Automatic Nervous System drugs

Question 1

It influence all the receptors.

Answer 1

Non-Selective

Question 2

It’s a drugs that blocks a response

Answer 2

Antagonist

Question 3

Not as a susceptible to AChE, it used locally to constrict pupil and decrease IOP.

Answer 3

Carbachol

Question 4

It had catechol ring and amines.

Answer 4

Catecholamines

Question 5

Drugs that produces response.

Answer 5

Agonist

Question 6

Send a impulses to CNS

Answer 6

Afferent

Question 7

It influences one type of that receptor.

Answer 7

Selective

Question 8

Constrict pupil and decrease IOP for acute glaucoma.

Answer 8

Pilocarpine

Question 9

It receives impulses and transmits through spinal cord to the effector organ cell.

Answer 9

Efferent

Question 10

It increase the HR 20 beats/minutes or more from supine to standing

Answer 10

Orthostatic Hypotension

Question 11

It’s Motion sickness, Post Op Nausea and Vomiting at patches.

Answer 11

Scopolamine

Question 12

It is a COPD, rhinorrhea as inhalation to brochodilate and decrease secretion.

Answer 12

Ipratropium

Question 13

It increase muscle tone in bladder ang GIT.

Answer 13

Bethanechol

Question 14

Drugs that act through the receptors by binding to receptors to initiate a response or prevent a response.

Answer 14

Receptor Theory

Question 15

Automatic drugs are given and the goals are not to treat an automatic disorder, it is to correct disorder of target organs through automatic nerves.

Answer 15

Pharmacologic Effect

Question 16

It has no catechol ring.

Answer 16

Non-Catecholamines

Question 17

Are useful for treating mild to moderate hypertension, angina pectoris and myocardial infarction.

Answer 17

Beta Blockers

Question 18

It’s Non-specific cholinergic effect, decreases CO, HR, BP, increase GI activity.

Answer 18

Acetylcholine

Question 19

It’s bladder function.

Answer 19

Oxybutynin

Question 20

Parkinson’s like disorders.

Answer 20

Benztropine