Chapter 12 (Textbook) Flashcards by Ashley M

The brain and spinal cord begin as the:

A. Neural crest
B. Neural tube
C. Neural fold
D. Prosencephalon

B. Neural tube

The neural tube is the precursor to the central nervous system.

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The neural tube cavity becomes the:

A. Central sulcus
B. Foramen magnum
C. Ventricles
D. Subarachnoid space

C. Ventricles

The ventricles are fluid-filled spaces in the brain.

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The lateral ventricles are separated by the:

A. Longitudinal fissure
B. Tentorium cerebelli
C. Septum pellucidum
D. Falx cerebri

C. Septum pellucidum

This structure is a thin membrane.

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The cerebral aqueduct connects the:

A. Lateral and third ventricles
B. Third and fourth ventricles
C. Fourth and central canal
D. Fourth and lateral ventricles

B. Third and fourth ventricles

This connection allows cerebrospinal fluid flow.

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Openings in the fourth ventricle that connect to the subarachnoid space:

A. Interventricular foramina
B. Aqueducts
C. Lateral and median apertures
D. Sinuses

C. Lateral and median apertures

These openings facilitate cerebrospinal fluid circulation.

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A ridge of brain tissue is called a:

A. Sulcus
B. Fissure
C. Gyrus
D. Column

C. Gyrus

Gyri are important for increasing the surface area of the brain.

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The central sulcus separates the:

A. Temporal and parietal lobes
B. Frontal and parietal lobes
C. Occipital and parietal lobes
D. Insula and frontal lobe

B. Frontal and parietal lobes

This sulcus is a key landmark in the brain.

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The occipital lobe is responsible for:

A. Hearing
B. Movement
C. Vision
D. Taste

C. Vision

The occipital lobe processes visual information.

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The insula is located:

A. In the parietal lobe
B. In the frontal lobe
C. Deep within the lateral sulcus
D. Medial to the cerebellum

C. Deep within the lateral sulcus

The insula plays a role in consciousness and emotion.

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The transverse fissure separates the cerebrum from the:

A. Pons
B. Cerebellum
C. Thalamus
D. Midbrain

B. Cerebellum

This fissure is important for brain organization.

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The cortex is composed of:

A. Myelinated axons
B. Gray matter
C. White matter
D. Neuroglia only

B. Gray matter

The cortex is involved in processing information.

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The primary motor cortex is located in the:

A. Postcentral gyrus
B. Precentral gyrus
C. Superior temporal gyrus
D. Occipital cortex

B. Precentral gyrus

This area is crucial for voluntary movement.

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Pyramidal cells control:

A. Reflex movement
B. Voluntary movement
C. Emotional responses
D. Autonomic functions

B. Voluntary movement

Pyramidal cells are key players in motor control.

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The premotor cortex is involved in:
A. Taste interpretation
B. Motor planning
C. Emotion
D. Hormone secretion

B. Motor planning

This area prepares the brain for movement.

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Broca’s area controls:

A. Vision
B. Language comprehension
C. Speech production
D. Balance

C. Speech production

Broca’s area is essential for language expression.

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The frontal eye field controls:

A. Pupil constriction
B. Reflex blinking
C. Voluntary eye movement
D. Sleep regulation

C. Voluntary eye movement

This area coordinates eye movements.

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The primary somatosensory cortex is located in the:

A. Precentral gyrus
B. Postcentral gyrus
C. Insula
D. Cerebellum

B. Postcentral gyrus

This cortex processes sensory information from the body.

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Spatial discrimination allows the brain to:

A. Identify sound pitch
B. Recognize spoken words
C. Identify the body region stimulated
D. Taste chemicals

C. Identify the body region stimulated

This ability is crucial for sensory processing.

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The primary visual cortex is located in the:

A. Frontal lobe
B. Temporal lobe
C. Occipital lobe
D. Insula

C. Occipital lobe

This area is responsible for visual perception.

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The auditory association area:

A. Controls reflex hearing
B. Recognizes sounds
C. Controls speech
D. Controls balance

B. Recognizes sounds

This area helps in sound interpretation.

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The vestibular cortex provides:

A. Smell awareness
B. Taste processing
C. Balance and head position awareness
D. Pain modulation

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C. Balance and head position awareness

This cortex is essential for spatial orientation.

The primary olfactory cortex is located in the:

A. Frontal lobe
B. Temporal lobe
C. Parietal lobe
D. Occipital lobe

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C. Parietal lobe

This area processes smell information.

The gustatory cortex processes:

A. Pain
B. Smell
C. Taste
D. Hearing

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C. Taste

This cortex is involved in flavor perception.

The prefrontal cortex is involved in:

A. Vision
B. Judgement and personality
C. Reflex motor control
D. Hearing

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B. Judgement and personality

This area is key for decision-making.

The posterior association area is involved in: A. Hunger regulation B. Pattern recognition C. Motor planning D. Smell interpretation

B. Pattern recognition ## Footnote This area integrates sensory information.

The limbic association area is involved in: A. Motor coordination B. Emotional responses C. Taste storage D. Reflex hearing

B. Emotional responses ## Footnote This area is crucial for emotional processing.

Cerebral dominance refers to the hemisphere responsible for: A. Vision B. Language C. Taste D. Smell

B. Language ## Footnote This concept highlights lateralization of brain function.

The right hemisphere specializes in: A. Logic B. Math C. Visual-spatial skills D. Language grammar

C. Visual-spatial skills ## Footnote This hemisphere is important for spatial awareness.

Commissural fibers connect: A. Cortex to spinal cord B. Hemispheres C. Lobes within a hemisphere D. Cortex to cerebellum

B. Hemispheres ## Footnote These fibers facilitate communication between brain halves.

The largest commissure is the: A. Internal capsule B. Corpus callosum C. Corona radiata D. Anterior commissure

B. Corpus callosum ## Footnote This structure connects the left and right hemispheres.

Association fibers connect: A. Hemispheres B. Regions within one hemisphere C. Cortex to spinal cord D. Cortex to cerebellum

B. Regions within one hemisphere ## Footnote These fibers link different areas of the same hemisphere.

Projection fibers connect: A. Gyri B. Cortex with lower CNS areas C. Hemispheres D. Lobes

B. Cortex with lower CNS areas ## Footnote These fibers transmit information to and from the brain.

The basal nuclei function in: A. Taste B. Smell C. Movement control D. Hearing

C. Movement control ## Footnote These nuclei are involved in regulating voluntary movements.

The basal nuclei include all EXCEPT: A. Putamen B. Globus pallidus C. Caudate nucleus D. Thalamus

D. Thalamus ## Footnote The thalamus is not part of the basal nuclei.

The thalamus acts as: A. Motor cortex B. Relay station to cortex C. Reflex center D. Vision integrator

B. Relay station to cortex ## Footnote The thalamus processes and transmits sensory information.

The hypothalamus does NOT regulate: A. Endocrine function B. Hunger C. Temperature D. Language production

D. Language production ## Footnote The hypothalamus is involved in homeostatic functions.

The mammillary bodies belong to the: A. Cerebellum B. Midbrain C. Hypothalamus D. Pons

C. Hypothalamus ## Footnote These bodies are involved in memory processing.

The pineal gland secretes: A. ADH B. Oxytocin C. Melatonin D. Cortisol

C. Melatonin ## Footnote This gland regulates sleep-wake cycles.

Thirst is regulated by the: A. Pons B. Cerebrum C. Hypothalamus D. Thalamus

C. Hypothalamus ## Footnote The hypothalamus plays a key role in fluid balance.

The brain stem includes all EXCEPT: A. Midbrain B. Pons C. Medulla D. Thalamus

D. Thalamus ## Footnote The brain stem regulates vital functions.

The corpora quadrigemina are located in the: A. Pons B. Medulla C. Midbrain D. Cerebellum

C. Midbrain ## Footnote These structures are involved in visual and auditory reflexes.

The superior colliculi control: A. Hearing reflexes B. Vision reflexes C. Taste reflexes D. Pain modulation

B. Vision reflexes ## Footnote These colliculi are important for visual processing.

The inferior colliculi control: A. Taste B. Visual tracking C. Auditory reflexes D. Balance

C. Auditory reflexes ## Footnote These colliculi are crucial for sound localization.

Decussation of pyramids occurs in the: A. Midbrain B. Pons C. Medulla oblongata D. Thalamus

C. Medulla oblongata ## Footnote This is where motor fibers cross to the opposite side.

The oculomotor nerve arises from the: A. Pons B. Medulla C. Midbrain D. Thalamus

C. Midbrain ## Footnote This nerve is responsible for eye movement.

The medulla regulates: A. Balance B. Cognitive processing C. Cardiovascular and respiratory centers D. Taste

C. Cardiovascular and respiratory centers ## Footnote The medulla is vital for autonomic functions.

What is the role of the thalamus?

It acts as the major relay station for sensory information traveling to the cortex. ## Footnote The thalamus processes and transmits sensory signals.

What are three major functions of the hypothalamus?

* Regulates ANS * Controls endocrine function * Maintains homeostasis ## Footnote The hypothalamus is crucial for maintaining body balance.

What is the purpose of the primary motor cortex?

Initiates voluntary skeletal muscle movement via pyramidal cells. ## Footnote This area is essential for motor control.

Describe the function of the basal nuclei.

Regulate motor control by starting, stopping, and refining movements. ## Footnote The basal nuclei are involved in movement coordination.

What structures make up the brain stem?

* Midbrain * Pons * Medulla ## Footnote The brain stem regulates vital autonomic behaviors.

Chapter 12 (Textbook) Flashcards

(51 cards)