ARRS Expanding the Field Imaging of Sports-Related Injuries Beyond the Knee 2026

🔥 ARRS Expanding the Field: Imaging of Sports-Related Injuries Beyond the Knee 2026

Advanced Sports Imaging Course (Videos + Subtitles)

🎯 Product Description

Enhance your expertise in musculoskeletal imaging with ARRS Expanding the Field: Imaging of Sports-Related Injuries Beyond the Knee 2026, an advanced online course developed by the American Roentgen Ray Society.

This specialized program expands the traditional focus of sports imaging beyond the knee, providing case-based, practical training in diagnosing athletic injuries across multiple anatomical regions.

Through expert-led lectures, this course highlights key imaging findings, diagnostic pitfalls, and advanced imaging techniques, helping clinicians improve accuracy and decision-making in sports medicine.

📅 Course Date: February 16, 2026
🎥 Content: 7 Videos
📄 Files: 7 VTT Subtitles

👨‍⚕️ Target Audience

Radiologists, sports medicine physicians, orthopedic surgeons, emergency physicians, and residents/fellows interested in advanced sports imaging.

📚 What You Will Learn

Recognize imaging features of common and emerging sports-related injuries beyond the knee
Apply advanced imaging techniques including MRI, CT, and ultrasound
Identify key findings to include in radiology reports
Improve diagnostic confidence in ligament, tendon, and overuse injuries
Understand the expanding role of imaging in sports medicine decision-making

🧠 Course Topics (Included in This Course)

This course provides focused, high-yield modules covering multiple anatomical regions:

🩻 Module 1

• MRI Shoulder – Robert French Jr., MD
• Acetabular Labrum – Diego F. Lemos, MD
• Core Muscle Injuries – Arvin Kheterpal, MD

🦴 Module 2

• Finger Injuries – Nicholas Said, MD
• Hand & Wrist Injuries – Logan Haug, MD
• Ankle Injuries – Nehal A. Shah, MD
• Hamstring Injuries – Roman Shrestha, MD

🧬 Expanded Coverage

• Shoulder, hip, ankle, elbow, and spine injuries
• Ligament and tendon injuries
• Subtle fractures and overuse syndromes
• Imaging protocols for sports injuries
• Case-based diagnostic strategies
• Clinical correlation and treatment planning