Rheumatic diseases such as rheumatoid arthritis, psoriatic arthritis, or other inflammatory rheumatic conditions are often accompanied by chronic pain, joint stiffness, and progressive tissue destruction. While conventional therapies aim to inhibit inflammation and slow the progression of the disease, many sufferers seek natural supplements that can promote healing processes and improve quality of life. One such option is PRP (platelet-rich plasma) therapy. But how effective is PRP for rheumatic pain?
How do rheumatic diseases affect joints and tissue?
In rheumatic diseases, the immune system attacks the body's own tissue, particularly joints, tendons, and ligaments. The result is chronic inflammation, swelling, pain, and gradual tissue damage. Even with medical treatment, inflammatory processes can persist and impede the regeneration of damaged tissue.
How can PRP help with rheumatic pain?
PRP is extracted from the patient's own blood and contains a high concentration of growth factors that promote regenerative processes in tissue. When injected into affected joints or tendons, PRP can stimulate local healing, modulate inflammation, and activate tissue repair mechanisms.
While PRP does not cure the underlying disease, it can still help reduce pain, improve mobility, and increase the resilience of the affected structures. Especially during periods of remission or in cases of localized pain, PRP offers a natural complement to conventional therapies.
When is PRP useful for rheumatic diseases?
PRP can be used particularly when individual joints are affected, mild to moderate inflammation exists, or targeted tissue regeneration is desired. PRP can also support healing in cases of tendon irritation, overuse injuries, or persistent soft tissue complaints despite controlled underlying disease.
Close coordination with the treating rheumatologist is important in order to integrate the application meaningfully into the existing therapy concept.
How does a PRP treatment work?
After a blood sample is taken, the plasma is processed and injected into the affected areas under sterile conditions. The procedure is minimally invasive and generally well-tolerated. Depending on the severity of the symptoms, one to three sessions spaced several weeks apart are recommended.
Conclusion
PRP can be a useful, natural complement to the treatment of rheumatic pain. By promoting regeneration and modulating inflammation, PRP can help relieve pain and improve joint function. PRP represents an interesting option, especially for patients seeking regenerative support in addition to conventional therapy.
