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The Journal of Thoracic and Cardiovascular Surgery, Vol 88, 486-494, Copyright © 1984 by The American Association for Thoracic Surgery and The Western Thoracic Surgical Association
BD Daly Jr, LJ Faling, RD Pugatch, Y Jung-Legg, ME Gale, G Bite and GL Snider
Computed tomographic scans of the chest were utilized to stage mediastinal
disease in 148 instances of bronchogenic carcinoma considered for resection
in 146 patients. Nodes greater than or equal to 1.5 cm in diameter were
interpreted as abnormal. All nodes positive by computed tomography were
evaluated by mediastinoscopy, anterior mediastinotomy, or thoracotomy. All
patients with negative computed tomographic findings underwent thoracotomy
without prior surgical staging. Patients undergoing thoracotomy were
divided into two groups. In Group I (first 51 instances) routine
mediastinal exploration was not carried out; in Group II (last 97
instances) the mediastinum was explored in every patient and nodes were
submitted for histopathological study. The computed tomographic and
pathological findings on the mediastinal lymph nodes were compared. The
sensitivity, specificity, and accuracy of computed tomography in Group I
were 88%, 94%, and 92%, respectively, in Group II 75%, 89%, and 86%, and in
the combined group, 80%, 91%, and 88%. The positive predictive index in
Group I, Group II, and in the combined group was 88%, 69%, and 77%,
respectively. It was lower for central than peripheral lesions (74% versus
88%) and was lowest for lesions in the right upper and left lower lobes.
The negative predictive index was greater than 90% for all groups and all
tumor sites except the left upper lobe, where it was 89%. Ten patients had
false-positive scans, three with old mediastinitis and seven with
postobstructive pneumonia; nine of the 10 had central lesions, and seven of
these lesions were located in the right upper lobe. Eight patients had
false-negative scans; six had para- aortic, subaortic, or postsubcarinal
nodes. These nodes would not have been accessible to mediastinoscopy. In
only one patient with false- negative nodes would routine mediastinoscopy
have prevented thoracotomy and resection. Computed tomographic staging of
mediastinal disease is indicated for all patients with lung cancer in whom
operation is contemplated. Computed tomography directs the most appropriate
staging procedure for patients with positive findings and obviates invasive
staging for patients with negative findings.
ARTICLES
Computed tomography. An effective technique for mediastinal staging in lung cancer
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