The procedure is performed using an arthroscope, a high-definition camera inserted through small incisions around the shoulder. Dr. Nashit S. Ansari then uses specialised surgical instruments to repair the torn tendon and reattach it to the bone using advanced fixation techniques.
Compared with traditional open surgery, arthroscopic surgery allows excellent visualisation of the shoulder joint while minimising tissue damage, leading to less post-operative discomfort and a structured recovery through physiotherapy.
Most tears can be repaired arthroscopically, including partial and full-thickness tears. Where a tear is massive and genuinely irreparable, particularly when combined with shoulder arthritis, reverse shoulder replacement is the alternative - it repositions the ball and socket so the deltoid muscle takes over the work of the damaged cuff. Which applies to you is determined by examination and imaging, not assumed in advance.
Small incisions are made around the shoulder and an arthroscope is inserted to visualise the joint. Damaged tissue is carefully assessed, the torn tendon is mobilised and repaired, and specialised suture anchors secure the tendon back to the bone. Associated shoulder problems, if present, may be treated during the same procedure, and the repair is checked before surgery is completed.
Difficulty sleeping on the affected side is one of the most characteristic symptoms of a rotator cuff tear, and often the one that prompts patients to seek treatment. It usually accompanies persistent shoulder pain, pain while lifting the arm, weakness and a limited range of motion. Night pain that persists for weeks is worth having assessed rather than working around.
Smoking is listed among the risk factors for rotator cuff injury because it may affect tendon healing. Since the success of this procedure depends on a repaired tendon knitting back to bone, it is worth discussing smoking openly with your surgeon before surgery is planned.
Diagnosis begins with a comprehensive shoulder examination covering range of motion assessment, rotator cuff strength testing, shoulder stability evaluation, functional movement assessment, pain localisation and impingement tests. An MRI scan is preferred for tendon injuries, supported by digital X-rays, an ultrasound scan in selected cases, a CT scan when required, and blood investigations before surgery.
Results vary based on your condition, commitment, and treatment plan. Some people feel improvement after just a few sessions, while others may require several weeks for noticeable progress. Consistency is key to successful recovery.
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