Optimizing Adolescent Shoulder Imaging with High-Resolution 2D TSE Sequences

Adolescent shoulder pain can stem from various causes, including growth plate pathology, labral injuries, overuse, or early degenerative changes. Accurately diagnosing these conditions requires imaging techniques that provide clear, detailed views of the shoulder's complex structures. This is where high-resolution imaging, specifically 2D TSE (Turbo Spin Echo) sequences, can make a significant difference.

Why High-Resolution 2D TSE Sequences for Shoulder Imaging?

For radiologists, capturing detailed images of the shoulder joint, rotator cuff tendons, and growth plates is critical. With 3.0T MRI scanners like the MAGNETOM Vida, coupled with advanced software like syngo MR XA50, 2D TSE sequences offer exceptional soft-tissue contrast. This allows you to assess tendinopathy, labral integrity, and peri-articular fluid with accuracy and precision.

One of the standout features of this sequence is its ability to provide high spatial resolution, with a voxel size of 0.4 mm x 0.4 mm x 4.0 mm, ensuring diagnostic clarity even in challenging pediatric cases. The T1-weighted TSE sequence allows you to evaluate the rotator interval, posterior labrum, and growth plates effectively—key areas to monitor in pediatric imaging.

💡Radiologist Tip of the Week

When imaging adolescent shoulders, prioritize TSE sequences to assess the rotator interval, posterior labrum, and growth plates. You can also opt for slightly thicker slices to improve signal-to-noise ratio (SNR) in larger joints without compromising diagnostic clarity.

Strengthen Your Pediatric MSK Protocols

InkSpace Imaging is dedicated to helping radiologists improve their pediatric MSK imaging workflows using our Snuggle pediatric coil. Whether you are imaging the shoulder, knee, or elbow, our optimized protocols ensure faster, more accurate diagnoses.

Want to explore how our protocols can enhance your practice? Book a clinical review or demo today. You can also email us for trial details or to receive customized protocols.