Training Collections
Musculoskeletal Imaging
Emergency Imaging
PET Imaging
Pediatric Imaging
Training Collections
Musculoskeletal Imaging
Emergency Imaging
PET Imaging
Pediatric Imaging
Lesson
Foot & Ankle MRI Mastery Series: Pre-Course Activities
1 topic, 5 min.
Lesson
Foot & Ankle MRI Mastery Series: Introduction
1 topic, 3 min.
Lesson
Foot & Ankle MRI Mastery Series: Protocols and Sequences
9 topics, 50 min.
Foot and Ankle Coils
4 m.Sagittal Ankle View
5 m.Sagittal Plane: Field of View
5 m.Ankle Short Axis Projection
8 m.Special Sequences and Pitfalls: Coronal and Paracoronal Plane
6 m.Ankle MRI: Additive Gradient Echo Sequence
6 m.Ankle Neutral Positioned Scans: Dorsiflexed Ankle
7 m.Different Sequences in Low Field Ankle Imaging
7 m.Ankle MRI: Expanded Field of View on 1.5 Tesla
7 m.Lesson
Foot & Ankle MRI Mastery Series: Anatomy
33 topics, 1 hr. 41 min.
Ligamentous Anatomy on Neutral Position
4 m.Ankle MRI: Posterior Ligaments in Coronal Plane
3 m.Ankle MRI: Anterior Ligaments in Coronal Plane
2 m.Ankle MRI: Anterior Ligaments in Sagittal Plane
3 m.Ankle MRI: Posterior Ligaments in Sagittal Plane
3 m.Ankle Ligaments in Axial Plane
6 m.Lateral Collateral Ligamentous Anatomy: Coronal Projection
3 m.Deltoid Ligament Anatomy
5 m.Deltoid Ligament: Axial Plane
2 m.Deltoid Ligament: Sagittal Plane
2 m.Deltoid Ligament: Coronal Plane
4 m.Deltoid Ligament: Origins and Insertions
4 m.Deltoid Ligament: Superficial Layer Lateral view
2 m.Tendinous Anatomy
3 m.Achilles Tendon
5 m.Posterior Tibial Tendon
4 m.Peroneus Brevis: Axial and Sagittal View
4 m.Peroneus Brevis: Sagittal and Coronal view
3 m.Peroneus Longus
6 m.Tibialis Anterior Tendon
5 m.Extensor Hallucis Longus
3 m.Extensor Digitorum Longus
4 m.Extensor Digitorum Longus Pitfalls and Extensor Retinacula
5 m.Anterior Tarsal Tunnel Space
2 m.Anterior Tarsal Tunnel Syndrome
4 m.Deep Peroneal Nerve
2 m.Superficial Peroneal Nerve
2 m.Sural Nerve
2 m.Saphenous Nerve
2 m.Tibial Nerve
2 m.Sensory Nerve Supply
3 m.Medial Plantar Nerve
5 m.Lateral & Medial Plantar Nerves
5 m.Lesson
Foot & Ankle MRI Mastery Series: Mid-foot Anatomy
5 topics, 17 min.
Lesson
Foot & Ankle MRI Mastery Series: Case Review
23 topics, 2 hr. 57 min.
Midfoot Subluxation: Lisfranc Ligament Injury
8 m.Lisfranc Ligament Injury
7 m.Lisfranc Injury: Nunley-Vertullo Classification
10 m.High Ankle Injury
13 m.Coronal Projection in Inversion Injury: Low Ankle Injury
8 m.Axial Projection in Inversion Injury: Low Ankle injury
8 m.Posterior Ankle Ligaments Anatomy
2 m.Ankle Impingement Syndromes: Posterolateral Impingement Syndrome
11 m.Anterolateral Impingement Syndrome
5 m.Sinus Tarsi Syndrome
10 m.Microtrabecular Stress Injury and Osteochondral Defect
9 m.Osteochondral Defect
11 m.Complex Regional Pain Syndrome (CRPS) Type 1: Reflex Sympathetic Dystrophy
10 m.Complex Regional Pain Syndrome (CRPS) Type 2
4 m.Talocalcaneal Coalition
7 m.Achilles Tendon Tear
14 m.Medial Ankle Pain: R/O Psterior Tibial Tendon Tear
11 m.Peroneus Longus and Brevis Tendons Tear
4 m.Multiple Tendon Tears
12 m.Posterior Tibial Tendon Injury
6 m.Posterior Tibial Tendon Injury
5 m.Plantar Fibromatosis
6 m.Turf Toe
8 m.Lesson
Foot & Ankle Masses
34 topics, 2 hr. 28 min.
Introduction to Foot & Ankle Masses
1 m.Ganglion Cyst
6 m.Lymphangioma
4 m.Hemangioma
5 m.Granuloma Annulare
5 m.Nerve Tumor
6 m.Plantar Fibromatosis
5 m.Charcot Foot
5 m.Brody's Abscess
9 m.Osteomyelitis and Fracture in the Big Toe
4 m.Osteomyelitis from Ingrown Toenail
4 m.Osteomyelitis with Multiple Tracts Infected
4 m.Septic Joint
7 m.Foreign Body- Splinter
5 m.Necrotizing Fasciitis
7 m.Infected Re-Rupture
3 m.Morton's Neuroma
7 m.Intermetatarsal Bursal Cyst
7 m.Stem Ligament Bursal Cyst
6 m.Dermato Fibroma Protuberans
4 m.Schwannoma
6 m.Synovial Sarcoma
7 m.Lipomatous Skin Tag
3 m.Calcaneal Lipoma with Infarction
4 m.unicameral bone cyst
3 m.PVNS
6 m.Giant tophus
5 m.Tenosynovial Cyst
3 m.GCT- Secondary ABC
6 m.Osteoid Osteoma- Focal
5 m.Os Naviculare Syndrome Type 2
5 m.ONS TYPE 3
4 m.Cystic Degeneration Rare Cyst of PB
3 m.Summary of Foot & Ankle Masses
2 m.0:00
Sagittal projection for the deltoid, not my
0:03
most favored nation status, but we do get an
0:07
excellent look at the tibia and the medial
0:11
malleolus with the anterior fibunculus,
0:14
the interfunicular groove, and the posterior
0:16
funiculus, which should be described if there
0:19
are injuries in any one of these locations.
0:24
But my main objective is to show you
0:26
the deep deltoid in this projection.
0:28
We've got the anterior fibers of
0:30
the deep deltoid, and the posterior
0:32
fibers of the deep deltoid on T1.
0:35
We see them on T2 with some fat suppression.
0:38
Not so much on gradient echo due to magic angle
0:40
effect and due to volume averaging phenomenon.
0:44
Now what about the superficial ligaments?
0:46
That is not really the strength
0:48
of the sagittal projection, so I'm
0:50
not going to do a deep dive on it.
0:52
But if we were to try and pick out portions
0:54
of the medial complex that could be relevant,
0:58
one would be the transverse structure
1:02
running from the calcaneus to the navicular
1:05
known as The superior calcaneonavicular
1:08
ligament, and we see a little bit of it.
1:10
Now, we already said that this ligament is
1:12
going to run in this direction, like this.
1:15
And from the tibia, more superficially,
1:18
you're going to see fibers that
1:19
come down to it and meet it.
1:21
And this is known as the tibial spring ligament.
1:23
We've also said previously, there are
1:25
actually three components that get gradually
1:28
thinner of the spring ligament complex,
1:31
and those have been described in detail.
1:33
in the axial or paraxial
1:35
projection with the toe pointed.
1:37
So, now, I'd like to, uh, ask you to
1:41
go back and review some of the other
1:44
projections, like the paraxial with
1:47
the foot plantar flexed and the coronal.
Deltoid Ligament: Sagittal Plane
HIDEInteractive Transcript
0:00
Sagittal projection for the deltoid, not my
0:03
most favored nation status, but we do get an
0:07
excellent look at the tibia and the medial
0:11
malleolus with the anterior fibunculus,
0:14
the interfunicular groove, and the posterior
0:16
funiculus, which should be described if there
0:19
are injuries in any one of these locations.
0:24
But my main objective is to show you
0:26
the deep deltoid in this projection.
0:28
We've got the anterior fibers of
0:30
the deep deltoid, and the posterior
0:32
fibers of the deep deltoid on T1.
0:35
We see them on T2 with some fat suppression.
0:38
Not so much on gradient echo due to magic angle
0:40
effect and due to volume averaging phenomenon.
0:44
Now what about the superficial ligaments?
0:46
That is not really the strength
0:48
of the sagittal projection, so I'm
0:50
not going to do a deep dive on it.
0:52
But if we were to try and pick out portions
0:54
of the medial complex that could be relevant,
0:58
one would be the transverse structure
1:02
running from the calcaneus to the navicular
1:05
known as The superior calcaneonavicular
1:08
ligament, and we see a little bit of it.
1:10
Now, we already said that this ligament is
1:12
going to run in this direction, like this.
1:15
And from the tibia, more superficially,
1:18
you're going to see fibers that
1:19
come down to it and meet it.
1:21
And this is known as the tibial spring ligament.
1:23
We've also said previously, there are
1:25
actually three components that get gradually
1:28
thinner of the spring ligament complex,
1:31
and those have been described in detail.
1:33
in the axial or paraxial
1:35
projection with the toe pointed.
1:37
So, now, I'd like to, uh, ask you to
1:41
go back and review some of the other
1:44
projections, like the paraxial with
1:47
the foot plantar flexed and the coronal.
Report
Description
Faculty
Stephen J Pomeranz, MD
Chief Medical Officer, ProScan Imaging. Founder, MRI Online
ProScan Imaging
Tags
Musculoskeletal (MSK)
MSK
MRI
Foot & Ankle
Acquired/Developmental
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