Back 3

cholinergic response

Front 4

Relaxation of ciliary muscle of far vision

Back 4

adrenergic response using beta-2 receptor

Front 5

Decrease in heart rate using the S-A node

Back 5

cholinergic response

Front 6

Increase of heart rate via S-A node

Back 6

adrenergic response using beta-1 receptor

Front 7

Decrease contractility of atria muscle of heart

Back 7

cholinergic response

Front 8

Slight decrease in contracility of ventricles of heart

Back 8

cholinergic response

Front 9

Dilation of salivary glands

Back 9

cholinergic response

Front 10

Contraction of bronchial muscle of lung

Back 10

cholinergic response

Front 11

stimulation of bronchial glands of lung

Back 11

cholinergic response

Front 12

increase motility of stomach

Back 12

cholinergic response

Front 13

relaxation of sphincters of stomach

Back 13

cholinergic response

Front 14

stimulation of grandular secretion of stomach

Back 14

cholinergic response

Front 15

increase intestinal motility

Back 15

cholinergic response

Front 16

relaxation of sphincters of intestines

Back 16

cholinergic response

Front 17

stimulation of secretion in intestines

Back 17

cholinergic response

Front 18

contraction of gallbladder

Back 18

cholinergic response

Front 19

contraction of detrouser in bladdar

Back 19

cholinergic response

Front 20

relaxation of bladder sphincter

Back 20

cholinergic response

Front 21

erection of male penis

Back 21

cholinergic response

Front 22

secretion of acini in pancreas

Back 22

cholinergic response

Front 23

constriction of coronary arterioles

Back 23

adrenergic response using alpha receptors

Front 24

constriction of skeletal muscle arterioles

Back 24

adrenergic response using alpha receptors

Front 25

constriction of pulmonary arterioles

Back 25

adrenergic response using alpha receptors

Front 26

slight constriction of cerebral arterioles

Back 26

adrenergic response using alpha receptors

Front 27

constriction of salivary glands

Back 27

adrenergic response using alpha receptors

Front 28

stimulation of sodium re-absorption in the kidneys

Back 28

adrenergic response using alpha receptors

Front 29

contraction of sphincters of the stomach

Back 29

adrenergic response using alpha receptors

Front 30

contraction of sphincters of the intestines

Back 30

adrenergic response using alpha receptors

Front 31

contraction of sphincter of the bladder

Back 31

adrenergic response using alpha receptors

Front 32

ejaculation of the male penis

Back 32

adrenergic response using alpha receptors

Front 33

contraction of pilomotor muscle of the skin

Back 33

adrenergic response using alpha receptors

Front 34

contraction of spleen capsule

Back 34

adrenergic response using alpha receptors

Front 35

Glycogenolysis and gluconeogenesis in skeletal muscle

Back 35

adrenergic response using alpha receptors

Front 36

decrease secretion of the acini in the pancreas

Back 36

adrenergic response using alpha receptors

Front 37

decrease secretion of the islets in the pancreas

Back 37

adrenergic response using alpha receptors

Front 38

increase contractility in the atria of the heart

Back 38

adrenergic response using beta-1 receptors

Front 39

increase contractility in the ventricles of the heart

Back 39

adrenergic response using beta-1 receptors

Front 40

dilation of the coronary arterioles

Back 40

adrenergic response using beta-2 receptors

Front 41

dilation of the skeletal muscle arterioles

Back 41

adrenergic response using beta-2 receptors

Front 42

dilation of the pulmonary arterioles

Back 42

adrenergic response using beta-2 receptors

Front 43

increase secretion of renin in kidneys

Back 43

adrenergic response using beta-2 receptors

Front 44

relaxation of the bronchial muscle in lungs

Back 44

adrenergic response using beta-2 receptors

Front 45

decrease motility in the stomach

Back 45

adrenergic response using beta-2 receptors

Front 46

decrease motility in the intestines

Back 46

adrenergic response using beta-2 receptors

Front 47

relaxation of gallbladder

Back 47

adrenergic response using beta-2 receptors

Front 48

relaxation of the detrouser in the bladder

Back 48

adrenergic response using beta-2 receptors

Front 49

releaction of spleen capsule

Back 49

adrenergic response using beta-2 receptors

Front 50

glycogenolysis and potassium uptake in the skeletal muscle

Back 50

adrenergic response using beta-2 receptors