Complicación infrecuente de un quiste hidatídico de pulmón: neumomediastino, hidroneumotórax y enfisema masivo de tejidos blandos / Unusual complication of a lung hydatid cyst: Pneumomediastinum, hydropneumothorax, and massive soft tissue emphysema

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Postoperative Pulmonary Complications Following Laparoscopy.

Postoperative pulmonary complications (PPCs) unrelated to anesthesia, especially hydropneumothorax, are rare after gynecologic laparoscopy. Hydropneumothorax can cause respiratory failure and be life-threatening, however. Awareness, prompt diagnosis, and timely intervention are crucial for clinical management. We review the literature for PPCs, including pneumothorax, hydrothorax, hydropneumothorax, and pleural effusion following laparoscopy, and also present a recent case of hydropneumothorax seen at our institution.

[Intrapleural rupture of pulmonary hydatid cysts]. / La rupture intrapleurale des kystes hydatiques pulmonaires.

INTRODUCTION: Intrapleural rupture of pulmonary hydatid cyst (PHC) is a rare but dangerous complication. The purpose of this study was to report the characteristics of this form of thoracic hydatidosis and analyze the favoring factors. MATERIALS AND METHODS: Between 1996 and 2011, 75 patients were operated in our department for PHC ruptured in the pleura (PHCP). The characteristics of this group were compared with those of a control group of 300 patients randomly selected from patients operated during the same period for PHC. RESULTS: PHCP patients were younger than controls (23 years old vs. 27,56) (P=0.03) with male predominance (70% vs. 46%) (P=0.01). The PHCP were often located in the lower lobes (64% vs. 48%) (P=0.03). Anatomic resections were more used in control group (P=0.03) whereas decortication and pleurectomy were more frequently in PHCP (P=0.001). CONCLUSION: Young age, male sex, and basal locations of PHC promote their rupture in the pleura. Surgical treatment of these cysts requires less anatomic resections but more decortication and pleurectomy.

[Non-tuberculous pleural infections versus tuberculous pleural infections]. / Atteintes pleurales non tuberculeuses versus atteintes pleurales tuberculeuses.

INTRODUCTION: In countries where tuberculosis is endemic, the main differential diagnosis for pleural infection by common bacteria is pleural tuberculosis. OBJECTIVE: The purpose of our study was to determine the differences between pleural infection by common bacteria and that caused by pleural tuberculosis. METHODOLOGY: Our study was a retrospective analysis and compared the characteristics of confirmed pleural infection by common bacteria (PIB) and that due to pleural tuberculosis (PT). RESULTS: For the PIB, the signs evolved for 2.4 ± 1.4 weeks versus 5.6 ± 2.2 weeks for the PT (P=0.01). In multivariate analysis, for PIB the onset of symptoms was more abrupt (OR=3.8 [1.5; 9.9]; P=0.01), asthenia was less frequent (OR=0.3 [0.1; 0.9]; P=0.03), pleural liquid was more purulent (OR=40.0 [15.0; 106.7]; P<0.01). The blood neutrophil count was more frequently raised in cases of PIB (OR=2.5 [1.2; 5.4]; P=0.02). Pneumothorax/hydropneumothorax was less frequent in PIB (OR=0.3 [0.1; 1.0]; P=0.04). CONCLUSION: Clinical differences exist between pleural effusions caused by tuberculosis (TB) and those due to other bacterial infections. However, they are not sufficiently sensitive and therefore the search for the tuberculous bacillus must be systematic while waiting for implementation of new diagnostic tests for the organism.

Unusual case of pyopneumothorax in Tennessee.

Rupture of a coccidioidal pulmonary cavity with subsequent pyopneumothorax is a rare clinical event, even in areas endemic for coccidioidomycosis. Our encounter with a patient diagnosed with this condition in northeast Tennessee serves notice to clinicians that coccidioidomycosis is indeed a traveling fungal disease, and practitioners must be alert to common and uncommon manifestations of infection associated with this fungus. A literature review pertaining to coccidioidal pyopneumothorax revealed that patients usually present with a recent onset of chest pain. Serologic testing and pleural fluid culture are highly useful, and management includes surgical intervention with or without antifungal therapy.

The limited role of total parenteral nutrition in the management of pancreatic pseudocyst.

Total parenteral nutrition (TPN) for the nonoperative treatment of acute pancreatic pseudocyst has been of hypothetical benefit. We reviewed pseudocyst hospital admissions in 40 patients treated with TPN who had serial imaging studies. The mean cyst size was 7.4 cm on presentation, decreasing to 5.6 cm after nonoperative treatment with TPN (mean 32.5 days). After a nonoperative period, 68 per cent of cysts regressed, completely in 14 per cent, partially in 54 per cent. Except for a patient with cyst-related obstructive jaundice, there were no complicated pseudocysts. Only 12 (28%) patients underwent cyst drainage. Fifteen patients (35%) sustained catheter-related complication, which included sepsis (26%), pneumothorax (9%), hydropneumothorax (2%), and septic right atrial thrombosis (2%), in the course of hospitalization. The majority of TPN-treated patients had a clinical and radiographic regression of their pseudocyst. However, the increased risk of catheter-related complications in this group suggests that this therapy should be limited to patients who are unable to sustain enteral nutrition.

Ultrasonographic approach to diagnosing hydropneumothorax.

Ultrasound results for 11 patients with HPN confirmed by CXR were compared with those for 100 healthy subjects. The observation of the hyperechogenic line of the pleuropulmonary surface (normal subjects) showed back-and-forth respiratory movements in every case which we call the "gliding sign." Ultrasonographic signs were shown in all patients with HPN. Visualizing the gassy effusion above the pleural fluid, the disappearance of the "gliding sign" (n = 11) indicates PN. The image of the HPN allows in addition a "curtain sign" which depicts the movement of air/fluid level (n = 11), the pulmonary collapse being calculated across the liquid window whose echostructure is analyzed. A "polymicrobullous" image (n = 2) caused by air microbubbles within the fluid effusion, is reported. We conclude that echography appears to be a new approach to diagnosing HPN, which is particularly useful during or after ultrasonically guided procedures including pleural drainage, and should be recognized by sonographers.