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Wk 2, Case 1 - Review

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This is a 40-year-old man with left shoulder pain,

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and what catches our eye immediately is that there is

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fluid surrounding the biceps tendon

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within the biceps tendon groove.

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When we look at the tendon itself,

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the tendon is nicely defined,

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low signal intensity throughout,

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and there is no change in its SS caliber along the intraarticular and

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extra-articular portions.

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The only abnormality is the presence of fluid in the biceps tendon

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sheath. When we have this finding,

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our eyes should go immediately to the shoulder joint space.

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Why?

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Because the biceps tendon sheath communicates with the joint

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space. And if there is fluid within the joint space,

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if there is a joint effusion,

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it will trickle down into the biceps tendon sheath.

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In order to make the diagnosis of bicipital synovitis,

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we want to see disproportionate fluid within the tendon sheath

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as compared to the joint space.

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And that's exactly what we have in this patient.

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If we take a look at the coronal images, you can see the fluid signal intensity,

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the extending the tendon sheath, and very,

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very tiny amount of fluid in the subscapularis. So this is a,

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this proportionate amount of fluid within the biceps tendon sheath

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as compared to the joint space.

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And we can safely make the diagnosis of synovitis.

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Synovitis can be seen in the setting of tendon pathology,

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biceps tendinosis, biceps tendon tears. But I,

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as I pointed out at the beginning, the tendon itself is completely normal.

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So we can adjust left with the diagnosis of bicipital synovitis.

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In some instances, patients who also have

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adhesive capsulitis may have bicipital synovitis.

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So it is important to bring our eyes to the area of the

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rotator interval and try to find pathology in this patient,

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the coracohumeral ligament,

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as well as the superior glenohumeral ligament and completely normal.

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And there is no, um,

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evidence of associated adhesive capsulitis.

Report

Patient History
40-year-old male with shoulder pain and concern for labral or rotator cuff pathology.

Findings
ROTATOR CUFF: Normal. Supraspinatus, infraspinatus, subscapularis and capsular components of the rotator cuff complex are normal.

SUBACROMIAL/SUBDELTOID BURSA: Normal

MUSCLES: Normal muscularity for age. No atrophy. No volumetric volume loss.

BICEPS TENDON: Intrinsically normal, but the extraarticular biceps sheath, which is synovial-lined, is diffusely swollen compatible with tenosynovitis.

AC JOINT: Normal. No signs of separation or ligamentous injury.

CORACOCLAVICULAR LIGAMENTS: Normal conoid and trapezoid ligaments.

SUBACROMIAL ARCH/OUTLET: Normal. No stenosis. No indirect signs of impingement.

SUBCORACOID ARCH: Normal. No stenosis. No displacement of the biceps pulley-anchor complex.

GLENOHUMERAL JOINT: Normal. No decentering. Normal conformity.

GLENOID LABRUM: Normal. No SLAP lesions.

SKELETON: Normal conformity. No bone lesions. No skeletal masses.

SUBCUTANEOUS SOFT TISSUES: Diffuse swelling about the biceps long head predominantly involving the tenosynovial cyst sheath of such.

AXILLA: Normal. No adenopathy.

Impressions
Diffuse swelling of the extraarticular synovial-lined biceps sheath compatible with biceps tenosynovitis.

Case Discussion

Faculty

Stephen J Pomeranz, MD

Chief Medical Officer, ProScan Imaging. Founder, MRI Online

ProScan Imaging

Jenny T Bencardino, MD

Vice-Chair, Academic Affairs Department of Radiology

Montefiore Radiology

Edward Smitaman, MD

Clinical Associate Professor

University of California San Diego

Tags

Shoulder

Musculoskeletal (MSK)

MRI

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