8.5 CME
106 Videos
44 Clinical Cases
8.5 CME
Foot and ankle injuries/abnormalities can be amongst the most debilitating conditions in MSK imaging. Whether it’s a game-time injury featuring an athlete or a grocery store parking lot accident involving your elderly neighbor, reading a foot & ankle MRI entails participation in decisions about a patient’s mobility and therefore their quality of life. In addition to discerning orthopedic surgeons, you may also field referrals from busy podiatrists who know their field thoroughly and expect the same from their imagers.
There’s a lot to consider with the complex anatomy of the foot and ankle; spraining the ankle ligaments can often lead to complications in the mid-foot and masses in any of the local regions can have an adverse effect on the multiple nerve pathways that pass through the joint. Recognizing the signs of injury in one area of the foot can help you ferret out what other anatomy may have been impacted.
If you aren’t lucky enough to get a detailed or accurate report of the mechanism of injury, you may be using corollary clues to piece together your evaluation.
Join Dr. Stephen Pomeranz in this Foot & Ankle MRI Mastery Series, including in-depth review of anatomy, protocols & sequences along with extensive case review. This Course will help you sharpen your reading skills and establish yourself as a go-to reader in this musculoskeletal field where the volume of patients can be as large as the injury variation is wide.
People take their ankles for granted, and it shows in the frequency and mechanism of injuries to this joint. Whether it’s a game-time injury featuring an athlete or a grocery store parking lot accident involving your elderly neighbor, reading an ankle MRI entails participation in decisions about a patient’s mobility and therefore their quality of life.
Learning Outcomes & CME Information
Stephen J Pomeranz, MD
Chief Medical Officer, ProScan Imaging. Founder, MRI Online
ProScan Imaging
1 Clinical Cases
5 min.
3 min.
1 Clinical Cases
50 min.
Foot and Ankle Coils
4Â m.
Sagittal Ankle View
5Â m.
Sagittal Plane: Field of View
5Â m.
Ankle Short Axis Projection
8Â m.
Special Sequences and Pitfalls: Coronal and Paracoronal Plane
6Â m.
Ankle MRI: Additive Gradient Echo Sequence
6Â m.
Ankle Neutral Positioned Scans: Dorsiflexed Ankle
7Â m.
Different Sequences in Low Field Ankle Imaging
7Â m.
Ankle MRI: Expanded Field of View on 1.5 Tesla
7Â m.
1 hr. 41 min.
Ligamentous Anatomy on Neutral Position
4Â m.
Ankle MRI: Posterior Ligaments in Coronal Plane
3Â m.
Ankle MRI: Anterior Ligaments in Coronal Plane
2Â m.
Ankle MRI: Anterior Ligaments in Sagittal Plane
3Â m.
Ankle MRI: Posterior Ligaments in Sagittal Plane
3Â m.
Ankle Ligaments in Axial Plane
6Â m.
Lateral Collateral Ligamentous Anatomy: Coronal Projection
3Â m.
Deltoid Ligament Anatomy
5Â m.
Deltoid Ligament: Axial Plane
2Â m.
Deltoid Ligament: Sagittal Plane
2Â m.
Deltoid Ligament: Coronal Plane
4Â m.
Deltoid Ligament: Origins and Insertions
4Â m.
Deltoid Ligament: Superficial Layer Lateral view
2Â m.
Tendinous Anatomy
3Â m.
Achilles Tendon
5Â m.
Posterior Tibial Tendon
4Â m.
Peroneus Brevis: Axial and Sagittal View
4Â m.
Peroneus Brevis: Sagittal and Coronal view
3Â m.
Peroneus Longus
6Â m.
Tibialis Anterior Tendon
5Â m.
Extensor Hallucis Longus
3Â m.
Extensor Digitorum Longus
4Â m.
Extensor Digitorum Longus Pitfalls and Extensor Retinacula
5Â m.
Anterior Tarsal Tunnel Space
2Â m.
Anterior Tarsal Tunnel Syndrome
4Â m.
Deep Peroneal Nerve
2Â m.
Superficial Peroneal Nerve
2Â m.
Sural Nerve
2Â m.
Saphenous Nerve
2Â m.
Tibial Nerve
2Â m.
Sensory Nerve Supply
3Â m.
Medial Plantar Nerve
5Â m.
Lateral & Medial Plantar Nerves
5Â m.
1 Clinical Cases
17 min.
10 Clinical Cases
2 hr. 57 min.
Midfoot Subluxation: Lisfranc Ligament Injury
8Â m.
Lisfranc Ligament Injury
7Â m.
Lisfranc Injury: Nunley-Vertullo Classification
10Â m.
High Ankle Injury
13Â m.
Coronal Projection in Inversion Injury: Low Ankle Injury
8Â m.
Axial Projection in Inversion Injury: Low Ankle injury
8Â m.
Posterior Ankle Ligaments Anatomy
2Â m.
Ankle Impingement Syndromes: Posterolateral Impingement Syndrome
11Â m.
Anterolateral Impingement Syndrome
5Â m.
Sinus Tarsi Syndrome
10Â m.
Microtrabecular Stress Injury and Osteochondral Defect
9Â m.
Osteochondral Defect
11Â m.
Complex Regional Pain Syndrome (CRPS) Type 1: Reflex Sympathetic Dystrophy
10Â m.
Complex Regional Pain Syndrome (CRPS) Type 2
4Â m.
Talocalcaneal Coalition
7Â m.
Achilles Tendon Tear
14Â m.
Medial Ankle Pain: R/O Psterior Tibial Tendon Tear
11Â m.
Peroneus Longus and Brevis Tendons Tear
4Â m.
Multiple Tendon Tears
12Â m.
Posterior Tibial Tendon Injury
6Â m.
Posterior Tibial Tendon Injury
5Â m.
Plantar Fibromatosis
6Â m.
Turf Toe
8Â m.
32 Clinical Cases
2 hr. 28 min.
Introduction to Foot & Ankle Masses
1Â m.
Ganglion Cyst
6Â m.
Lymphangioma
4Â m.
Hemangioma
5Â m.
Granuloma Annulare
5Â m.
Nerve Tumor
6Â m.
Plantar Fibromatosis
5Â m.
Charcot Foot
5Â m.
Brody's Abscess
9Â m.
Osteomyelitis and Fracture in the Big Toe
4Â m.
Osteomyelitis from Ingrown Toenail
4Â m.
Osteomyelitis with Multiple Tracts Infected
4Â m.
Septic Joint
7Â m.
Foreign Body- Splinter
5Â m.
Necrotizing Fasciitis
7Â m.
Infected Re-Rupture
3Â m.
Morton's Neuroma
7Â m.
Intermetatarsal Bursal Cyst
7Â m.
Stem Ligament Bursal Cyst
6Â m.
Dermato Fibroma Protuberans
4Â m.
Schwannoma
6Â m.
Synovial Sarcoma
7Â m.
Lipomatous Skin Tag
3Â m.
Calcaneal Lipoma with Infarction
4Â m.
unicameral bone cyst
3Â m.
PVNS
6Â m.
Giant tophus
5Â m.
Tenosynovial Cyst
3Â m.
GCT- Secondary ABC
6Â m.
Osteoid Osteoma- Focal
5Â m.
Os Naviculare Syndrome Type 2
5Â m.
ONS TYPE 3
4Â m.
Cystic Degeneration Rare Cyst of PB
3Â m.
Summary of Foot & Ankle Masses
2Â m.
© 2024 MRI Online. All Rights Reserved.