Litcius/Paper detail

Diagnostic yield and complications of CT-guided biopsy of lung lesions as a radiological outpatient clinic procedure

Katrine Bitsch Johansen, John Valtersson, Christian B. Laursen, Bo Redder Mussmann, Benjamin Schnack Rasmussen, Ole Graumann, Pia Iben Pietersen

2025Acta Radiologica Open6 citationsDOIOpen Access PDF

Abstract

Background: Computerized tomography-guided transthoracic needle biopsy (CT-TTNB) plays an important role in the diagnostic work-up of lung lesions. The literature reports varying results on complication rates, severity of complications, and diagnostic yield. Purpose: To evaluate CT-TTNB as a radiological outpatient clinic procedure and explore diagnostic yield and complication rates. Material and methods: Between January 2017 and October 2019, a total of 559 patients underwent CT-TTNB. Patient records and CT scans were retrospectively reviewed and patient characteristics, lesion characteristics, biopsy procedure, and per- and post-procedural complications, as well as pathological diagnosis, were registered. Results: = 275 of 559 patients). Insertion of a drainage catheter was needed in 85 of the 275 patients with pneumothorax. Parenchymal bleeding was seen in 26.5% of the patients and haemoptysis in 5.5%. No cases of bleeding or haemoptysis required intervention or admission. Small mean lesion size and increased distance from pleura to the lesion were associated with a higher occurrence of complications. A conclusive pathological diagnosis was obtained in 278 of 511 (54.4%) biopsies. No patients were re-admitted after the two-hour observational period in the radiological department. Conclusion: CT-TTNB as an outpatient clinic procedure is feasible but has a moderate diagnostic yield and relatively high complication rates for minor complications.

Topics & Concepts

Radiological weaponMedicineYield (engineering)RadiologyBiopsyLungLung biopsyInternal medicineMetallurgyMaterials scienceLung Cancer Diagnosis and TreatmentPleural and Pulmonary DiseasesTracheal and airway disorders