Nervous System
Brain Lobes
Neurotransmitters
Imaging
Disorders
100

What does CNS stand for?

Central Nervous System

100

Which lobe processes visual information?

Occipital lobe

100

Which neurotransmitter is linked to reward and movement?

Dopamine

100

Which imaging technique shows brain structure?

MRI

100

Which disease involves dopamine depletion?

Parkinson’s disease

200

Name the two main parts of the CNS

Brain and spinal cord

200

Which lobe is responsible for reasoning and planning?

Frontal lobe

200

Which neurotransmitter is inhibitory and calms neural activity?

GABA

200

Which imaging technique measures electrical activity?

EEG

200

Which disease involves acetylcholine decline?

Alzheimer’s disease

300

Which division of the nervous system controls voluntary movement?

Somatic nervous system

300

Where is the primary motor cortex located?

Frontal lobe

300

Which neurotransmitter is linked to memory and learning?

Acetylcholine

300

Which imaging technique shows function using glucose?

PET scan

300

Name one motor symptom of Parkinson’s disease.

Tremor or bradykinesia

400

Which branch of the autonomic system prepares the body for fight or flight?

Sympathetic nervous system

400

Which area controls speech production?

Broca’s area

400

Which neurotransmitter imbalance is associated with anxiety?

Low GABA

400

Which imaging technique shows function using oxygen?

fMRI

400

Name one cognitive symptom of Alzheimer’s disease.

Memory loss or confusion

500

Explain the difference between monosynaptic and polysynaptic reflex arcs.

Monosynaptic involves one synapse (e.g., knee-jerk reflex); polysynaptic involves multiple synapses and interneurons.

500

Describe the role of the corpus callosum.

Connects the two hemispheres and allows communication between them.

500

Explain the difference between excitatory and inhibitory neurotransmitters.

Excitatory increase the likelihood of a neuron firing (e.g., glutamate); inhibitory decrease it (e.g., GABA).

500

Compare MRI and fMRI in terms of what they measure.

MRI shows structure; fMRI shows function by measuring blood oxygen levels.

500

Explain how Levodopa works in Parkinson’s treatment.

It is converted into dopamine in the brain to improve motor function.