Percutaneous Pulmonary Tumor Ablation
Percutaneous destruction of a lung tumor using heat or cold, under CT guidance.
Percutaneous Pulmonary Tumor Ablation
Synonyms : lung cryoablation, lung tumor ablation, pulmonary radiofrequency ablation
Background and indications
Percutaneous lung ablation is offered for small lung tumors (primary or metastatic) in patients who cannot undergo surgery or who prefer a minimally invasive alternative. It generally targets tumors smaller than 3 cm.
Benefits
This procedure destroys the tumor without opening the chest, with rapid recovery and maximum preservation of healthy lung tissue. It can be repeated if new lesions appear.
Procedure
Under general anesthesia, the patient is positioned in a CT scanner. The radiologist inserts a needle through the chest wall into the tumor. Ablation is performed by radiofrequency, microwave or cryoablation. The procedure lasts 30 minutes to 1.5 hours.
Risks
Pneumothorax (air between lung and chest wall) is the most common complication (20-30%), sometimes requiring a small drain. Intrapulmonary bleeding (hemoptysis) or pleural effusion may occur less frequently.
Recovery and follow-up
A 1-2 night hospital stay is typical. A chest X-ray is performed a few hours later to check for pneumothorax. Follow-up CT scan at 1 month then regularly.
Practical information
General anesthesia. Hospital stay: one to two nights.
Français
English