I try to make learning neuroimaging and neuroanatomy fun. If I can make you laugh, I can help you learn.
(No surprise, but will be useful to justify this tx for our high risk patients!!)
@ahascience.bsky.social #ISC25 @teachplaygrub.bsky.social @ericajonesmd.bsky.social @strokeupmc.bsky.social
(No surprise, but will be useful to justify this tx for our high risk patients!!)
@ahascience.bsky.social #ISC25 @teachplaygrub.bsky.social @ericajonesmd.bsky.social @strokeupmc.bsky.social
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
Do you just say a lesion is in the inferior frontal region & hope no one asks for details?
It’s time to turn the corner on coronal anatomy
Open this thread for an easy way to remember this frontal anatomy you need to know!
Do you just say a lesion is in the inferior frontal region & hope no one asks for details?
It’s time to turn the corner on coronal anatomy
Open this thread for an easy way to remember this frontal anatomy you need to know!
Do you just say a lesion is in the inferior frontal region & hope no one asks for details?
It’s time to turn the corner on coronal anatomy
Open this thread for an easy way to remember this frontal anatomy you need to know!
Do you just say a lesion is in the inferior frontal region & hope no one asks for details?
It’s time to turn the corner on coronal anatomy
Open this thread for an easy way to remember this frontal anatomy you need to know!
“Tell me where it hurts”
How back pain radiates can tell you where a lesion is—if you know where to look!
Do YOU know where to look?
Open this thread to see how to remember lumbar radicular pain distributions!
And keep this cheat sheet as a BACKUP for when you are dealing w/back pain!
“Tell me where it hurts”
How back pain radiates can tell you where a lesion is—if you know where to look!
Do YOU know where to look?
Open this thread to see how to remember lumbar radicular pain distributions!
And keep this cheat sheet as a BACKUP for when you are dealing w/back pain!
“Tell me where it hurts”
How back pain radiates can tell you where a lesion is—if you know where to look!
Do YOU know where to look?
Open this thread to see how to remember lumbar radicular pain distributions!
And keep this cheat sheet as a BACKUP for when you are dealing w/back pain!
“Tell me where it hurts”
How back pain radiates can tell you where a lesion is—if you know where to look!
Do YOU know where to look?
Open this thread to see how to remember lumbar radicular pain distributions!
And keep this cheat sheet as a BACKUP for when you are dealing w/back pain!
Brain is swimming in CSF!
CSF is key for protection, buoyancy, & hormone/waste transport
Most know basic ventricular anatomy, but not subarachnoid anatomy
How many cisterns do YOU know?
Open this thread for a quick guide to the key midline cisterns & what to know for each!
Brain is swimming in CSF!
CSF is key for protection, buoyancy, & hormone/waste transport
Most know basic ventricular anatomy, but not subarachnoid anatomy
How many cisterns do YOU know?
Open this thread for a quick guide to the key midline cisterns & what to know for each!
Brain is swimming in CSF!
CSF is key for protection, buoyancy, & hormone/waste transport
Most know basic ventricular anatomy, but not subarachnoid anatomy
How many cisterns do YOU know?
Open this thread for a quick guide to the key midline cisterns & what to know for each!
Brain is swimming in CSF!
CSF is key for protection, buoyancy, & hormone/waste transport
Most know basic ventricular anatomy, but not subarachnoid anatomy
How many cisterns do YOU know?
Open this thread for a quick guide to the key midline cisterns & what to know for each!
Small vessel disease (SVD) is a BIG contributor to vascular dementia, along w/large vessel cortical infarcts
Do YOU know all the faces of small vessel disease?
Open the thread for what you need to know!
Small vessel disease (SVD) is a BIG contributor to vascular dementia, along w/large vessel cortical infarcts
Do YOU know all the faces of small vessel disease?
Open the thread for what you need to know!
Small vessel disease (SVD) is a BIG contributor to vascular dementia, along w/large vessel cortical infarcts
Do YOU know all the faces of small vessel disease?
Open the thread for what you need to know!
Small vessel disease (SVD) is a BIG contributor to vascular dementia, along w/large vessel cortical infarcts
Do YOU know all the faces of small vessel disease?
Open the thread for what you need to know!
Main patterns
🔹AD
Nike swoosh—if you see it, just call it!
🔹DLB
Hypometabolism looks like an L. L=Lewy
🔹FTD
Ant cingulate role makes an f. f=ftd
🔹Posterior cortical atrophy
Anterior temporal sparing makes a C=pCa
🔹Vascular dementia
Wedge shaped Vs
Main patterns
🔹AD
Nike swoosh—if you see it, just call it!
🔹DLB
Hypometabolism looks like an L. L=Lewy
🔹FTD
Ant cingulate role makes an f. f=ftd
🔹Posterior cortical atrophy
Anterior temporal sparing makes a C=pCa
🔹Vascular dementia
Wedge shaped Vs
Main patterns
🔹AD
Nike swoosh—if you see it, just call it!
🔹DLB
Hypometabolism looks like an L. L=Lewy
🔹FTD
Ant cingulate role makes an f. f=ftd
🔹Posterior cortical atrophy
Anterior temporal sparing makes a C=pCa
🔹Vascular dementia
Wedge shaped Vs
Main patterns
🔹AD
Nike swoosh—if you see it, just call it!
🔹DLB
Hypometabolism looks like an L. L=Lewy
🔹FTD
Ant cingulate role makes an f. f=ftd
🔹Posterior cortical atrophy
Anterior temporal sparing makes a C=pCa
🔹Vascular dementia
Wedge shaped Vs
It looks like a parfait!
Heschl’s is strawberry on top
🔸Heschl sounds like bushel—& bushels=fruit
Parfait layers=sup, mid, & inf gyri
Glass stem is fusiform gyrus
🔸Stem has fusiform shape!
Now your understanding will be, well, parfait!!
It looks like a parfait!
Heschl’s is strawberry on top
🔸Heschl sounds like bushel—& bushels=fruit
Parfait layers=sup, mid, & inf gyri
Glass stem is fusiform gyrus
🔸Stem has fusiform shape!
Now your understanding will be, well, parfait!!
👩🏼🚀 Submit your educational radiology poster; accepted rPosters will appear during the virtual conference and receive a certificate, a DOI citation and the chance to win an award! Deadline to submit your abstracts is 9th March 2025.
👩🏼🚀 Submit your educational radiology poster; accepted rPosters will appear during the virtual conference and receive a certificate, a DOI citation and the chance to win an award! Deadline to submit your abstracts is 9th March 2025.
At a loss for words for aphasia types?
Remember 3 ?'s:
1. Fluency? Nonfluency=FRONTAL, ant. to fissure of Rolando
2. Comprehension? Impaired=TEMPOROPARIETAL
3. Repetition? Impaired=core PERISYLVIAN
Answers give aphasia type & location!
At a loss for words for aphasia types?
Remember 3 ?'s:
1. Fluency? Nonfluency=FRONTAL, ant. to fissure of Rolando
2. Comprehension? Impaired=TEMPOROPARIETAL
3. Repetition? Impaired=core PERISYLVIAN
Answers give aphasia type & location!
It looks like a parfait!
Heschl’s is strawberry on top
🔸Heschl sounds like bushel—& bushels=fruit
Parfait layers=sup, mid, & inf gyri
Glass stem is fusiform gyrus
🔸Stem has fusiform shape!
Now your understanding will be, well, parfait!!
It looks like a parfait!
Heschl’s is strawberry on top
🔸Heschl sounds like bushel—& bushels=fruit
Parfait layers=sup, mid, & inf gyri
Glass stem is fusiform gyrus
🔸Stem has fusiform shape!
Now your understanding will be, well, parfait!!
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
How’s your knowledge base of the skull base?
Know the difference between petroclival & petrous face? Middle fossa & middle sphenoid wing? Clinoid & clivus?
Here is a map of the names of skull base meningiomas. How many do you know?
How’s your knowledge base of the skull base?
Know the difference between petroclival & petrous face? Middle fossa & middle sphenoid wing? Clinoid & clivus?
Here is a map of the names of skull base meningiomas. How many do you know?
At a loss for words for aphasia types?
Remember 3 ?'s:
1. Fluency? Nonfluency=FRONTAL, ant. to fissure of Rolando
2. Comprehension? Impaired=TEMPOROPARIETAL
3. Repetition? Impaired=core PERISYLVIAN
Answers give aphasia type & location!
At a loss for words for aphasia types?
Remember 3 ?'s:
1. Fluency? Nonfluency=FRONTAL, ant. to fissure of Rolando
2. Comprehension? Impaired=TEMPOROPARIETAL
3. Repetition? Impaired=core PERISYLVIAN
Answers give aphasia type & location!
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
Bright cortex on DWI is classically anoxic injury
But mimics exist!
6 patterns
-Cortex+deep gray
-Diffuse Cortex
-Focal Cortex
-Limbic
-Deep gray
-WM
Ask 3 ?’s:
-Acute or chronic?
-Acute=metabolic & anoxic. Sz & encephalitis rarer & focal
-Chronic, think CJD
How long will it take YOU??
And can you spot the abnormality?
Here’s to a year of high resolutions—both in imaging and for New Year’s!
Wishing you all the best in 2025!
How long will it take YOU??
And can you spot the abnormality?
Here’s to a year of high resolutions—both in imaging and for New Year’s!
Wishing you all the best in 2025!
How long will it take YOU??
And can you spot the abnormality?
Here’s to a year of high resolutions—both in imaging and for New Year’s!
Wishing you all the best in 2025!
How long will it take YOU??
And can you spot the abnormality?
Here’s to a year of high resolutions—both in imaging and for New Year’s!
Wishing you all the best in 2025!
When you see weird bones, do you just say, “suggestive of metabolic bone disease” & hope no one ask questions?
Metabolic disease are complex but a few are a slam dunk
Bookmark this figure for the 4 classic xray patterns you NEED to know!
When you see weird bones, do you just say, “suggestive of metabolic bone disease” & hope no one ask questions?
Metabolic disease are complex but a few are a slam dunk
Bookmark this figure for the 4 classic xray patterns you NEED to know!
When you see weird bones, do you just say, “suggestive of metabolic bone disease” & hope no one ask questions?
Metabolic disease are complex but a few are a slam dunk
Bookmark this figure for the 4 classic xray patterns you NEED to know!
When you see weird bones, do you just say, “suggestive of metabolic bone disease” & hope no one ask questions?
Metabolic disease are complex but a few are a slam dunk
Bookmark this figure for the 4 classic xray patterns you NEED to know!