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A sudden, severe, and disabling shoulder pain that seems to come out of nowhere, often in the middle of the night, can be the hallmark of calcific tendinitis. It is one of the most acutely painful shoulder conditions a patient can experience, and one that is highly treatable with the right specialist approach.
Dr. Kushalappa Subbiah provides specialist assessment and surgical management of calcific tendinitis in Bangalore for patients whose symptoms do not respond to conservative treatment.
Calcific tendinitis of the shoulder occurs when calcium deposits form within one or more of the rotator cuff tendons, most commonly the supraspinatus tendon. As these deposits grow or begin to reabsorb, they irritate the surrounding tissue and can cause intense inflammation and pain.
The condition is one of the leading causes of shoulder pain and affects roughly 3 to 7 percent of the general adult population, though not all cases are symptomatic. It is more prevalent in people between the ages of 30 and 60 and is slightly more common in women than men. Contrary to what many patients assume, it is not strongly associated with any particular sport or occupation, though it can certainly occur alongside shoulder overuse.
Pre-calcific Stage: Cellular changes occur in the tendon tissue without visible calcium deposits. Pain and limited movement may begin.
Calcific Stage (Formative): Calcium is deposited in the tendon. This stage can be relatively painless.
Calcific Stage (Resorptive): The body begins to break down the calcium deposits through cellular activity. This is typically the most acutely painful phase and can cause sudden, severe disabling pain.
Post-calcific Stage: The calcium is reabsorbed and the tendon begins to repair and remodel. Symptoms usually resolve.
The exact mechanism behind calcific tendinitis is not fully understood, but it is thought to involve a transformation of tendon cells into cartilage-like cells under conditions of low oxygen tension, leading to calcium deposition. Risk factors include age between 40 and 60, female sex, thyroid disorders, and metabolic conditions. It is not purely an overuse injury and frequently occurs in individuals with no history of overhead activity.
Diagnosis is confirmed through plain X-rays, which clearly demonstrate calcium deposits overlying the rotator cuff tendons. Ultrasound is an excellent tool for identifying the size and location of deposits and can guide interventional procedures. MRI is used when there is diagnostic uncertainty or when an associated rotator cuff tear needs to be excluded.
For patients with persistent or severe calcific tendinitis that has not responded to conservative management, Dr. Kushalappa performs arthroscopic removal of the calcium deposits combined with subacromial decompression. Using keyhole incisions and an arthroscope, the calcium deposit is located, needled, and removed from the tendon. The subacromial space is decompressed to reduce ongoing impingement. The procedure is minimally invasive and is performed as a day procedure under general anaesthesia. Recovery involves a sling for 1 to 2 weeks, with physiotherapy beginning promptly. Most patients experience significant pain relief within a few weeks of surgery, with full functional recovery expected within 3 months.
Yes, and it frequently does. Many cases of calcific tendinitis, particularly those in the resorptive phase, resolve spontaneously as the body reabsorbs the calcium. Anti-inflammatory medications, physiotherapy, and corticosteroid injections are the first-line approach. Surgery is only recommended when symptoms persist beyond 6 months of conservative treatment.
No, they are distinct conditions. Calcific tendinitis involves calcium deposits within an intact or minimally affected tendon, whereas a rotator cuff tear involves structural damage to the tendon tissue. However, both conditions cause shoulder pain and can co-exist, which is why imaging is important for an accurate diagnosis.
Most patients experience rapid and significant pain relief following arthroscopic calcium removal. Physiotherapy begins within 1 to 2 weeks and functional recovery, including return to overhead activities, is expected within 3 months.