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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.
Lesson
MRI Mastery Series: Shoulder - Pre-course Activities
1 topic, 5 min.
Lesson
Sample Lesson - 53 Year Old Female, Injured While Playing Softball
1 topic, 4 min.
Lesson
Shoulder MRI: Assessing Instability - Anatomy
10 topics, 50 min.
Introduction to Shoulder Instability
6 m.Axial Anatomy on MRI
5 m.Axial Anatomy: The Biceps Pulley
5 m.Axial Instability Search Pattern
9 m.Axial Shoulder: The Structures that Give Radiologists Fits
6 m.Introduction to the Buford Complex
3 m.The Glenoid Cup
6 m.Dynamic and Passive Stabilizers in the Sagittal Projection
6 m.Dynamic and Passive Stabilizers in the Coronal Projection
7 m.Return of the Buford Complex
3 m.Lesson
Shoulder MRI: Assessing Instability - Protocols
7 topics, 53 min.
Key Pulsing Sequences for the Shoulder
6 m.Utilizing the ABER view in the Coronal Projection
9 m.The Value of the T2 Sequence in Shoulder Imaging
7 m.Arthrographic Analysis of the Axial Projection
11 m.Arthrographic Analysis in the Coronal Projection
9 m.Arthrographic Analysis in the Sagittal Projection
6 m.Shoulder Projections Summary
8 m.Lesson
Shoulder MRI: Assessing Instability - Pathology
11 topics, 50 min.
On-Track/Off-Track: ABER Summary
6 m.On-Track/Off-Track: Mid-Range Summary
3 m.On-Track/Off-Track: Assessing Glenoid Bone Loss
8 m.On-Track/Off-Track: The Nofsinger Technique
3 m.On-Track/Off-Track: Stable Hill-Sachs Lesions
3 m.On-Track/Off-Track: The Hill-Sachs Concept
4 m.On-Track/Off-Track: Dislocation Mechanics
4 m.On-Track/Off-Track: Dynamic Examination after Bankart Repair
6 m.On-Track/Off-Track: Using Measuring Tools on MRI
6 m.Posterior Macro & Micro Instability
7 m.Posterior Labral Pathology
6 m.Lesson
Shoulder MRI: Assessing Instability - Case Review
23 topics, 2 hr. 31 min.
17 Year Old Male – Known Dislocation
15 m.21 Year Old Male Pitcher; Decreased Range of Motion
9 m.21 Year Old Involved in a Collision Accident
9 m.54 Year Old Female with Complex Multidirectional Microinstability
7 m.49 Year Old Male, Weightlifter, Experiencing Instability
6 m.68 Year Old Male Golfer with Pain for a Month
6 m.15 Year Old Male – Fell On Outstretched Hand
8 m.55 Year Old Female, Pain in Shoulder Extending to Elbow After Arm Was Jerked
9 m.25 Year Old Male, Pain When Swinging Arm
8 m.53 Year Old Male, Motor Vehicle Accident 6 Weeks Ago, Now Experiencing Pain and Spasms
8 m.17 Year Old Male with a History of Dislocation
6 m.51 Year Old Female: Rule Out Rotator Cuff Tear
5 m.The GLOM Lesion
3 m.56 Year Old Patient with Axillary Nerve Dysfunction Post Dislocation
2 m.69 Year Old Male, Fell and Dislocated Shoulder
10 m.69 Year Old Male with Complex Pattern of Injury
9 m.38 Year Old Male with a Dislocation/Relocation Event
6 m.20 Year Old Male, Recurrent Dislocations and Instability
12 m.20 Year Old Male Pitcher with Recent Dislocation
4 m.17 Year Old Wrestler with Discomfort in the Shoulder
5 m.42 Year Old Male with a Violent Posterior Dislocation
6 m.40 Year Old Male in Motor Vehicle Accident, Irreducible Dislocation
5 m.40 Year Old Male, Post Motor Vehicle Accident
4 m.Lesson
Shoulder "Shark" Week -- Review of Rotator Cuff Anatomy
6 topics, 50 min.
Lesson
The Six Components of the Rotator Cuff
4 topics, 14 min.
Lesson
Identifying The Six Components of Rotator Cuff Tears in Practice
6 topics, 25 min.
0:01
This 56-year-old patient fell and had a shoulder
0:03
dislocation and, by the way, has axillary nerve dysfunction.
0:08
But I'd like to highlight and focus on these masses
0:11
in front of the shoulder in the axial projection.
0:16
They're very glom-like, or glenolabral
0:19
ovoid mass-like, or they look like masses.
0:22
So what are they?
0:24
Well, first of all, look in the bicipital groove.
0:27
It's empty.
0:28
The transverse ligament, predominantly made up
0:30
of the coracohumeral ligament is ruptured.
0:32
And what is this rounded oval mass?
0:36
It's the dislocated tendinotic
0:38
hypertrophied biceps long head.
0:41
We've got another mass.
0:42
Look at this gigantic mass right here.
0:46
It consists of inflammatory tissue and synovial hypertrophy.
0:50
Now, if this was a piece of labrum, triangulated
0:52
labrum inside it, that had torn off inferiorly and
0:58
migrated superiorly, we'd call it a glom lesion.
1:01
A glenolabral ovoid mass.
1:03
Without it, we call it a pseudoglom lesion, or
1:06
a tumor-factive area of synovial hypertrophy.
1:10
As we go down, we do see the inferior labrum
1:14
intact, but when we get to the axillary region,
1:17
the axillary portion of the labrum is injured.
1:19
So it isn't quite clear, clinically,
1:22
whether that's a piece of labrum or not.
1:24
If it's a labrum, then it's a glom lesion.
1:27
If it's not a labrum, it's a pseudoglom lesion.
1:30
And here's another fake glom lesion
1:32
from the dislocated biceps long head.
1:36
And that concludes our discussion of gloms and pseudogloms.
1:40
See our other vignette on the diagnostic glom lesion.
56 Year Old Patient with Axillary Nerve Dysfunction Post Dislocation
HIDEInteractive Transcript
0:01
This 56-year-old patient fell and had a shoulder
0:03
dislocation and, by the way, has axillary nerve dysfunction.
0:08
But I'd like to highlight and focus on these masses
0:11
in front of the shoulder in the axial projection.
0:16
They're very glom-like, or glenolabral
0:19
ovoid mass-like, or they look like masses.
0:22
So what are they?
0:24
Well, first of all, look in the bicipital groove.
0:27
It's empty.
0:28
The transverse ligament, predominantly made up
0:30
of the coracohumeral ligament is ruptured.
0:32
And what is this rounded oval mass?
0:36
It's the dislocated tendinotic
0:38
hypertrophied biceps long head.
0:41
We've got another mass.
0:42
Look at this gigantic mass right here.
0:46
It consists of inflammatory tissue and synovial hypertrophy.
0:50
Now, if this was a piece of labrum, triangulated
0:52
labrum inside it, that had torn off inferiorly and
0:58
migrated superiorly, we'd call it a glom lesion.
1:01
A glenolabral ovoid mass.
1:03
Without it, we call it a pseudoglom lesion, or
1:06
a tumor-factive area of synovial hypertrophy.
1:10
As we go down, we do see the inferior labrum
1:14
intact, but when we get to the axillary region,
1:17
the axillary portion of the labrum is injured.
1:19
So it isn't quite clear, clinically,
1:22
whether that's a piece of labrum or not.
1:24
If it's a labrum, then it's a glom lesion.
1:27
If it's not a labrum, it's a pseudoglom lesion.
1:30
And here's another fake glom lesion
1:32
from the dislocated biceps long head.
1:36
And that concludes our discussion of gloms and pseudogloms.
1:40
See our other vignette on the diagnostic glom lesion.
Report
Description
Faculty
Stephen J Pomeranz, MD
Chief Medical Officer, ProScan Imaging. Founder, MRI Online
ProScan Imaging
Tags
Trauma
Shoulder
Musculoskeletal (MSK)
MRI
Bone & Soft Tissues
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