The Japanese journal of thoracic diseases
Online ISSN : 1883-471X
Print ISSN : 0301-1542
ISSN-L : 0301-1542
A Case of Intralobar Pulmonary Sequestration
with Special Reference to the Demonstration of Abnormal Arterial Findings by Computed Tomography
Minoru HongoTakayuki KambayashiShinichi OkuboHiroyoshi YamadaKen MatsuokaHiroshi AmemiyaKatsura OzawaTetsuo KawaguchiRyuzo WadaIchiro MochizukiShozo Kusama
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JOURNAL FREE ACCESS

1983 Volume 21 Issue 3 Pages 293-297

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Abstract
A 41 year-old male was admitted to our hospital, complaining of slight fever, dry cough and general fatigue. On auscultation, bubbling rales were audible at the mid to lower portion of left posterior chest. Plain chest roentgenogram showed multiple cystic shadows with an air-fluid level in the left lower lobe. An abnormal finger-like shadow, which extended from the left hemidiaphragm to the multiple cysts, was found on lateral chest tomogram. Bronchogram revealed cystic dilatation of left B6 and B10. Computed tomogram with contrast enhancement demonstrated multiple cysts and an abnormal round-shaped structure, consisted of high density material, in the left lower lung. At the level of 12mm below the round-shaped structure, an abnormal finger-like structure contiguous to the thoracic descending aorta was demonstrated.
The density of these abnormal structures was 80 Hounsfield units, which was the same as that of the descending aorta. Thoracic aortogram disclosed an abnormal artery arising from the thoracic descending aorta, just above the left hemidiaphragm, which proceeded to the left lower lung horizontally, and extended to superior direction and divided into multiple branches. These vessels drained into the left atrium via left lower pulmonary vein.
Diagnosis of intralobar pulmonary sequestration was confirmed by operation and consequently, the sequestered lung and the abnormal artery were successfully removed. It is emphasized that computed tomography with contrast enhancement is useful to detect the abnormal artery of pulmonary sequestration and that this method should be used to evaluate the vascular relationship of lung lesions.
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© by The Japanese Respiratory Society
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