No abstract available.
Pulmonary Atelectasis*

No abstract available.
Pulmonary Atelectasis*

No abstract available.
Pulmonary Atelectasis*

No abstract available.
Pulmonary Atelectasis*

Accessory fissures serve not only as natural barriers against infection but also help in localizing any focal pulmonary parenchymal diseases and in distinguishing pleural from parenchymal diseases. Knowledge of these fissures might be useful in differentiating unusual forms of atelectasis or consolidation occuring adjacent to the fissure. Left minor fissure (LMF) is a kind of unusual accessory fissures of the left lung, which separates adjacent segments of the upper lobe as clefts of various depths lined by two layers of visceral pleura. In this study, 4 cases of LMFs found in the left upper lobe during a routine dissection of 36 cadavers were observed. Of the 4 cases, 3 cases were true LMFs which located between the anterior segment of the upper lobe and superior segment of lingula, and 1 case was considered as left azygos fissure. Among the true LMFs, 2 LMFs coursed horizontally and 1 LMF coursed upward obliquely along the costal surface. The depth of LMFs was 0.5~1.2 cm and the length was 5~8 cm.
Cadaver ; Lung* ; Pleura ; Pulmonary Atelectasis

The authors have experienced a case of entire lung collapse on the right side which appeared after upper abdominal operation under endotracheal general anesthesia. It has been rarely reported in the literature.
Anesthesia, General ; Lung* ; Pulmonary Atelectasis*

The characteristic radiographic and CT findings of Iobar atelectasis are well known. However, Iobar atelectasis is a dynamic process, and atypical presentations may occur due to a number of different causes. Familiarity with the various typical and atypical radiographic findings of Iobar atelectasis is important for correct diagnosis. The aim of this manuscript is to illustrate the spectrum of radiographic findings of Iobar atelectasis and to correlate the radiographic findings with the CT findings. The review will illustrate examples of typical and atypical Iobar atelectasis, including combined Iobar atelectasis, peripheral Iobar atelectasis, migrating Iobar atelectasis, rounded atelectasis involving the entire lobe and Iobar atelectasis mimicking paravertebral and mediastinal masses.
Diagnosis ; Pulmonary Atelectasis* ; Recognition (Psychology)

The characteristic radiographic and CT findings of Iobar atelectasis are well known. However, Iobar atelectasis is a dynamic process, and atypical presentations may occur due to a number of different causes. Familiarity with the various typical and atypical radiographic findings of Iobar atelectasis is important for correct diagnosis. The aim of this manuscript is to illustrate the spectrum of radiographic findings of Iobar atelectasis and to correlate the radiographic findings with the CT findings. The review will illustrate examples of typical and atypical Iobar atelectasis, including combined Iobar atelectasis, peripheral Iobar atelectasis, migrating Iobar atelectasis, rounded atelectasis involving the entire lobe and Iobar atelectasis mimicking paravertebral and mediastinal masses.
Diagnosis ; Pulmonary Atelectasis* ; Recognition (Psychology)

PURPOSE: Right middle lobe syndrome is defined as chronic atelectasis of the middle lobe of the right lung. The purpose of this study was to analyze the etiologies, radiologic findings, bronchoscopic findings, and clinical manifestations of right middle lobe syndrome in children. METHODS: We retrospectively reviewed the medical records of 28 children, who were admitted to the Samsung Medical Center from June 1998 to January 2003. These children had persistent atelectasis in the right middle lobe in plain chest radiography for more than a month. RESULTS: In 28 children, the most common etiology was pneumonia, followed by tuberculosis, bronchiectasis, and asthma. Most of the patients manifested nonspecific respiratory symptoms, such as coughing. The computerized tomography showed various findings including atelectasis, air bronchogram, or bronchietasis. While normal patent airway was found in 50% of the patients by bronchoscopy, narrowing of bronchus, large amount of secretion, and granulation nodules were noted in another half of the patients. In comparison with tuberculosis, atelectasis caused by pneumonia was relived more frequently by bronchoscopic therapeutic intervention (P=0.008), but there was no significant difference between them after approximately 2 years of follow-up. (P=0.232) Final outcomes in patients whose duration of atelectasis was 2 months or less tended to be better than 12 months or more, but it was not statistically significant. (P= 0.067) CONCLUSION: Common causes of right middle lobe syndrome in Korean children are pneumonia and tuberculosis. A high index of suspicion is required for early diagnosis and proper treatment which leading to better outcomes.
Asthma ; Bronchi ; Bronchiectasis ; Bronchoscopy ; Child* ; Cough ; Early Diagnosis ; Follow-Up Studies ; Humans ; Lung ; Medical Records ; Middle Lobe Syndrome* ; Pneumonia ; Pulmonary Atelectasis ; Radiography ; Retrospective Studies ; Thorax ; Tuberculosis

PURPOSE: Right middle lobe symdrome is characterized by a spectrum of disease from recurrent atelectasis and pneunomitis to brobchiectasis of the Right middle lobe symdrom. It was first reported gy Grahm describing 12 patients with middle loge atelectasis and bronchiectasis due to enlarged lymph nodes. The incidence of Right middle lobe syndome seems tobe increasing in children, byt there have been only a few studies of right middlelobe syndrome in Korea. METHODS: Twenty-five children with RMLS who had been admitted during the last 10 years were evaluated with particular attention to clinical features, laboratory results, bronchographic findings, and treatment RESULTS: All patients were symptomatic and complained of chronic cough(25), sputum(20), fever(16), dyspnea(3), vomiting(2), and foreign body in the bronchus(2). Most of the patients had recurrent pneumonia: 6 patients had Mycoplasma pneumonia, and 6 patients had ashma and allergic disorders. Only 5 out of the 25 patients showed sufficient obstruction on bronchography and 6 patients took computed tomography scans. Chest radiography, bronchography and computed tomography scans were evaluated for review in 25 patients showing consolidation(17), patchy infiltration(14), atelectasis(12), hyperinflation(5), bronchiectasis(2), and air bronchogram(2). Most patients were improved by conservative medical management and only 2 patients had closed thoracostomy. CONCLUSION: These 25 patients who had been diagnosed as Right middle lobe syndrome were improved after 2 week treatment of antibiotics and conservative management and their prognosis were good during the follow-up period.
Anti-Bacterial Agents ; Bronchiectasis ; Bronchography ; Child ; Follow-Up Studies ; Foreign Bodies ; Humans ; Incidence ; Korea ; Lymph Nodes ; Middle Lobe Syndrome* ; Pneumonia ; Pneumonia, Mycoplasma ; Prognosis ; Pulmonary Atelectasis ; Radiography ; Thoracostomy ; Thorax