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ANAT 321 NEUROANATOMY LAB REVIEW LABORATORY 3 & 4
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Page 1: Demonstrator presentation - review lab 3 & 4

ANAT 321NEUROANATOMY LAB

REVIEW

LABORATORY 3 & 4

Page 2: Demonstrator presentation - review lab 3 & 4

Cerebral Vasculature

Page 3: Demonstrator presentation - review lab 3 & 4

Posterior communicating artery

Cerebral Vasculature

Superior cerebellar artery

Anterior inferior cerebellar artery

Vertebral artery

Posterior cerebral artery

Page 4: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 3 & 4

• Identify:– Anterior

communicating artery – internal carotid artery– Middle cerebral artery

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 5: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 3 & 4

• Identify:– Anterior

communicating artery – internal carotid artery– Middle cerebral artery

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 6: Demonstrator presentation - review lab 3 & 4

Cerebral Vasculature

Page 7: Demonstrator presentation - review lab 3 & 4

Posterior communicating artery

Cerebral Vasculature

Superior cerebellar artery

Anterior inferior cerebellar artery

Internal carotid artery

Vertebral arteries

Posterior inferior cerebellar artery

Middle cerebral artery

Anterior cerebral artery

Posterior cerebral artery

Page 8: Demonstrator presentation - review lab 3 & 4

Meninges

Name the 3 layers of the meninges

- Dura mater

- Arachnoid mater

- Pia mater

Page 9: Demonstrator presentation - review lab 3 & 4

Meninges

Identify:

- Dura mater

- Arachnoid mater

Page 10: Demonstrator presentation - review lab 3 & 4

Meninges

Identify:

- Dura mater

- Arachnoid mater

Page 11: Demonstrator presentation - review lab 3 & 4

Meninges

Identify:

- Sagittal sinus

- Dura mater

- Arachnoid mater

Page 12: Demonstrator presentation - review lab 3 & 4

Meninges

Identify:

- Sagittal sinus

- Dura mater

- Arachnoid mater

Page 13: Demonstrator presentation - review lab 3 & 4

Meninges

Page 14: Demonstrator presentation - review lab 3 & 4

Meninges

Arachnoid granulations

Arachnoid mater

Page 15: Demonstrator presentation - review lab 3 & 4

Meninges CSF production review

Page 16: Demonstrator presentation - review lab 3 & 4

HEMISPHERESSAGITTAL VIEW

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 17: Demonstrator presentation - review lab 3 & 4

HEMISPHERESSAGITTAL VIEW

Calcarine fissure

Parieto-occipital fissure

cuneus

Lingual gyrus

Cingulate gyrus

uncus

Parahippocampal gyrusCourtesy of Digital Anatomist Project at Univ. of Washington

Page 18: Demonstrator presentation - review lab 3 & 4

HEMISPHERESLATERAL VIEW

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 19: Demonstrator presentation - review lab 3 & 4

HEMISPHERESLATERAL VIEW

Lateral sulcusTemporal

lobe

Frontal lobe

Pre-occipital notch

Parieto-occipital fissure

Central sulcus

Occipital lobe

Parietal lobe

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 20: Demonstrator presentation - review lab 3 & 4

HEMISPHERESLATERAL VIEW

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 21: Demonstrator presentation - review lab 3 & 4

HEMISPHERESLATERAL VIEW

Central sulcus

Inferior temporal gyrus

superior temporal gyrus

middle temporal gyrus

Post central gyrus

precentral gyrus

Lateral sulcus

inferior frontal gyrus

middle frontal gyrus

Superior frontal gyrus

superior parietal lobule

Inferior parietal lobule

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 22: Demonstrator presentation - review lab 3 & 4

HEMISPHERESLATERAL VIEW

• Locate Heschl’s gyrus

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 23: Demonstrator presentation - review lab 3 & 4

HEMISPHERESLATERAL VIEW • Locate frontal and parietal

opercula

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 24: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 3 & 4

• What sulcus separates the frontal and temporal lobes?

• Answer– The lateral sulcus

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 25: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 3 & 4

• What gyrus lies inferior to the calcarine sulcus?

• Answer– The lingual gyrus

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 26: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 3 &4

• What structures comprise the basal ganglia?

Caudate nucleus

Putamen (lateral)

Globus pallidus (medial)

Page 27: Demonstrator presentation - review lab 3 & 4

anterior

posterior

HEMISPHERESHORIZONTAL SECTIONS

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 28: Demonstrator presentation - review lab 3 & 4

Caudate nucleus

Lateral ventricles

Corpus callosum

anterior

posterior

Thalamus

Corpus callosum

fornix

Septum pellucidum

Internal capsule

Extreme capsule

External capsule

Claustrum

insula Putamen

Anterior limb

genu

Posterior limb

HEMISPHERESHORIZONTAL SECTIONS

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 29: Demonstrator presentation - review lab 3 & 4

anterior

posterior

BASAL GANGLIAHORIZONTAL SECTIONS

Page 30: Demonstrator presentation - review lab 3 & 4

anterior

posterior

Fornix

Internal capsule

Posterior limbinsula

Anterior limb

HEMISPHERESHORIZONTAL SECTIONS

Septum pellucidum

Caudate nucleus

Corpus callosum

Page 31: Demonstrator presentation - review lab 3 & 4

anterior

posterior

HEMISPHERESHORIZONTAL SECTIONS

Page 32: Demonstrator presentation - review lab 3 & 4

Lateral ventricles

Corpus callosum

Thalamus

Septum pellucidum

anterior

posterior

Insula anterior limb

posterior limb

genu

Caudate nucleus

Putamen

Internal capsule

HEMISPHERESHORIZONTAL SECTIONS

fornix

Page 33: Demonstrator presentation - review lab 3 & 4

HEMISPHERESCORONAL SECTIONS

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 34: Demonstrator presentation - review lab 3 & 4

HEMISPHERESCORONAL SECTIONS

Caudate nucleus

putamen

Internal capsule

External capsule

extreme capsule

clastrum

insula

Globus pallidus

Lateral ventricleSeptum pellucidum

fornix

hypothalamus

3rd ventricle

Page 35: Demonstrator presentation - review lab 3 & 4

HEMISPHERESCORONAL SECTIONS

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 36: Demonstrator presentation - review lab 3 & 4

HEMISPHERESCORONAL SECTIONS

Caudate nucleus

Putamen

Internal capsule

External capsule

Extreme capsule

ClastrumInsula

Globus pallidus

Lateral ventricle (body)

Septum pellucidum

3rd ventriclehippocampusLateral ventricle

Corpus callosum

Caudate nucleus (tail)

Fornix

Thalamus

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 37: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 3 & 4

• Identify:– Globus pallidus– Putamen– Third ventricle

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 38: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 3 & 4

• Identify:– Globus pallidus– Putamen– Third ventricle

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 39: Demonstrator presentation - review lab 3 & 4

REVIEW: LAB 4

• What structures does the posterior limb of the internal capsule separate?

• Answer: – The thalamus and

globus pallidus

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 40: Demonstrator presentation - review lab 3 & 4

QUIZ

Page 41: Demonstrator presentation - review lab 3 & 4

E

B

C

D

A

Page 42: Demonstrator presentation - review lab 3 & 4

Answer Key

– A: corpus callosum– B: extreme capsule– C: globus pallidus– D: claustrum– E: caudate nucleus

Page 43: Demonstrator presentation - review lab 3 & 4

A

B

C

D

E

Page 44: Demonstrator presentation - review lab 3 & 4

Answer Key

– A: lateral ventricle– B: fornix– C: posterior limb of internal capsule– D: caudate nucleus– E: insula

Page 45: Demonstrator presentation - review lab 3 & 4

A

B

C

D

E

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 46: Demonstrator presentation - review lab 3 & 4

Answer Key

– A: anterior communicating artery– B: posterior communicating artery– C: superior cerebellar artery– D: vertebral artery– E: anterior cerebral artery

Page 47: Demonstrator presentation - review lab 3 & 4

A

B C

D

E

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 48: Demonstrator presentation - review lab 3 & 4

Answer Key

– A: cingulate gyrus – B: fornix– C: parahippocampal gyrus– D: cuneus– E: parieto-occipital fissure

Page 49: Demonstrator presentation - review lab 3 & 4

A

B

C

D

E

Courtesy of Digital Anatomist Project at Univ. of Washington

Page 50: Demonstrator presentation - review lab 3 & 4

Answer Key

– A: internal carotid artery– B: superior cerebellar artery– C: posterior inferior cerebellar artery– D: superior cerebellar artery – E: vertebral artery