Sports Medicine · Shoulder
Fellowship-trained arthroscopic rotator cuff repair for partial and full-thickness tears — from small acute injuries to large chronic tears. Serving Platteville, WI, Dubuque, IA, Galena, IL, and the tri-state region.
Understanding Your Injury
The rotator cuff is a group of four muscles and their tendons that surround the shoulder joint, providing stability and powering rotation and elevation of the arm. Rotator cuff tears are among the most common shoulder injuries in adults, becoming increasingly prevalent with age.
Tears range from small partial-thickness injuries to massive full-thickness tears involving multiple tendons. Symptoms typically include pain with overhead activity, weakness, and difficulty sleeping on the affected shoulder. Some tears are acute (from a fall or lifting injury); many develop gradually from repetitive use and degenerative change.
Dr. Strassman evaluates every rotator cuff tear individually — not every tear requires surgery. He discusses conservative options first and recommends repair when the tear is symptomatic, the tissue is repairable, and surgery is likely to improve function and reduce pain.
Common Symptoms
Pain on the outside of the shoulder, often radiating to the upper arm
Weakness with overhead reaching or lifting
Night pain that disrupts sleep
Crackling or clicking sensation with shoulder movement
Difficulty with activities such as throwing, reaching behind the back, or combing hair
Tear Classification
The tendon is damaged but not completely severed. Many partial tears respond well to physical therapy and injections. Surgical repair is considered when conservative treatment fails or the tear involves more than 50% of tendon thickness.
The tendon has torn completely through. Repair is typically recommended for active patients with full-thickness tears causing symptoms. Arthroscopic repair restores the tendon to its footprint on the humeral head using suture anchors.
Tears involving multiple tendons or significant retraction require more complex decision-making. When repair is possible, Dr. Strassman augments the repair with a dermal patch to reinforce healing and improve outcomes in large tears. When the cuff cannot be adequately repaired, options include lower trapezius tendon transfer to restore rotational strength, tuberoplasty for pain relief in select patients, or reverse shoulder replacement when arthritis is also present.
Surgical Technique
Dr. Strassman performs rotator cuff repair arthroscopically through small incisions using a camera and specialized instruments. This approach offers less soft tissue disruption, faster early recovery, and lower infection risk compared to open surgery — without compromising the quality or durability of the repair.
The torn tendon is reattached to the bone using suture anchors placed at the tendon's anatomic footprint on the humeral head. For larger tears, a double-row repair technique is used to maximize the contact area between tendon and bone — improving healing rates and biomechanical strength.
Any concurrent pathology found at the time of surgery — such as biceps tendon disease, AC joint arthritis, or labral damage — is addressed simultaneously.
What happens during surgery
Small portals (5–10mm) created around the shoulder
Camera inserted to visualize tear and assess tissue quality
Bone surface prepared to stimulate healing response
Suture anchors placed, tendon secured to footprint
Any additional pathology treated (biceps, AC joint, labrum)
Rehabilitation
Rotator cuff healing is biologically driven and cannot be rushed. Protocol timing varies based on tear size and tissue quality — Dr. Strassman tailors the protocol accordingly.
Arm in sling. Pendulum exercises and gentle passive range of motion only. The repair must be protected to allow tendon-to-bone healing. No active shoulder use.
Sling discontinued. Active range of motion begins under PT guidance. Progressive stretching to restore full elevation and rotation.
Rotator cuff and periscapular strengthening begins. Resistance band and light weight exercises. Continued functional improvement.
Most patients return to daily activities and light work. Overhead athletes and heavy laborers may require longer recovery — up to 9–12 months for full return.
Common Questions