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Practice-focused training programs designed to help you gain experience in a specific subspecialty area.
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Unlock access to our full Course Library and all self-paced Fellowships.
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Get access to free live lectures, every week, from top radiologists.
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Learn directly from the MSK Master himself.
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Musculoskeletal Imaging
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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.
1 topic,
15 topics, 59 min.
Case: Assessing Lesion Position
4 m.Intra-Axial vs. Extra-Axial Lesions
3 m.Case: Typical Locations of Meningiomas
3 m.Case: Defining Meningioma
2 m.Case: Meningioma Appearance on MRI
6 m.Case: Meningioma Enhancement
3 m.Case: Meningioma vs. Schwannoma
5 m.Case: Meningiomas in the Posterior Fossa
5 m.Case: Planum Sphenoidale Meningioma with Orbital Apex Extension
4 m.Case: Suprasellar Meningioma
7 m.Case: Optic Nerve Meningioma
6 m.Case: Vascular Encasement of Meningioma With Absent Vasogenic Edema
3 m.Case: Parafalcine Meningioma
6 m.Case: Meningiomatosis
5 m.Case: Solitary Fibrous Tumor
6 m.9 topics, 38 min.
Case: Hemangioblastoma and Von Hippel-Lindau Syndrome
7 m.Case: Recurrent Hemangioblastoma
3 m.Case: Spinal Hemangioblastoma
4 m.Case: VHL Renal Lesions
6 m.Case: Endolymphatic Sac Tumor
3 m.Case: Central Neurocytoma
6 m.Case: Lhermitte-Duclos Disease/Dysplastic Cerebellar Gangliocytoma
6 m.Case: Epidermoid Cyst
4 m.Case: Rhabdomyosarcoma
4 m.10 topics, 44 min.
Introduction to Glioma Imaging
1 m.Introduction to the 2021 WHO CNS Tumor Classification
5 m.Neuroimaging Techniques For CNS Tumors
13 m.Pediatric Brain Tumors Based on Molecular Genetics: Medulloblastomas
2 m.Pediatric Brain Tumors Based on Molecular Genetics: Ependymomas
6 m.Pediatric Brain Tumors Based on Molecular Genetics: Diffuse Midline Gliomas
4 m.Adult Brain Tumors Based on Molecular Genetics: Solitary Fibrous Tumors and Hemangiopericytoma
2 m.Adult Brain Tumors Based on Molecular Genetics: Circumscribed Gliomas
2 m.Adult Brain Tumors Based on Molecular Genetics: Glioblastomas
3 m.Adult Brain Tumors Based on Molecular Genetics: Diffuse Gliomas
9 m.21 topics, 1 hr. 32 min.
IDH-Wildtype Gliomas
8 m.Case: Primary IDH-Wildtype Glioma
3 m.Case: IDH-Wildtype Glioma
6 m.Case: IDH-Wildtype Gliobastoma with Epedymal Extension
7 m.IDH-Mutant Gliomas
9 m.Case: IDH-Mutant Astrocytoma, FLAIR Mismatch, Grade 2
5 m.Case: IDH-Mutant Astrocytoma, Grade 2
3 m.Case: IDH-Mutant Oligodendroglioma, Grade 2
2 m.Case: Oligodendroglioma, Grade 3
3 m.Case: CNS Lymphoma
4 m.H3 and BRAF Gliomas
9 m.Case: H3K27M Midline Glioma, Grade 4
3 m.Case: H3K27 Glioma
3 m.Case: BRAF V600E Tumor
5 m.T2 FLAIR Mismatch Sign of IDH-Mutant Astrocytomas
8 m.Case: T2 FLAIR Mismatch Sign, Astrocytoma – 31 y/o Female
2 m.Case: T2 FLAIR Mismatch Sign, Astrocytoma – 28 y/o Male
1 m.Case: IDH Mutant Astrocytoma, No Mismatch Sign
2 m.Approach to Intra-Axial Tumors: Tumor Mimics, Non-Neoplastic Lesions
12 m.Final Pearls, Pediatric Non-Gliomas
5 m.Summary
2 m.0:00
You here is a 15-year-old female patient.
0:04
who presented with headaches.
0:06
And this is the baseline study which showed a
0:10
tumor in the left thalamus, as you can see,
0:14
causing slight mass effect on the
0:15
posterior third ventricle.
0:17
The tumor does show a little bit of
0:21
areas of patchy enhancement,
0:24
and also has some increased cellularity as
0:30
seen on the diffusion scans over here.
0:34
As I mentioned earlier,
0:37
majority of these tumors in either midline or
0:40
para midline location, in a younger patient,
0:43
we should be worried about H3K27
0:47
mutant diffuse midline gliomas.
0:50
And this is what happens to this patient.
0:52
Within six weeks,
0:53
the follow-up MRI shows that the tumor actually is
0:56
increasing rather quickly.
0:58
Within six weeks,
0:59
the tumor has increased in size.
1:01
There are new areas of enhancement developing in this tumor.
1:05
At this time,
1:06
the patient underwent surgery and was proven
1:09
to be H3K27 mutant glioma.
1:13
The important thing in these cases, as we all know now,
1:18
that these tumors are very aggressive tumors
1:22
and they can progress rather quickly.
1:25
And this is what happens classically to these patients.
1:30
This is a scan done a year later.
1:33
So one-year follow-up and you can see the tumor is
1:37
actually now spreading through the left meningeal route.
1:41
There is spread within the ventricle,
1:43
there is subependymal tumor spread, multifocal disease.
1:47
And this is, again, a bad tumor and has a poor prognosis.
1:53
This unfortunate 15-year-old girl ended up dying from
1:58
this tumor within 15 months after the initial diagnosis,
2:04
as expected for these very aggressive tumors.
Interactive Transcript
0:00
You here is a 15-year-old female patient.
0:04
who presented with headaches.
0:06
And this is the baseline study which showed a
0:10
tumor in the left thalamus, as you can see,
0:14
causing slight mass effect on the
0:15
posterior third ventricle.
0:17
The tumor does show a little bit of
0:21
areas of patchy enhancement,
0:24
and also has some increased cellularity as
0:30
seen on the diffusion scans over here.
0:34
As I mentioned earlier,
0:37
majority of these tumors in either midline or
0:40
para midline location, in a younger patient,
0:43
we should be worried about H3K27
0:47
mutant diffuse midline gliomas.
0:50
And this is what happens to this patient.
0:52
Within six weeks,
0:53
the follow-up MRI shows that the tumor actually is
0:56
increasing rather quickly.
0:58
Within six weeks,
0:59
the tumor has increased in size.
1:01
There are new areas of enhancement developing in this tumor.
1:05
At this time,
1:06
the patient underwent surgery and was proven
1:09
to be H3K27 mutant glioma.
1:13
The important thing in these cases, as we all know now,
1:18
that these tumors are very aggressive tumors
1:22
and they can progress rather quickly.
1:25
And this is what happens classically to these patients.
1:30
This is a scan done a year later.
1:33
So one-year follow-up and you can see the tumor is
1:37
actually now spreading through the left meningeal route.
1:41
There is spread within the ventricle,
1:43
there is subependymal tumor spread, multifocal disease.
1:47
And this is, again, a bad tumor and has a poor prognosis.
1:53
This unfortunate 15-year-old girl ended up dying from
1:58
this tumor within 15 months after the initial diagnosis,
2:04
as expected for these very aggressive tumors.
Report
Faculty
Rajan Jain, MD
Professor of Radiology and Neurosurgery
New York University Grossman School of Medicine
Tags
Oncologic Imaging
Neuroradiology
Neoplastic
MRI
Brain
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