1. Neuroradiology interactive lecture
366 RAD (Radiology)

2. Name the structures L
SKULL PA VIEW
Skull X-RAY LAT. VIEW

4. Which is true on this brain CT regarding anatomy:
Internal capsule
Caudate head
Cerebral peduncle
Putamen
Thalamus
4th ventricle

5. Which is true on this brain CT regarding anatomy:
Anterior Horn of the Lateral Ventricle
Caudate Nucleus
Anterior Limb of the Internal Capsule
Putamen and Globus Pallidus
Posterior Limb of the Internal Capsule
Third Ventricle
Quadrigeminal Plate Cistern
Cerebellar Vermis
Occipital Lobe

6. Which is true in CT? Bone is black CSF is black
Gray matter is darker than white matter
Gray and white matter can not be differentiated

7. Which is true in CT? Bone is black CSF is black
Gray matter is darker than white matter
Gray and white matter can not be differentiated

9. Name the structures

10. Name the structures

11. Contraindication of MRI include all the following EXCEPT:
cardiac pacemaker
cochlear implants
metal close to the eye
neurostimulators
pregnancy (3rd trimester)

12. Contraindication of MRI include all the following EXCEPT:
cardiac pacemaker
cochlear implants
metal close to the eye
neurostimulators
pregnancy (3rd trimester)

13. MRI diffusion (DWI) is particularly helpful in assessment of all the following EXCEPT:
Brain infarction
Brain abscess
Brain tumors
Hydrocephalus

14. MRI diffusion (DWI) is particularly helpful in assessment of all the following EXCEPT:
Brain infarction
Brain abscess
Brain tumors
Hydrocephalus

15. MRI Diffusion.. DWI ADC map MR diffusion
Very helpful in assessment of:
Early brain infarction.
Brain abscess.
Certain types of brain tumor.
DWI
ADC map

16. Which of the following is true?
This is CTA study
This is MRA study
This can only be done with contrast
This is good to diagnose cerebral venous thrombosis

17. Which of the following is true?
This is CTA study
This is MRA study
This can only be done with contrast
This is good to diagnose cerebral venous thrombosis

18. An MRI showed intra-axial lesion that is necrotic, irregular, strongly enhancing, and crossing midline. This lesion is most likely:
Meningioma
Infarction
Multiple sclerosis
Glioblastoma multiforme

19. An MRI showed intra-axial lesion that is necrotic, irregular, strongly enhancing, and crossing midline. This lesion is most likely:
Meningioma
Infarction
Multiple sclerosis
Glioblastoma multiforme

21. The lesion on this CT is:
Meningioma
Abscess
Multiple sclerosis
Glioblastoma multiforme

22. The lesion on this CT is:
Meningioma
Abscess
Multiple sclerosis
Glioblastoma multiforme

23. The lesion on this MRI is:
Meningioma
Infarction
Metastasis
Abscess

24. The lesion on this MRI is:
Meningioma (extra-axial)
Infarction
Metastasis
Abscess

26. The lesion on this MRI is:
Pituitary adenoma
Craniopharyngioma
Meningioma
Glioblastoma multiforme

27. The lesion on this MRI is:
Pituitary adenoma
Craniopharyngioma (multi-cyctic)
Meningioma
Glioblastoma multiforme

28. The abnormalities on this MRI are due to:
Multiple sclerosis
Meningitis
Brain tumor
Encephalitis

29. The abnormalities on this MRI are due to:
Multiple sclerosis
Meningitis
Brain tumor
Encephalitis

30. Which of the following is true about the lines of the cervical spine?
Red is intervertebral line
Brown is posterior spinous line
Green is spinolaminar line
Blue is posterior vertebral line

31. Which of the following is true about the lines of the cervical spine?
Red is intervertebral line
Brown is posterior spinous line
Green is spinolaminar line
Blue is posterior vertebral line

33. This MRI of the spine shows:
Meningocele
Extradural tumor
Discitis
Vertebral fusion

34. This MRI of the spine shows:
Meningocele
Extradural tumor
Discitis
Vertebral fusion

35. Patient C
Patient A
Patient B

36. EXTRA dural extra medullary (Epi dural ) Patient A
Patient C
EXTRA dural extra medullary (Epi dural )
Patient A
T 1 Intra dural intra medullary
Patient B
Intra dural extra medullary

37. Intra dural intra medullary Intra dural extra medullary
EXTRA dural extra medullary (Epi dural )

38. What is the difference?
Normal control
Patient

39. What is the difference?
Normal control
Patient
Cervical spondylosis

40. This MRI shows an infarction in the right basal ganglia.
T2WI
FLAIR
DWI
This MRI shows an infarction in the right basal ganglia.
The infarction is:
Acute (recent)
Chronic (old)
Hemorrhagic
In PCA territory

41. This MRI shows an infarction in the right basal ganglia.
T2WI
FLAIR
DWI
This MRI shows an infarction in the right basal ganglia.
The infarction is:
Acute (recent) >> bright in all MRI sequence
Chronic (old)
Hemorrhagic
In PCA territory

42. This patient is most likely to have:
T2WI
FLAIR
DWI
This patient is most likely to have:
Left monoplegia
Left hemiplegia
Diplegia
No symptoms

43. This patient is most likely to have:
T2WI
FLAIR
DWI
This patient is most likely to have:
Left monoplegia
Left hemiplegia
Diplegia
No symptoms

44. This CT shows: Subdural hematoma Subarachnoid hemorrhage
Intraventricular hemorrhage
All of the above

45. This CT shows: Subdural hematoma Subarachnoid hemorrhage
Intraventricular hemorrhage
All of the above

46. The hematoma pointed by the arrow is:
Acute epidural
Chronic epidural
Acute subdural
Chronic subdural
None of the above

47. The hematoma pointed by the arrow is:
Acute epidural
Chronic epidural
Acute subdural
Chronic subdural
None of the above

48. This CT shows: Acute PCA infarct Chronic ACA infarct
Subarachnoid bleeding
Meningioma
Abscess

49. This CT shows: Acute PCA infarct Chronic ACA infarct
Subarachnoid bleeding
Meningioma
Abscess

50. Thank you