Interventional Radiology

Interventional Radiology is a modern branch of medicine that enables the diagnosis and treatment of various diseases through minimally invasive procedures performed under CT or angiographic guidance.

Using precise radiological navigation, interventions are carried out without conventional surgery, resulting in shorter recovery time, lower risk, and faster return to daily activities.

The department treats:

Vascular diseases

stenoses, aneurysms, and vascular malformations
Oncological conditions

tumors and metastases
Infections and abscesses

requiring drainage
Spinal disorders

disc herniation and pain syndromes
Gastrointestinal diseases

polyps and tumor formations
Conditions requiring biopsy

for diagnostic confirmation

Interventions are performed under advanced radiological guidance, enabling precise targeting and safe performance of procedures.

The department uses minimally invasive techniques for both diagnostic and therapeutic purposes.

Non-Vascular Interventional Procedures

CT-guided biopsy

Precise positioning of the needle for sampling tissue from suspicious lesions, with minimal risk and high diagnostic accuracy.

CT-guided drainage

Evacuation of abscesses and pathological collections by placement of a drain, while simultaneously obtaining material for analysis.

Periradicular therapy

Application of corticosteroid and anesthetic near a nerve root to reduce pain and inflammation.

Intradiscal injection

Administration of therapy directly into the intervertebral disc in cases of disc herniation, aimed at reducing pressure and symptoms.

Virtual colonoscopy

Advanced 3D reconstruction of the colon with high resolution for early detection of polyps and tumors.

Computed tomography (CT)

high-resolution imaging with the ability to precisely guide interventions in real time.
Angiography suite

specialized environment for vascular procedures under fluoroscopic guidance.
Fluoroscopy

continuous visualization of blood vessels and catheters during interventions.
Contrast systems

enhanced visualization of vascular structures and organs.
Catheterization systems

microcatheters, guidewires, and stents for precise endovascular navigation.
3D reconstruction systems

advanced image processing for improved planning and performance of procedures.