Pain in the sacroiliac joint (SI joint) is a widespread cause of back pain. It often arises from blockages or inflammation in the small joint connecting the sacrum and pelvis. This pain can significantly limit mobility and permanently impair quality of life. In addition to traditional treatment approaches such as physical therapy, pain medications, or infiltrations, PRP (platelet-rich plasma) therapy is becoming increasingly popular. But can PRP really help relieve pain from an SI joint blockage?
How does pain arise from an SI joint blockage?
The sacroiliac joint stabilizes the transition between the spine and pelvis. Improper loading, accidents, pregnancy, or prolonged sitting can lead to blockage or inflammation. Typical symptoms include deep back pain that can radiate into the buttocks or legs. Chronic irritation of the ligaments and tendons surrounding the sacroiliac joint often exacerbates the problem.
How can PRP help with SI joint pain?
PRP contains a high concentration of growth factors that can modulate inflammatory processes and activate tissue healing mechanisms. Through targeted injections into the affected ligament and tendon attachments at the sacroiliac joint, PRP can help regenerate micro-injuries, improve local circulation, and reduce chronic inflammation.
In contrast to cortisone treatments, which often only suppress symptoms in the short term, PRP relies on natural regeneration and can improve the function and stability of the sacroiliac joint in the long term.
When is PRP useful for SI joint blockages?
PRP is particularly recommended for patients who suffer from persistent symptoms despite conservative treatment or who have recurring sacroiliac joint problems. PRP is also an interesting option for people who want to avoid invasive procedures and rely on natural therapy.
In combination with exercises to strengthen the core muscles and targeted physiotherapy, PRP can significantly support the recovery phase.
How does the treatment work?
After a blood sample is taken, the platelet-rich plasma is processed and precisely injected into the affected structures under imaging guidance. The treatment is minimally invasive, can be performed on an outpatient basis, and is usually very well tolerated. Initial effects often become apparent within a few weeks of the first session.
Conclusion
PRP offers a natural, regenerative option to support healing in cases of sacroiliac joint pain. By specifically promoting tissue regeneration and modulating inflammation, PRP can help sustainably relieve symptoms and improve the stability of the sacroiliac joint. For many sufferers, PRP is an attractive alternative to purely symptomatic treatments.
