Calcific shoulder, also known as calcific tendinitis, is a painful condition caused by calcium deposits in the tendon insertions of the rotator cuff. The rotator cuff is a group of four muscles and tendons in the shoulder area responsible for stabilizing and mobilizing the shoulder joint. Calcific shoulder can lead to restricted mobility and severe pain during certain arm movements.
The exact causes of the development of a calcific shoulder are not yet fully understood. However, it is suspected that circulatory disorders and inflammations in the tendon attachments of the rotator cuff lead to increased calcium deposits. Certain risk factors such as obesity, diabetes, thyroid diseases, and genetic predispositions may also play a role.
The symptoms of calcific shoulder can vary from patient to patient. However, typical signs include:
In some cases, a calcific shoulder can also be asymptomatic, meaning without noticeable pain or movement restrictions.
As a rule, a calcific shoulder can be treated without surgical intervention. The following therapy options may be considered:
As an experienced orthopedist, we recommend early diagnosis and treatment of calcific shoulder to avoid long-term damage. If you have any questions about the therapy or would like to schedule an appointment, we are happy to assist you.
Pronounced calcium deposits can lead to severe movement restrictions and pain. Gentle treatments such as physical therapy and ointments are no longer sufficient to restore full mobility. With focused shockwave therapy, the calcium deposits can be specifically dissolved, allowing the body to reabsorb and transport the deposited calcium.
As a rule, five short treatment sessions of shock wave therapy in Düsseldorf are sufficient to remove the calcifications from the tendon attachments of the rotator cuff. In some cases, anti-inflammatory medications should also be taken. If the calcifications are already too extensive, only an arthroscopic joint examination can help. This surgical procedure can be performed on an outpatient basis and involves only minimal strain for the patient.