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NERVOUS SYSTEM

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NERVOUS SYSTEM

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Challenging questions on the Autonomic Nervous System.

Created by

Genesis
Genesis
Puerto Rico

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NERVOUS SYSTEM
 

NERVOUS SYSTEMOnline version

Challenging questions on the Autonomic Nervous System.

by Genesis
1

Which neurotransmitters predominantly mediate the sympathetic system?

2

Which division of the ANS predominates during rest and digestion?

3

What is the main neurotransmitter of the parasympathetic system?

4

Which eye effect is linked to parasympathetic dominance?

5

Which organ systems are primarily regulated by the ANS?

6

Which neurotransmitters are major messengers of the sympathetic system?

7

What effect does sympathetic activation have on heart rate?

8

Which system promotes bladder relaxation during flight-or-fight?

9

Which condition is commonly associated with autonomic dysfunction?

10

Which ANS branch governs bronchiolar smooth muscle tone during stress?

11

Which response is typical of the parasympathetic system in the GI tract?

12

What is the key role of the autonomic nervous system in homeostasis?

13

Which structure is primarily associated with sympathetic neurotransmission?

14

Which system dominates pupil dilation?

15

What happens to intestinal motility under sympathetic influence?

16

Which division is active during 'rest and digest'?

17

Which neurotransmitter is the main one for parasympathetic synapses on targets?

18

Which ANS branch constricts the pupil during near focus?

19

Which system increases heart force during activity?

20

Which condition can cause dilated pupils besides normotension?

21

Which ANS effect is seen in the bladder under sympathetic influence?

22

Which organ system pairs with acetylcholine as a main transmitter in the parasympathetic system?

23

What is a key feature of autonomic dysfunction in disease states?

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Sympathetic signaling centers on epinephrine/norepinephrine; acetylcholine is parasympathetic.

Parasympathetic promotes energy conservation and digestion.

Acetylcholine acts at parasympathetic targets; sympathetic uses norepinephrine.

Parasympathetic causes pupil constriction; sympathetic causes dilation.

ANS targets smooth muscle and glands in various organs, not skeletal muscle.

Sympathetic relies on adrenergic signaling via epinephrine/norepinephrine.

Sympathetic increases cardiac rate and contractility.

Sympathetic relaxes the bladder to store urine; parasympathetic promotes voiding.

ANS disorders can occur alone or with diseases like Parkinson’s.

Sympathetic dilates bronchioles to improve airflow; parasympathetic constricts.

Parasympathetic enhances digestion and gut motility.

ANS modulates breath, heart rate, digestion without conscious control.

Adrenergic receptors respond to epinephrine/norepinephrine.

Sympathetic drives mydriasis; parasympathetic causes constriction.

Sympathetic inhibits gut motility to allocate energy elsewhere.

Restful state is parasympathetic-dominant.

Parasympathetic synapses primarily use acetylcholine.

Parasympathetic causes pupil constriction for near vision.

Sympathetic increases contractility; parasympathetic reduces it.

Mydriasis can arise from trauma or emotional arousal; others are not typical causes.

Sympathetic promotes urine storage via sphincter contraction.

Parasympathetic targets heart and glands via acetylcholine.

Autonomic disorders disrupt involuntary regulation.

 
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