Foreign bodies in the lungs and pleura after intrathoracic surgical interventions (clinico-anatomical parallels)

Clinicoanatomical analysis of 6 cases of pathological processes in the lungs and pleura caused by gauze cloths left carelessly during operative treatment of pulmonary diseases was carried out. It was found that the character of these accidentally induced sufferings depended on the volume of the surgical intervention and the time during which the foreign bodies remained in the pleural cavity or the operative wound. The complications caused by the presence of gauze cloths accidentally left in the pleural cavity or lung follow a course separately from the initial pulmonary pathological process, have no pathogenetic relations to it, and possess a characteristic clinicoanatomical picture which allows them to be evaluated as surgical iatrogenesis, an equivalent of a nosological unit.     

Retrieval of surgical blade by open thoracotomy – A case report of an iatrogenic complication

Presence of foreign body in thoracic cavity is very uncommon. Most common etiologies for the presence of such foreign bodies are accidental, traumatic or iatrogenic. We report the management of a case with a rare foreign body in the thorax i.e. surgical blade. While inserting ICD the surgical blade slipped from the scalpel and was sucked into the pleural cavity. FB migrated in the mediastinum and Contrast Tomographic scan showed elongated radio-opaque object of metallic density in the mediastinum, just abutting the superior vena cava. An immediate open thoracotomy was planned to retrieve the blade.     

Thoracoscopy in children: anaesthesiological implications and case reports

AIM: Videoassisted thoracic surgical technique in children is being used with increasing frequency for an extensive variety of diagnostic and therapeutic procedures. The aim of the study was to assess respiratory, cardiocirculatory and body temperature changes in children undergoing thoracoscopy and to identify if the trend of such changes was modifiable by factors such as lung exclusion, length of the thoracoscopy and preoperative respiratory compromise. METHODS: A total of 50 patients (38 boys and 12 girls) undergoing general anaesthesia for diagnostic and therapeutic thoracoscopic procedures were analysed. The values of the monitored parameters were compared at 6 specific times: T1 - at the end of anaesthesia induction (considered the basal level); T2 - after lateral position; T3 - before pleural CO2 insufflation; T4 - 10 min after pleural CO2 insufflation; T5 - before pleural deflation; T6 - 10 min after pleural deflation. RESULTS: All patients tolerated the thoracoscopy well, without intraoperative complications. Systolic blood pressure (SBP) and diastolic blood pressure (DBP) were significantly lower, and end-tidal CO2 (PETCO(2) significantly higher during thoracoscopy. Body temperature (BT) had a statistically significant reduction during thoracoscopy and after pleural deflation. During one-lung ventilation the PETCO(2) increased compared to two-lung ventilation with intrapleural insufflation, while during two-lung ventilation with intrapleural insufflation SBP and DBP decreased compared to one-lung ventilation. The length of the thoracoscopy increased the PETCO(2) and reduced the BT. The preoperative respiratory compromise increased the PETCO(2). CONCLUSIONS: Although thoracoscopy in children brings about certain respiratory, cardiocirculatory and body temperature changes, it is nevertheless a safe and efficient surgical technique.     

The role of thoracoscopy in the treatment of pleural empyema in children

Background The treatment of empyema with pleural drainage is a widely accepted surgical procedure. Currently, thoracoscopy often is used to treat this disease in some thoracic surgery centers. This report aims to present the authors’ experience with the treatment of pleural empyema and the benefits of thoracoscopy. Methods From 1997 to 2005, 49 children with a diagnosis of pleural empyema were treated by means of thoracoscopy in the authors’ department. The study group consisted of 21 girls and 28 boys, ages 1 to 17 years (mean age, 9.2 years). Thoracoscopic cleaning and drainage of the pleural cavity was performed for all the patients. Results Intraoperatively, stage I empyema was recognized in 7 children (14.3%), stage II in 30 children (61.2%), and stage III in 12 children (24.5%). Very good results were obtained for all the patients. There were no intra- or postoperative major complications. The drainage time was less than 5 days for 63.3% of the children. In the remaining group of patients, drainage exceeded 8 days only for 16.3%. The postoperative time was short. Emptying of the pleural cavity and full lung decompression were achieved in all cases. In four cases, pleural biopsy showed TB, which enabled early proper treatment. Conclusions Thoracoscopy can offer good visualization and cleansing of the empyema chambers, establishing efficient drainage even for patients with advanced stages of pleural empyema. Thoracoscopy enables collection of material not only for bacteriologic, but also for histopathologic examination. The method is minimally invasive, and risk for complication is comparable with that for classical thorax drainage.     

Intrapleural foreign bodies

Foreign bodies in the pleural cavity are comparatively rare.A case herein reported is that of a child aged 4 years who suffered from pneumonia and a subsequent empyema. Thoracotomy and rubber tube drainage were instituted. Three foreign bodies within the pleural cavity were later seen in roentgenograms. These foreign bodies were floated out of the pleural cavity with normal saline solution through the thoracotomy wound and proved to be masses of zinc oxide ointment.     

Video thoracoscopy in the diagnosis of pleural effusions

BACKGROUND: At present video thoracoscopy is a primary diagnostic procedure in the diagnosis of pleural diseases, particularly when pleural effusions have unknown origin. METHODS: In this article the personal experience is reported about 20 patients in which video thoracoscopy was very important in the diagnosis of pleural effusions. RESULTS: Thoracoscopy permits to explore the thoracic cavity and to do a lot of biopsies. Video thoracoscopy, made it possible to diagnose 10 cases of malignant mesothelioma, 2 cases of pleural metastases (renal mts and mammary mts) and 8 cases of inflammatory diseases. CONCLUSIONS: At last, is laid on the contribution of video thoracoscopy to determine the stage of malignant mesothelioma.     

Tension pneumothorax during removal of a foreign body from the esophagus

Extracting foreign bodies from the esophagus is a common procedure in emergency rooms. We report the case of an 82-year-old man who came to the emergency room after swallowing a clam shell. After three successive examinations by fiberoptic endoscopy, the last of which was performed with general anesthesia, the patient suffered pneumomediastinum and pneumothorax first on the right side and then, within a few hours, on the left. After extraction of the foreign body, bilateral pleural drainage and emergency repair of esophageal perforation were required. Episodes of pneumothorax have been described after endoscopic procedures on the digestive tract such as esophagoscopy. The cause of esophageal perforation described may be iatrogenic, produced during esophageal manipulations or it may be caused by the foreign body itself, by an awake patient's performance of Valsalva maneuvers during esophagoscopy, or the entrance of air in the pleural cavity through esophageal perforation; any of these would explain the presentation of pneumothorax in this case. In the presence of sudden cardiorespiratory deterioration in a patient undergoing an endoscopic procedure, a diagnosis of tension pneumothorax must be considered.     

Major surgery in thoracic injuries

Chest injuries have a high and steadily increasing incidence in western countries, but only some of the most common problems they create require an emergency thoracotomy or surgical video thoracoscopy. Flail chest, persistent pneumothorax, massive haemothorax, mediastinal emphysema, cardiac tamponade and intrathoracic foreign bodies can be identified as major surgical problems. Some of such patients (i.e. those with flail chest or foreign bodies) would be immediately candidates for major intervention. Other require fast but diagnostic procedures, because the choice of a therapy is dependent upon a precise identification of the damage. Injuries of trachea and primary bronchi, oesophagus, diaphragma, vena cava, great lung vessels, heart and aorta may represent important surgical emergencies; some leading rapidly to death. Fortunately, major surgical procedures are not really frequent in the management of thoracic traumas. Only 42 (3.5%) of nearly 2,000 patients with non-penetrating thoracic injuries had a thoracotomy or an surgical video thoracoscopy. The figure is far different for penetrating wounds; in fact 12 patients (41%) of 29 underwent mayor surgery.     

Role of ultrasound in detection of radiolucent foreign bodies in extremities

Removal of foreign bodies from soft tissues in emergency is very challenging and becomes more problematic when it is radiolucent. Blind exploration is sometimes hazardous for patients especially when it is in proximity to a vessel or a nerve or an overlying tendon. The purpose of this study was to determine the accuracy of ultrasonography (USG) in detecting radiolucent soft tissue foreign bodies in the extremities. From January 2014 to January 2016, 120 patients with either a positive history or clinically suspected soft tissue foreign body and negative radiography were evaluated by USG with a high-frequency (13–6 MHz) linear-array transducer. The sonographic findings were used to guide surgical exploration. Out of 120 patients who underwent surgical exploration, USG was positive in 114 cases, and foreign body was retrieved in 108 cases, and among the six cases where USG was negative, foreign body was retrieved from one case. In one case with strong clinical suspicion of foreign body USG was falsely negative. Majority of foreign bodies were removed from foot (69 cases) and hands (26 cases), and rest of foreign bodies were removed from ankle (4 cases), wrist (3 cases), thigh (2 cases), leg (1 case), knee (2 cases), forearm (2 cases). Accuracy, sensitivity, and positive predictive value were determined as 94.16, 99.08, and 94.13%, respectively. The real-time high-frequency USG is a highly sensitive and accurate tool for detecting and removing radiolucent foreign bodies which cannot be visualized by routine radiography.     

A case of diffuse pleural mesothelioma in which contralateral exploratory thoracoscopy assisted the selection of therapy.

Diffuse pleural mesothelioma is a rare condition with a poor prognosis. Recent reports have indicated that extensive surgery combined with chemotherapy and radiotherapy prolongs the survival of selected patients with early disease. Thoracoscopy allows complete visualization of the pleural cavity and provides high-quality biopsy samples. We present a case of successful diagnosis of bilateral pleural mesothelioma by thoracoscopy. It is important to observe the contralateral pleural cavity by thoracoscopy to confirm the presence or absence of a tumor before considering extrapleural pneumonectomy for mesothelioma.     

Transvesical thoracoscopy: A natural orifice translumenal endoscopic approach for thoracic surgery

Background Recently there has been an increasing enthusiasm for using natural orifices translumenal endoscopic surgery (NOTES) to perform scarless abdominal procedures. We have previously reported the feasibility and safety of the transvesical endoscopic peritoneoscopy in a long-term survival porcine model as useful for those purposes. Herein, we report our successful experience performing transvesical and transdiaphragmatic endoscopic approach to the thoracic cavity in a long-term survival study in a porcine model. Methods Transvesical and transdiaphragmatic endoscopic thoracoscopy was performed in six anesthetized female pigs. A 5 mm transvesical port was created on the bladder wall and an ureteroscope was advanced into the peritoneal cavity. After diaphragm inspection, we introduced through the left diaphragmatic dome a ureteroscope into the left thoracic cavity. In all animals, we performed thoracoscopy as well as peripheral lung biopsy. Animals were sacrificed by day 15 postoperatively. Results We easily introduced a 9.8 Fr ureteroscope into the thoracic cavity that allowed us to visualize the pleural cavity and to perform simple surgical procedures such as lung biopsies without complications. There were neither respiratory distress episodes nor surgical complications to report. Postmortem examination revealed complete healing of vesical and diaphragmatic holes, whereas no signs of infection or adhesions were observed in the peritoneal or thoracic cavities. Conclusion This study demonstrates the feasibility of transvesical thoracoscopy in porcine model. However, although this study extends the potential applications of NOTES to the thoracic cavity, new instruments and further work are needed to provide evidence that this could be translated to humans and with advantages for patients.     

Therapeutic thoracoscopy

Thoracoscopy was originally devised for diagnostic purposes but has subsequently come to have several therapeutic applications as well. This report reviews our experience with 13 patients in whom thoracoscopy was used in a therapeutic capacity. In three patients intrapleural foreign bodies (segments of polyethylene catheters) were removed endoscopically. In two patients open postpneumonectomy empyema cavities were explored and debrided thoracoscopically. In the remaining eight patients thoracoscopy was used to facilitate chemical pleurodesis in the treatment of effusions or pneumothoraces, after resectable disease had first been ruled out. Our conclusions are as follows: (1) Thoracoscopy can serve therapeutic as well as diagnostic functions. (2) Excellent exposure can be obtained during general anesthesia by use of one-lung ventilation. (3) Thoracoscopy is a safe, simple, and effective means of removing intrapleural foreign bodies. (4) Thoracoscopy allows chemical pleurodesis to be applied selectively to patients who will not require future thoracotomy; i.e., those with proved incurable malignant disease or with recurrent pneumothoraces without gross abnormalities of the pulmonary parenchyma. (5) Chemical pleurodesis is facilitated by this technique, which assures uniform exposure of all pleural surfaces to the sclerosing agent. (6) Pleurodesis is less painful when the sclerosing agent is introduced during general anesthesia. (7) Thoracoscopy allows safe, complete, visually guided débridement of open postpneumonectomy empyema cavities.     

Partial laparoscopic resection of inflamed mediastinal esophageal duplication cyst

We present a case of a 54-year-old woman who underwent a successful partial laparoscopic resection of a secondary inflamed esophageal duplication cyst localized in the lower posterior mediastinum. Laparoscopic approach was used for the surgical treatment of the intrathoracic esophageal duplication cyst for the first time. The standard surgical treatment uses thoracotomy or thoracoscopy, but the localization of the cyst in the lower mediastinum enables also the laparoscopic approach as it is demonstrated. Moreover, laparoscopy minimizes the risk of postoperative inflammatory complications in the pleural cavity especially after the surgery of secondary inflamed cysts.     

The ultrasonic diagnosis of textilomas]

The article analyses ultrasonic symptomatology of textile foreign bodies which were left in the abdominal cavity and retroperitoneal space during surgical interventions in 10 cases. An intensive distal acoustic shadow behind a space-occupying echogenic structure in the main sign of a foreign body. Two variants of the echotomographic picture are distinguished. It is shown that the picture depends on the degree of the exudative reaction. The authors claim ultrasonic examination to be an effective method for detecting foreign bodies and determining their exact localization.     

Combined use of low-frequency ultrasound and photodynamic therapy in the prevention of postoperative pleural empyema

Results of surgical treatment of 20 patients with malignant lung tumors operated in N.N.Burdenko faculty surgical clinic were analyzed. The authors have developed the method of prophylaxis of acute postoperative pleural empyemas patented in Russian Federation. This method is: after main stage of operation (lob- or pneumonectomy) pleural cavity in filled with antiseptic solutions (furacillin 1:5000, 0.02% chlorgexidin). 5 ml of photosense (sulfured ftalocyanin of aluminium) were injected in pleural cavity, after it pleural cavity is treated by low-frequency ultrasound. After it the antiseptic is removed and pleural cavity is irradiated by red light with use of KAMIN-VIDEO lamp. In all the 20 operated patients who had undergone sanation of pleural cavity by low-frequency ultrasound and it irradiation by KAMIN-VIDEO lamp the postoperative period was uncomplicated.     

Diagnostic value of thoracoscopic pleural biopsy for pleurisy under local anaesthesia

BACKGROUND: We find pleural effusion in clinical practice frequently. However, it is difficult to make a diagnosis definitively by thoracocentesis or closed pleural biopsy. We directly examine the thoracic cavity by thoracoscopy under local anaesthesia, carry out pleural biopsy and make a definitive pathological diagnosis in pleurisy. METHOD: A retrospective study of 138 patients who had been diagnosed by thoracoscopy in our hospital was carried out between January 1995 and January 2005. RESULTS: The patients were 114 men and 24 women, ranging in age from 21 to 85 years, with a mean of 59 years. The right side was involved in 83 patients and the left side in 55. The operations took 11-145 min, with a mean of 46 min. Thoracoscopy directly without thoracocenteses was carried out in 28 of 138 patients. Lung cancer with pleural dissemination was diagnosed in 27, malignant pleural mesothelioma in 10, tuberculous pleurisy in 32, non-specific pleurisy in 58, other tumour in 2 and pyothorax in 9 patients. The overall diagnostic efficacy was 97.1% (134/138). The diagnostic efficacy in the cases of carcinoma was 92.6% (25/27), in malignant pleural mesothelioma it was 100% (10/10) and in tuberculosis it was 93.8% (30/32). No major complications occurred during the examination. CONCLUSION: Pleural biopsy by thoracoscopy under local anaesthesia should be actively carried out in patients with pleurisy, because the technique has a high diagnostic rate and can be easily and safely carried out.     

Malignant mesothelioma: current status and perspective in Japan and the world

Malignant pleural mesothelioma (MPM) is associated with a poor prognosis; and to make things worse, its incidence is increasing throughout the world. Surgical management of MPM is comprised of two aspects: diagnosis and resection. Surgical biopsy with thoracoscopy provides a higher yield but a higher rate of tumor cell seeding than blind biopsy. In some surgical cases, extended surgical staging with mediastinoscopy, laparoscopy, and contralateral thoracoscopy is required for the preoperative evaluation for resectablity. There are two types of surgical resection for MPM. Pleurectomy/decortication (P/D) involves removal of as much of the visceral, parietal, and pericardial pleura and the tumor as possible without removing the underlying lung. Because P/D is less radical but less invasive compared to extrapleural pneumonectomy (EPP), it can be tolerated by poor-risk patients. EPP comprises en bloc resection of visceral, parietal, and pericardial pleura and adjacent components such as ipsilateral lung, pericardium, and diaphragm, without opening the pleural cavity. EPP was considered a highly dangerous procedure with a surgical mortality of more than 30% decades ago, but its current operative mortality/morbidity rates are 4%-9% and 60%, respectively. As macroscopic complete resection is the primary goal of surgery for MPM because of its diffuse intrapleural growth, surgical resection alone is associated with poor survival. In this context, combination therapy with surgery plus chemotherapy and/or radiotherapy is currently considered the standard treatment for patients with respectable MPM. A national survey of EPP was conducted recently in Japan, and a few multicenter clinical trials will start soon.     

Balloon-assisted single-port thoracoscopic debridement in children with thoracic empyema

PURPOSE: In this study, we evaluated the results of a balloon-aided single-port thoracoscopic debridement of late-stage thoracic empyema in children. PATIENTS AND METHODS: We retrospectively reviewed age, gender, duration of prehospital illness, physical findings, surgical interventions, and the morbidity in 12 children with late-stage parapneumonic empyema. The diagnosis of pleural effusion was confirmed by a thoracocentesis before thoracoscopy. A balloon connected to a 12 F feeding tube was inserted into the thoracic cavity and inflated with air before the enterance of the thoracoscope. By this maneuver, a cavity was formed just under the enterance point. Thereafter, a routine debridement and chest irrigation was performed by thoracoscopy. Only one port was inserted in all but 1 patient, and the telescope was used as a dissecting tool. A thorax tube was inserted through the port site at the end of the procedure and left for the drainage. RESULTS: The main symptoms of the patients were dyspnea, cough, and fever. The empyema was located on the right hemithorax in 5 patients and on the left side in 7 patients. A second port was necessary to enhance the dissection in 1 case. The chest tube was removed within 3-30 days (median, 11 days) after the surgical approach. No complication directly related to the procedure was seen. The only problems postoperatively were a self-limited and spontaneously resolved bronchopleural fistula in 4 patients, and we had to perform an additional thoracoscopy to resolve the remaining intrapleural adhesions in 1 child. CONCLUSIONS: Thoracoscopic debridement in patients with late-stage thoracic empyema may be very beneficial, and this treatment method may provide any further thoracotomy. A balloon inflated in the thoracic cavity may achieve a wider field of vision for thorascopic surgery, and single-port thoracoscopy is sufficient and safe for the dissection.     

Single-trocar thoracoscopy under local anesthesia for pleural space infection

Objective

The role of single-trocar thoracoscopy for complicated parapneumonic effusion (CPE) and pleural empyema is not established as yet. The aim of this study was to report our experience and analyze the efficacy and safety of debridement by single-trocar thoracoscopy for the patients with CPE and multiloculated empyema.

Methods

We performed a retrospective study reviewing the medical records of the patients treated parapneumonic effusion and multiloculated empyema by single-trocar thoracoscopy under local anesthesia at our department from January 2000 to December 2012.

Results

A total 29 patients with CPE and multiloculated empyema were treated by single-trocar thoracoscopy. As the staging of pleural infection, class 5 and class 7 by Light classification were 21 and 8 patients, respectively. The onset of the symptom was on average 13.9 ± 11.7 days before the procedure. This procedure was successful in 23 of 29 patients (79.3 %) without further operation under general anesthesia. Complication occurred in 1 case of 29 patients (3.4 %). Six patients required subsequently the operation under general anesthesia, and one of the 6 patients died to multiple organ failure caused by sepsis. A microbiological diagnosis could be made in fifteen patients (51.7 %).

Conclusions

Debridement by single-trocar thoracoscopy can be an acceptable approach as the first-line procedure in patients with CPE and empyema. This procedure can provide not only appropriate and expeditious treatment but also information of pleural cavity to decide indication for thoracotomy under general anesthesia.     

Thoracoscopic pleural biopsy for tuberculous pleurisy under local anesthesia.

OBJECTIVE: We directly examined the thoracic cavity by thoracoscopy under local anesthesia, performed pleural biopsy, and made a definitive pathological diagnosis in tuberculous pleurisy. SUBJECTS AND METHODS: We performed a retrospective study of 32 patients who had been bacteriologically and pathologically diagnosed with tuberculous pleurisy by thoracoscopy under local anesthesia in our hospital between January 1995 and November 2004. RESULTS: Bacteriological examination of pleural fluids obtained by thoracentesis before examination showed that one sample was polymerase chain reaction (PCR)-positive, and 5 samples were culture-positive. Bacteriological examination of pleural fluids obtained by thoracoscopy revealed that 2 samples were PCR-positive, and 5 samples culture-positive, including 2 preoperatively positive samples. The adenosine deaminase (ADA) levels ranged from 18.3 to 279.0 U/L, with a mean of 72.9 U/L, including 50 U/L or less in 5 patients and 35 U/L or less in 3 patients. Thirty patients (93.8%) were successfully diagnosed by pleural biopsy with pathological examination, and 21 (65.6%) of them by pathological examination alone. CONCLUSION: In patients with suspected tuberculous pleurisy, thoracoscopic pleural biopsy under local anesthesia should be actively performed, because the technique has a high diagnostic rate, and can be easily and safely performed.