Thoracic Outlet Syndrome Surgery at Memorial Bahçelievler Hospital

The surgical treatment for thoracic outlet syndrome (TOS) at Memorial Bahçelievler Hospital is characterized by a high-precision, multidisciplinary approach that targets the complex neurovascular compression at the junction of the neck and chest. The procedure is performed within a facility that holds the world’s first LEED Platinum green hospital certification, providing an environment specifically engineered to reduce patient stress and optimize healing. For patients suffering from the debilitating pain, numbness, or vascular compromise associated with TOS, the surgery focuses on decompressing the outlet by removing the specific anatomical structures, such as a cervical rib, an enlarged first rib, or anomalous muscle bands, that are exerting pressure on the brachial plexus nerves or the subclavian vessels. The surgical protocol begins with advanced diagnostic mapping, utilizing high-resolution 3 Tesla MRI and dynamic CT angiography to visualize the exact point of compression during various arm movements. This allows the surgical team to choose the most effective approach, often favoring a transaxillary (under the arm) or supraclavicular (above the collarbone) incision. These techniques are performed with the aid of high-magnification surgical microscopes and neuro-monitoring systems, which provide real-time feedback on nerve conductivity. This level of technological oversight is critical for protecting the delicate nerve roots of the brachial plexus while ensuring a complete decompression of the thoracic space, thereby restoring full blood flow and nerve signaling to the upper extremity. Post-operative recovery at this facility is integrated into a specialized physical therapy and rehabilitation program. Because the relief of TOS depends as much on functional realignment as it does on the surgical resection, patients work with therapists who utilize biofeedback and targeted mobilization exercises immediately following the procedure. This ensures that the newly freed nerves and vessels do not become entrapped in scar tissue and that the patient regains the full range of motion. The infrastructure supports this recovery by maintaining optimal air quality and circadian lighting, creating a quaternary-care experience that addresses the physiological and neurological complexities of TOS with an elite level of surgical sophistication.