https://phaidra.vetmeduni.ac.at/o:4583 Comparison of thoracic computed tomography and surgical reports in dogs and cats Brloznik, Maja Maja Brloznik University of Veterinary Medicine Vienna Immler, Martin Martin Immler 0009-0005-3507-1831 University of Veterinary Medicine Vienna Pruellage, Maria Laura Maria Laura Pruellage University of Veterinary Medicine Vienna Gruenzweil, Olivia Mariel Olivia Mariel Gruenzweil University of Veterinary Medicine Vienna Lyrakis, Manolis Manolis Lyrakis 0000-0003-2768-3844 University of Veterinary Medicine Vienna Ludewig, Eberhard Eberhard Ludewig University of Veterinary Medicine Vienna Kneissl, Sibylle Maria Sibylle Maria Kneissl 0000-0001-9588-4715 University of Veterinary Medicine Vienna Frontiers Media Sa journal article open access eng Introduction: This retrospective study compared computed tomography (CT) and surgical reports in 41 dogs and 23 cats undergoing thoracic surgery (50 thoracotomies, 14 thoracoscopies). Objectives: The objective of this study was to evaluate the agreement between imaging and surgical findings in dogs and cats undergoing thoracic surgery and to access sensitivity of imaging for major surgical finding. Methods: Patients were included if they had an in-house CT study performed within 8 days prior to surgery, had a finalized CT report available before surgery, and if the corresponding surgical report was sufficiently detailed to allow meaningful comparison with CT findings. Imaging and surgical findings were extracted and categorized as complete agreement, partial agreement (regarding type, number, or site of lesion), no agreement, or equivocal. Short-term outcome (discharged or deceased) was recorded. Results: Agreement between primary imaging and surgical findings was achieved in 55 of 64 patients (86%): 33 dogs (33/41; 80%) and 22 cats (22/23; 96%). No agreement was found in 6 of 64 patients (9%): bullae were not detected in 3 dogs and 1 cat, a foreign body was missed in 1 dog, and pericarditis was missed in 1 dog. Partial agreement was found in one patient with several bullae (2%). Based on the available data, 2 of 64 patients could not be classified (3%). Surgical reports documented that the most common lesions were pleural effusion (12 dogs, 15 cats) and pulmonary mass/nodule (14 dogs, 5 cats). Fifty-two patients were discharged, while twelve (12/64; 19%) died before discharge (six patients died and six were euthanized). Significant association between categories of pathology and agreement was observed (p < 0.001). The categories of pathology with the highest number of cases (lung mass (n = 19) and pleural effusion (n = 27)) showed only complete agreement between primary imaging and surgical findings. Differences in agreement were associated with perception (n = 4), cognitive error (n = 2) and discrepancy (n = 1). Conclusion: Small and camouflaged pathologies, such as low-contrast foreign bodies and ruptured bullae in the atelectatic lung, were most frequently missed or wrongly interpreted in CT reports. Dog Cat Computed Tomography Cognitive Error Perception Error Discrepancy http://creativecommons.org/licenses/by/4.0/ https://phaidra.vetmeduni.ac.at/api/object/o:4583/download 10.3389/fvets.2025.1566436 https://phaidra.vetmeduni.ac.at/o:605 application/pdf Frontiers in Veterinary Science issn:2297-1769 VoR Frontiers in Veterinary Science 12 213.27 kB 2025