Pain in the spine or joints can have various causes. If conservative measures alone are not sufficient, targeted infiltration therapy may be a treatment option. In this procedure, medications or other appropriate substances are delivered directly to the structure causing the pain.
At the ROC in Aschheim near Munich, we perform image-guided injections. Using ultrasound, we can visualize the relevant anatomical structures and precisely target the injection—without the radiation exposure associated with a CT-guided injection.
In infiltration therapy, medications or other therapeutic substances are injected directly into the area surrounding a structure that is causing pain. Unlike systemic medication, this treatment is administered directly at the site of the condition.
Depending on the cause of the symptoms, the injection may be administered, for example, into a facet joint, an irritated nerve root, or an affected joint.
The type of injection that is appropriate and the substances used depend on the diagnosis, symptoms, and individual findings.
Infiltrations are particularly appropriate when the cause of the symptoms can be attributed to a specific anatomical structure.
Possible applications include, among others:
Therefore, a thorough diagnostic evaluation is performed before any infiltration. What matters is not just where the pain is felt, but which structure is likely causing it.
Depending on the cause and location of the symptoms, various infiltration techniques are available.
The choice of substance depends on the specific condition and the treatment goal.
Local anesthetics can be used to temporarily reduce pain transmission. They can also be helpful for diagnostic purposes: If symptoms subside significantly following a targeted infiltration, this may indicate that the treated structure is indeed involved in the origin of the pain.
In cases of inflammatory irritation, anti-inflammatory medications may be used depending on the indication. The decision on whether to use a medication—and which one—is made on a case-by-case basis.
For certain orthopedic conditions , the body’s own blood plasma—Platelet-Rich Plasma (PRP) —can also be used. To do this, a small amount of blood is drawn and processed to obtain concentrated plasma for treatment.
Hyaluronic acid can be administered as an injection for certain degenerative joint diseases. Whether treatment is appropriate depends, among other things, on the affected joint and the individual findings.
During an infiltration, the precise placement of the needle is crucial. That is why we perform these procedures at the ROC under imaging guidance.
Using ultrasound, we can visualize anatomical structures in real time and monitor the needle's position during treatment.
Another advantage over CT or X-ray-guided procedures is that ultrasound does not use ionizing radiation.
However, the type of imaging that is appropriate for a specific infiltration depends on the target structure and the individual’s anatomical situation.
Before treatment, we first determine the cause of the symptoms. In addition to a physical examination, diagnostic imaging may be necessary, depending on the specific issue.
At the ROC, one of the facilities available for this purpose is an open MRI scanner located directly on the Aschheim campus.
Based on the diagnosis, we determine which structure to treat and discuss with you which infiltration technique is appropriate.
The choice of substance used is also made on an individual basis.
The affected area is first disinfected. The needle is then guided under ultrasound guidance to the desired structure, and the intended substance is injected.
After the injection, you will remain with us for a short time for follow-up. Depending on the treatment performed, you will receive personalized recommendations regarding physical activity and post-procedure care.
When and to what extent an effect occurs depends on the cause of the symptoms, the structure being treated, and the substance used.
A local anesthetic can take effect very quickly. With other substances, it may take longer for any therapeutic effect to become apparent.
Furthermore, an infiltration does not provide sufficient or lasting relief of symptoms for all patients. For this reason, we view it as part of an individualized treatment plan rather than a one-size-fits-all solution for back pain.
In cases of symptoms originating in the facet joints, a targeted injection can also provide diagnostic information. If targeted treatment of a specific structure results in significant temporary pain relief, this can be taken into account when planning further therapy.
If facet joint pain persists for an extended period, additional treatment options may be discussed depending on the findings.
This includes, for example, facet denervation. In this procedure, the small nerves that transmit pain signals from the affected facet joints are specifically treated.

Precise Treatment
The target structure and the position of the needle can be visualized using ultrasound during the procedure.

No radiation exposure
Unlike CT- or X-ray-guided infiltration, ultrasound does not involve ionizing radiation.

Outpatient Treatment
The treatment can be performed on an outpatient basis at the ROC in Aschheim, near Munich.

Personalized Treatment Plan
We determine which type of infiltration is appropriate based on the individual findings.
For back and joint pain, the ROC first focuses on establishing an accurate diagnosis. This is because an injection is particularly effective when the structure causing the pain can be identified as precisely as possible.
To this end, we combine orthopedic examinations, modern imaging, and ultrasound-guided procedures all under one roof.
Depending on the findings, the injection may be used as a standalone treatment or as part of a more comprehensive treatment plan. If necessary, additional conservative, physical therapy, or regenerative procedures may be added.

Specialists
Experienced physicians with many years of expertise in regenerative medicine

Personalized consultation
Customized treatment plans tailored to your specific condition

Innovative Technology
State-of-the-art equipment and scientifically sound methods

In-house laboratory
In-house laboratory diagnostics and scientifically based therapies

Dr. med. Daniel Filesch
Specialist in orthopaedics and trauma surgery

Martina Berger
Doctor for regenerative orthopaedic procedures

Dr. med. Edan Manos
Doctor for regenerative orthopaedic procedures

Patrick Heine
Specialist in orthopaedics and trauma surgery


