Which location to massage for tendinitis

Written by Li Jie
Orthopedics
Updated on November 01, 2024
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Since a tendon is a bundle that extends from the muscle belly and is elongated, during massage, one should not only focus on the painful area but should consider the entire muscle and tendon. Massaging only the painful area is similar to the notion of treating just the head for a headache or just the foot for foot pain.

Therefore, when massaging, it is necessary to cover the entire muscle from its origin to its insertion, reaching the painful parts of the tendon. Also, one should avoid rough massage techniques; instead, gentle manipulations are encouraged. Otherwise, it could lead to counterproductive effects and not be beneficial. Gentle massage or heat application are both acceptable methods.

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Can tendinitis be treated with a cortisone injection?

Can a cortisone injection be used for tendinitis? From a clinical perspective, for tendinitis, other conservative treatments such as physical therapy, massage, and oral medications can be used. When treatments like phototherapy are ineffective or not yielding results, a cortisone injection is certainly an option. As long as it is accurately targeted, the results of a cortisone injection are very satisfactory. In some cases of tendinitis, a cortisone injection can even achieve a curative effect. Thus, after tendinitis, a cortisone injection can definitely be used for treatment.

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How to treat the symptoms of tendinitis

The symptoms of tendinitis firstly include pain, which develops from mild to severe and can be alleviated by rest. However, the pain reoccurs or escalates with physical activity or increased intensity of movement. Additionally, the greater the activity, the shorter the relief period. The second symptom is restricted movement primarily due to pain. Pain causes limitations when moving the limb in certain ways or directions, increasing the pain and thereby causing movement restrictions. Typically, tendinitis presents a fixed tender point usually located at the site of injury, with possible radiating pain around the tender point. Swelling is generally not prominent; the primary characteristic of tendinitis is severe pain, with no significant changes in the skin and minimal or very light swelling. As for treatment, conservative approaches are commonly chosen, such as standard treatments involving immobilization, rest, and protecting the affected area. Oral non-steroidal drugs might be used along with localized treatments, or physical therapies like microwave and shockwave therapies, which are quite effective. If symptoms do not improve or worsen despite rigorous conservative treatment, surgical intervention may be necessary. The specific surgical techniques vary and are determined by the surgeon.

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Can tendinitis be seen on an X-ray?

If you are referring to taking an X-ray, tendonitis can only be detected in one situation by X-ray, that is, if the tendonitis has caused calcification. Only then the calcification appears as a high density on the X-ray; otherwise, X-rays won’t show tendonitis. The best examination for tendonitis is magnetic resonance imaging (MRI) because MRI excels in viewing soft tissue disorders, a capability unmatched by other examinations. So, if you suspect you have tendonitis, an MRI should be the first choice, and taking X-rays is not very significant.

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What causes tendinitis?

Tendonitis refers to a type of sterile inflammation that occurs in the tendons and surrounding tissues due to various reasons. Its formation typically follows these four causes: First, acute injury, which usually occurs after the tendons are impacted violently, causing tears or ruptures and leading to an inflammatory reaction in the tendon and surrounding area. Second, long-term wear and tear. This is primarily seen in tendons that are repeatedly subjected to abnormal, unhealthy wear and tear, leading to increased tendon burden or instability at the attachment points, which then causes a surrounding inflammatory response. Third, increased tendon load, leading to damage in the tendon itself, and even causing tears and bleeding, forming a reactive inflammation. The final cause is due to excessively long exercise periods or overloading the tendons through exercise, causing tendon congestion and edema, and eventually leading to inflammation. This can occur in individuals who suddenly engage in heavy exercise after a period of inactivity, or athletes who train daily for extended periods without adequate rest, causing the tendons to be under constant stress. Over time, like a bowstring, this can lead to slackening or rupture, causing an inflammatory response around the tendon or in the tendon itself. Thus, tendonitis generally arises from the reasons mentioned above, often seen in chronic strain and improper posture during exercise, and less commonly from acute injuries and increased loads.

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How to treat tendonitis and strains?

How to treat tendinitis and strain? That is, in cases with tendinitis that have also resulted in acute injury, the approach should align with treating acute injuries associated with tendinitis. Firstly, rest and immobilization. Resting helps to prevent further injury, and immobilization allows joints or tendons time to relax, rest, and repair. Secondly, apply ice. Ice should be applied to the injured area immediately after the injury. Typically, the first icing lasts for half an hour, followed by subsequent half-hour sessions every three hours, continuing up to 48 hours, after which it should switch to heat application. Thirdly, immobilize the joint or tendon. Immobilization serves two purposes: first, to prevent the injury from worsening; second, to help prevent further swelling. Fourthly, the injured limb should be elevated, raised above the level of the heart by 30 degrees. This is the internationally renowned RICE principle for treating tendon strains and injuries, focusing primarily on four aspects: rest, ice, compression, and elevation.