Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

64
Jenelle Beadle, RDMS Inland Imaging December 15 th , 2014 Normal Shoulder Ultrasound

Transcript of Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Page 1: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Jenelle Beadle, RDMS

Inland Imaging

December 15th, 2014

Normal Shoulder Ultrasound

Page 2: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon• Palm up and resting on the patient’s leg

• Transducer placed on the anterior shoulder • find the best sonographic window with slight external/internal

rotation

• dynamically evaluate (external/internal rotation) for subluxation or dislocation

• angle transducer as appropriate to avoid anisotropy

Long Biceps TendonTrans Biceps Tendon

Page 3: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Trans

Page 4: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Trans

Page 5: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Trans

Page 6: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Trans

Page 7: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Long

Page 8: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Long

Page 9: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Long

Transverse Humeral Ligament over Synovial Tendon Sheath

Page 10: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Biceps Tendon - Long

Page 11: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon• Palm up and arm externally rotated

• Transducer placed on the anterior shoulder

• find the best sonographic window with slight external/internal rotation

• dynamically evaluate (external/internal rotation) for tears and impingement

• angle transducer as appropriate to avoid anisotropy

Long Subscapularis Trans Subscapularis

Page 12: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Musculotendonis junction coming from under the coracoid process

Page 13: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Cartilage on the head of the humerus up to the point of insertion

Page 14: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Tendon extends medially to the insertion on the lesser tuberosity

Page 15: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Anisotropy where tendon fibers turn to insert

Page 16: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Page 17: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Tendon insert along this flattened area of the lesser tuberosity

Page 18: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Page 19: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Page 20: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Long

Bicipital Groove

Page 21: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Trans

Page 22: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Trans

Page 23: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Trans

Page 24: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Subscapularis Tendon - Trans

Page 25: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon• hand placed in back pocket with palm facing in

• transducer placed on the anterior shoulder

• scan anterior to posterior from biceps interval to infraspinatus tendon

• dynamically evaluate (external/internal rotation) for tears

• dynamically evaluate (abduction/adduction) for impingement

• angle transducer as appropriate to avoid anisotropy

Long Supraspinatus

Page 26: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Long

Long SupraspinatusNeutral Position

Long SupraspinatusStressed Position

Acromion

Page 27: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Long

Page 28: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Long

Musculotendonis junction coming from under the acromion

Page 29: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Long

Page 30: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Long

Page 31: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Long

Page 32: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Long

Page 33: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Trans

Biceps Interval: biceps tendon should be seen adjacent to the supraspinatus tendon

• any separation here indicates an anterior full thickness supraspinatus tear

BT

Supra

Page 34: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Trans

Biceps Interval: biceps tendon should be seen adjacent to the supraspinatus tendon

• any separation here indicates an anterior full thickness supraspinatus tear

Page 35: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Trans

Page 36: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Trans

Page 37: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Trans

Page 38: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus Tendon - Trans

Page 39: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon• atiene’s hand placed on contralateral shoulder

• transducer placed on the posterolateral shoulder

• scan anterior to posterior from the supraspinatus tendon to teres minor tendon

• dynamically evaluate (extreme external rotation and abduction) for impingement

• angle transducer as appropriate to avoid anisotropy

Long Supraspinatus

Page 40: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Long

Page 41: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Long

Page 42: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Long

Page 43: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Long

Page 44: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Long

Page 45: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Long

Page 46: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Long

Page 47: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Supraspinatus vs Infraspinatus Tendons - Long

Page 48: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Trans

Page 49: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Trans

Page 50: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Trans

Page 51: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Infraspinatus Tendon - Trans

Page 52: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Acromioclavicular Joint• Assessed for stability and fluid

Page 53: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Acromioclavicular Joint

Page 54: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Acromioclavicular Joint

Page 55: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Acromioclavicular Joint

Page 56: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Posterior Glenohumeral (GH) Joint & Spinoglenoid Notch / Scapular Fossa

Page 57: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Posterior Glenohumeral (GH) Joint

Page 58: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Posterior Glenohumeral (GH) Joint

Labrum

Humeral HeadGlenoidRim

Infraspinatus Musculotendinous Junction

Page 59: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Posterior Glenohumeral (GH) Joint

Page 60: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Spinoglenoid (SG) Notch / Scapular Fossa

Page 61: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Spinoglenoid (SG) Notch / Scapular Fossa

Page 62: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

Spinoglenoid (SG) Notch / Scapular Fossa

Page 63: Jenelle Beadle, RDMS Inland Imaging December 15 th, 2014.

• “Skeletal Muscle Ultrasound” European Journal Translational Myology 2010; 1 (4): 145-155

• “Ultrasonographic Findings of Musculoskeletal Tissues” J Korean Orthop Assoc. 2013 Oct;48(5):334-341

• “Sonography of Common Tendon Injuries” American Journal of Roentgenology. 2009;193: 607-618

• “Tendon and Ligament Imaging” Br J Radiol. Aug 2012; 85(1016): 1157–1172

• “Imaging of the Bursae” J Clin Imaging Sci 2011; 1:22

• “Ultrasonography of tendon abnormalities” OA Musculoskeletal Medicine 2013 Jun 01;1(2):12

• “Sonography of Lower Limb Muscle Injury” American Journal of Roentgenology. 2004;182: 341-351

• “Full Thickness and Partial Thickness Supraspinatus Tendon Tears” Radiology 2004; 230:234–242

• “Long Head of Biceps Brachii Tendon Evaluation...” AJR 2011; 197:942–948

• “Ultrasound of the Shoulder” JBR–BTR, 2007, 90: 325-337

• Gaitini D. “Shoulder Ultrasonography: Performance and Common Findings” J Clin Imaging Sci 2012; 2: 38-38

• Read J, Perko M. “Ultrasound Diagnosis of Subacromial Impingement for Lesions of the Rotator Cuff” AJUM May 2010; 13 (2): 11-15

References