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Training Collections
Library Memberships
On-demand course library with video lectures, expert case reviews, and more
Fellowship Certificate™ Programs
Practice-focused training programs designed to help you gain experience in a specific subspecialty area.
Ultimate Learning Pass
Unlock access to our full Course Library and all self-paced Fellowships.
Noon Conference (Free)
Get access to free live lectures, every week, from top radiologists.
Case of the Week (Free)
Get a free weekly case delivered right to your inbox.
Dr. Resnick's MSK Conference
Learn directly from the MSK Master himself.
Lower Extremities MRI Conference
Musculoskeletal Imaging
Emergency Imaging
PET Imaging
Pediatric Imaging
For Training Programs
Supplement your training program with case-based learning for residents, registrars, fellows, and more.
For Private Practices
Upskill in high growth, advanced imaging areas.
Emergency Call Prep
Prepare trainees to be on call for the emergency department with this specialized training series.
22 topics, 1 hr. 2 min.
Introduction to Neurodegenerative Diseases
3 m.Huntington’s Disease
3 m.Types of Movement Disorder
4 m.Extrapyramidal Anatomy
4 m.Neuroanatomy and Neurophysiology of the corpus striatum 1
4 m.Neuroanatomy and Neurophysiology of the corpus striatum 2
4 m.Huntington’s Chorea Case Review
5 m.Measurements and Ratios in Huntington’s Chorea
3 m.Epidemiology of Huntington's disease
5 m.Clinical Implications Part 2
4 m.Genetic Choreas
4 m.Imaging Differentiators in Genetic Choreas
3 m.Sydenham’s Chorea
4 m.Immunologic Causes of Chorea
3 m.Infectious Causes of Chorea
3 m.Drug Induced Choreas
3 m.Vascular Choreas
3 m.Neoplastic Disorder Choreas
2 m.Metabolic Causes of Chorea Part 1
2 m.Metabolic Causes of Chorea Part 2
3 m.MR Spectroscopy in Huntington's Chorea
3 m.Huntington’s Chorea on PET
3 m.9 topics, 26 min.
12 topics, 48 min.
Lipoid Proteinosis or Urbach-Wiethe Disease
3 m.Parkinson’s Disease (PD) vs Lewy Body Dementia (LBD)
5 m.Progressive Supranuclear Palsy (PSP)
6 m.Progressive Supranuclear Palsy (PSP) vs Creutzfeldt–Jakob disease (CJD)
4 m.Multiple System Atrophy (MSA)
3 m.Midbrain Anatomy: PSP
3 m.Bilateral Corpus Striatum Caudoputamen Hyperintensity Differential Diagnosis
6 m.Dystonia
6 m.Bilateral Corpus Striatum Caudoputamen Hyperintensity: Wilson’s Disease
5 m.Wilson’s Disease: Panda Sign
3 m.MSA Subtypes: MSA-C
5 m.Parkinsonian Syndromes: MSA-P
6 m.20 topics, 1 hr. 16 min.
Cerebellopontine Atrophy Differential in Older Population
7 m.GCA Scale for Assessing Neurodegenerative Disease
3 m.Medial Temporal Lobe Scale
3 m.Fazekas Scale
3 m.Koedam Parietal Atrophy Scale
3 m.Mild Cognitive Impairment Syndrome
8 m.Differential Diagnosis of Cognitive Decline
5 m.Alzheimer's Disease: Part 1
3 m.Alzheimer's Disease: Part 2
4 m.Creutzfeldt-Jakob Disease: Part 1
3 m.Creutzfeldt-Jakob Disease: Part 2
5 m.Subcortical arteriosclerotic encephalopathy
5 m.Using Fiber Tracking in Neurodegenerative Disease Cases
2 m.Vascular Dementia Differential Diagnosis: Part 1
5 m.Vascular Dementia Differential Diagnosis: Part 2
6 m.Dementia of Unknown Type
4 m.Pick's Disease
4 m.Pick’s Disease Subtypes
3 m.The Role of PET in Pick's disease
3 m.Differential Diagnosis of Parkinsonian Symptoms
5 m.0:01
We're talking putaminal or
0:03
corpus striatal necrosis,
0:06
which is kind of an end stage or late
0:09
manifestation of metabolic and genetic
0:13
disorders that affect metabolism,
0:15
oxygenation and ATP production.
0:19
A nice example of this,
0:20
unfortunately, is Leigh's disease,
0:23
the most common phenotypic mitochondrial
0:26
disorder of childhood.
0:27
In this case,
0:28
pyruvate carboxylase deficiency is at fault.
0:32
The patient has choreoathetosis.
0:35
There is symmetric involvement of
0:37
the basal ganglia, some putamen,
0:40
but in this case, also the external and internal
0:43
portions of the globus pallidus are involved.
0:46
And you might say, well,
0:47
the corpus striatum consists of the caudate
0:50
nucleus and the basal ganglia putamen.
0:54
Well, the putamen inner portion is involved,
0:56
but look at the caudate nucleus,
0:59
you might blow right by it.
1:01
The caudate nucleus body is necrotic with these
1:04
round foci of CSF-like signal surrounded by gliosis,
1:09
best seen in this coronal projection.
1:12
Now, Leigh's disease is an uncommon disorder.
1:15
One in 40,000 patients often have brain stem
1:18
signs, ataxia, pyramidal disorders.
1:21
They may have lactate elevation,
1:22
but usually they present when they have some type
1:24
of minor infection that throws them over the edge.
1:27
Maybe they have an upper respiratory tract
1:29
infection and then they start to present with
1:31
diffuse metabolic abnormalities,
1:34
including brainstem signs, which is very scary.
1:37
Consistently involved are the basal ganglia, putamen,
1:40
and to a lesser extent,
1:41
globus pallidus and caudate,
1:43
thalami may be bilaterally involved the
1:46
substantia nigra and the brainstem nuclei,
1:49
although in this case,
1:50
the brainstem nuclei were spared.
1:52
Leigh's disease,
1:53
a nice example of what happens to the corpus
1:56
striatum, the putamen and the caudate nucleus.
1:59
In this case, also with some globus pallidus
2:02
involvement from a general metabolic systemic
2:06
heredofamilial disorder.
Interactive Transcript
0:01
We're talking putaminal or
0:03
corpus striatal necrosis,
0:06
which is kind of an end stage or late
0:09
manifestation of metabolic and genetic
0:13
disorders that affect metabolism,
0:15
oxygenation and ATP production.
0:19
A nice example of this,
0:20
unfortunately, is Leigh's disease,
0:23
the most common phenotypic mitochondrial
0:26
disorder of childhood.
0:27
In this case,
0:28
pyruvate carboxylase deficiency is at fault.
0:32
The patient has choreoathetosis.
0:35
There is symmetric involvement of
0:37
the basal ganglia, some putamen,
0:40
but in this case, also the external and internal
0:43
portions of the globus pallidus are involved.
0:46
And you might say, well,
0:47
the corpus striatum consists of the caudate
0:50
nucleus and the basal ganglia putamen.
0:54
Well, the putamen inner portion is involved,
0:56
but look at the caudate nucleus,
0:59
you might blow right by it.
1:01
The caudate nucleus body is necrotic with these
1:04
round foci of CSF-like signal surrounded by gliosis,
1:09
best seen in this coronal projection.
1:12
Now, Leigh's disease is an uncommon disorder.
1:15
One in 40,000 patients often have brain stem
1:18
signs, ataxia, pyramidal disorders.
1:21
They may have lactate elevation,
1:22
but usually they present when they have some type
1:24
of minor infection that throws them over the edge.
1:27
Maybe they have an upper respiratory tract
1:29
infection and then they start to present with
1:31
diffuse metabolic abnormalities,
1:34
including brainstem signs, which is very scary.
1:37
Consistently involved are the basal ganglia, putamen,
1:40
and to a lesser extent,
1:41
globus pallidus and caudate,
1:43
thalami may be bilaterally involved the
1:46
substantia nigra and the brainstem nuclei,
1:49
although in this case,
1:50
the brainstem nuclei were spared.
1:52
Leigh's disease,
1:53
a nice example of what happens to the corpus
1:56
striatum, the putamen and the caudate nucleus.
1:59
In this case, also with some globus pallidus
2:02
involvement from a general metabolic systemic
2:06
heredofamilial disorder.
Report
Description
Faculty
Stephen J Pomeranz, MD
Chief Medical Officer, ProScan Imaging. Founder, MRI Online
ProScan Imaging
Tags
Syndromes
Neuroradiology
Metabolic
MRI
Brain
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