Surgical decompression for vascular compression syndrome

Blood vessels run through the entire body to supply the tissues with blood, oxygen and nutrients and to transport the blood back to the heart. The larger vessels in particular often run protected by muscles and bones or cross other structures in the depths, such as the lymph nodes. Nerves or tendons.

For various reasons, the course of the blood vessels can be narrowed or even completely blocked by external structures. In this case, one speaks of a vascular compression syndrome (mechanical vascular constriction).

Vascular compression syndromes differ not only in terms of anatomical localization, but also in terms of symptoms. In principle, both the veins and the arteries can be affected. If the veins are affected, this usually leads to a drainage disorder with swelling in the affected area. If the arteries are affected, this leads to a circulatory disorder, which often manifests itself as pain.

The detection and diagnosis of vascular compression syndromes requires a wealth of experience. Imaging procedures such as ultrasound, CT and MRI are supplemented with special functional tests to visualize the blood flow in different situations.

Venous compression syndromes

  • Tumor compression with upper influence congestion
  • Paget von Schrötter syndrome
  • Thoracic Inlet Syndrome
  • Nutcracker syndrome
  • May-Thurner syndrome

Arterial compression syndromes

  • Thoracic outlet syndrome
  • Popliteal entrapment syndrome
  • Bowhunter / Eagle syndrome
  • Dunbar/ligamentum arcuatum syndrome
  • Wilkie syndrome
  • Sutton syndrome
  • Ormond’s disease/ retroperioneal fibrosis
  • Tumor associated compression syndromes/infiltration

Choice of therapy

If vascular compression syndrome causes symptoms, treatment should be sought at the latest. Sometimes, however, treatment is necessary even without symptoms. Constant constriction of a vessel can lead to injuries and changes in the vessel wall with more serious consequences. The choice of therapy usually depends on the type and localization of the constricting structure.

Decompression, i.e. relief of pressure, is usually necessary in the arteries. The constricting structures, e.g. muscles, tendons or bones, are incised or cut through in an operation. In the area of the veins, internal splinting with a stent is often sufficient. This can usually be placed minimally invasively via the inguinal vessels in the constricted area.

Before the type of therapy is determined, a number of examinations are often necessary to determine exactly where the problem lies. We will then discuss all the options with you, including the advantages and disadvantages, and advise you in detail. The therapy, the procedure and the duration of the stay depend entirely on the affected region. After insertion of a stent, discharge is often possible after just two to three days. After operations, the stay is usually somewhat longer due to the surgical wound and lasts six to seven days.

As a rule, no subsequent rehabilitation is required. In the vast majority of cases, outpatient physiotherapy is completely sufficient. As a center, we have proven expertise in the field of vascular compression syndromes, despite their rarity.

For patients

As a patient, you can also register directly for an initial consultation. Ideally, you should be referred to us by your general practitioner or specialist. Unfortunately, patients who are insured under a family doctor model cannot refer themselves.

Tel. +41 44 255 20 39

Opening hours:  8 a.m. – 12 p.m. 1.00 p.m. – 5.00 p.m.

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University Hospital Zurich
Department of Vascular Surgery
Raemistrasse 100
8091 Zurich

Tel. +41 44 255 20 39
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