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Case-1: Rotator Cuff Repair Case

Figure 1: This depicts a Supra and Infraspinatus tendon tear with exposed Greater tuberosity bone on a right shoulder. Arrow depicts tendon edge.

Picture of This depicts a Supra and Infraspinatus tendon tear

Figure 2: Shoulder seen here after tendon and bone bed preparation.

Picture of Shoulder seen here after tendon

Figure 3: Bio Absorbable suture anchors are placed in the bone.

Picture of Bio Absorbable suture anchors

Figure 4: Completed double row repair showing tendon compression and anatomic restoration of the rotator cuff.

Picture of Completed double row repair

Case-2 : Osteochondritis Dissecans Lesion of the capitellum in a Baseball Player

Figure 1: Arthroscopic view of the Anterior ellbow compartment showing a cartilage lesion (arrow) on the capitellum causing lateral elbow pain in a throwing athlete

Picture of Arthroscopic view of the Anterior ellbow compartment

Figure 2: A probe is identifying the cartilage lesion from the soft spot viewing portal.

Picture of probe is identifying the cartilage lesion

Figure 3: The cartilage lesion has been cleaned up and treated with a microfracture to allow healing.

Picture of The cartilage lesion has been cleaned up

Figure 4: Arthroscopic Application of BioCartilage to aid in the formation of Type 2 cartilage.

Picture of Arthroscopic Application of BioCartilage

Figure 6: Final treatment showing a filled defect and sealed Biocartilage in the Capitellum.

Picture of Final treatment showing a filled defect

Case-3 : Shoulder Instability with mild bone loss.

Figure 1: Right shoulder anterior inferior labral tear aka Bankart tear.

Picture of Right shoulder anterior inferior

Figure 2: This shows an engaging Hill Sachs lesion. This represents humeral head bone loss that makes dislocating easier.

Picture of Engaging Hill Sachs lesion

Figure 3: The labrum and ligament has been repaired back to the glenoid.

Picture of The labrum and ligament has been repaired

Figure 4: A Remplissage procedure was performed to “fill in” the Hills Sachs lesion for improved stability.

Picture of Remplissage procedure was performed

Case-4 : Multi-Directional Shoulder Instability

Figure 1: Left shoulder Arthroscopic view of a excessive capsular volume anteriorly

Picture of Left shoulder Arthroscopic view

Figure 2: Posterior labrum flattening and excessive capsular volume.

Picture of Posterior labrum flattening

Figure 3: Capsule/Ligament Plication decreasing capsular volume posteriorly.

Picture of Ligament Plication decreasing capsular volume posteriorly

Figure 4: Capsule/Ligament Plication anteriorly.

Picture of Ligament Plication anteriorly

Figure 5: Completed Arthroscopic Capsular plication to prevent shoulder dislocations.

Picture of Completed Arthroscopic Capsular plication

Case-5 : Arthroscopic treatment of Frozen Shoulder

Figure 1: Arthroscopic View of the anterior shoulder showing a tight and closed off rotator interval

Picture of Arthroscopic View of the anterior shoulder

Figure 2: A release of the interval tissue has been performed.

Picture of release of the interval tissue

Figure 3: Tight inflamed posterior capsule tissue

Picture of Tight inflamed posterior capsule tissue

Figure 4: Posterior capsule has been released

Picture of Posterior capsule has been released

Figure 5: Inferior capsule view with metallic probe pointing towards the front of the shoulder.

Picture of Inferior capsule view with metallic probe

Figure 6: Inferior capsule release has been performed.

Picture of Inferior capsule release has been performed

Case-6 : Anatomic Total Shoulder Replacement (TSA)

Figure 1: Grashey view X-ray of an Arthritic shoulder with an intact rotator cuff.

Picture of Grashey view X-ray

Figure 2: Axillary view x-ray showing bone on bone contact in the joint.

Picture of Axillary view x-ray showing bone

Figure 3: X-ray of Stemless TSA

Picture of X-ray of Stemless TSA

Figure 4: Axillary view x-ray after TSA

Picture of Axillary view x-ray after TSA

Case-7 : Reverse total shoulder replacement (RSA)

Figure 1: Right shoulder with rotator cuff arthropathy. There is a high riding humeral head with bone on bone contact.

Picture of Right shoulder with rotator cuff arthropathy

Figure 2: Axillary x-ray view

Picture of Axillary x-ray view

Figure 3: X-ray after RSA.

Picture of X-ray after RSA

Figure 4: Axillary x-ray view of RSA

Picture of Axillary x-ray view of RSA

Case-8 : Revision Reverse Shoulder Replacement

Figure 1: Failed reverse shoulder with humeral bone loss.

Picture of Failed reverse shoulder with humeral bone loss

Figure 2: X-ray showing anterior dislocation.

Picture of X-ray showing anterior dislocation

Figure 3: Reverse shoulder replacement with bone loss treated with cadaveric bone fixed with plate and screws.

Picture of Reverse shoulder replacement with bone loss

Figure 4: Reverse shoulder now stable and reduced.

Picture of Reverse shoulder now stable and reduced

Case-9 : Arthroscopic Latarjet Procedure
(Coracoid bone transfer for shoulder instability with bone loss)

Picture 1: Arthroscopic view of Left shoulder with glenoid bone loss( arrow) from recurrent dislocations

Picture of Arthroscopic view of Left shoulder with glenoid bone loss

Picture 2: Arthroscopic view of Coracoid bone prior to transfer

Picture of X-ray showing anterior dislocation

Picture 3: Arthroscopic View of Coracoid bone transfer ( Latarjet procedure) to the anterior glenoid to treat bone loss

Picture of Reverse shoulder replacement with bone loss

Picture 4: X rays showing latarjet fixed with a suture button

Picture of X rays showing  latarjet  fixed with a suture button - 1 Picture of X rays showing  latarjet  fixed with a suture button - 2

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  • American Board of Orthopaedic Surgery
  • American Academy of Orthopaedic Surgeons
  • University of Southern California
  • American Shoulder And Elbow Surgeons
  • Super Doctors
  • Xcelerated Recovery™
  • Shoulder Sleeper LLC.