Hemopneumothorax After Trigger Point Injection for Fibromyalgia.

CONTEXT: Trigger point injections (TPIs) and acupuncture are common procedures in management of chronic back pain and usually are considered safe. Needling into cervical and thoracic regions can be associated with life-threatening complications. OBJECTIVE: The team intended to make practitioners aware of the potential for hemopneumothorax after TPI. DESIGN: The research team describes a case of hemopneumothorax after TPI. SETTING: The case study took place in the Department of Emergency Medicine at the Ankara University School of Medicine (Ankara, Turkey). PARTICIPANT: The participant was a 45-y-old woman, who had been admitted to the emergency department at the School of Medicine with dyspnea and dizziness after TPI for fibromyalgia. RESULTS: Computerized tomography of the thorax showed a significant hemopneumothorax at the right hemithorax and a collapsed right lung, markedly in the right, lower lobe. The hemopneumothorax was successfully treated with chest-tube and video-assisted thoracoscopic surgery. CONCLUSIONS: Health care professionals need to be aware of hemopneumothorax when performing TPI on the chest wall.

[Contralateral Pneumothorax after Surgery for Idiopathic Hemopneumothorax;Report of a Case].

A 17-year-old man came to the hospital complaining of right back pain. He had a history of an emergency operation for a left idiopathic hemopneumothorax. A chest X-ray revealed right lung collapse and suggested pleural adhesion at the apex of the right lung. He was diagnosed with right spontaneous pneumothorax and the surgical treatment was performed, because pleural adhesion may cause the hemothorax. During surgery, several pleural adhesion bands were found in the thoracic cavity between the right lung apex and chest wall. Spontaneous pneumothorax with a pleural adhesion at the apex is considered to be the indication for surgery because of the risk of hemothorax.

[Clinical Assessment of Spontaneous Hemopneumothorax].

We experienced 25 cases of spontaneous hemopneumothorax, in which 9 were defined as occult cases on chest X-ray at the time of visit. All 9 cases visited our hospital within 12 hours after the onset. Of these, 5 were done chest computed tomography (CT) and 3 could be diagnosed as hemopneumothorax. Emergency surgery were necessary in 4 of 9. Chest CT and careful observation is thought to be essential in case of suspiciously combined hemothorax in pneumothorax cases.

Malposition of a Central Venous Catheter in Trauma: Confirmation of Placement Prevents Complications.

This case study presents the inadvertent catheterization of a traumatic hemopneumothorax. A 22-year-old man sustained multiple stab wounds, including the left chest with a resultant hemopneumothorax. Upon arrival at a Level 1 trauma center, an ipsilateral subclavian central catheter was placed, blood was freely aspirated, and because of the patient's critical status, immediately utilized for resuscitation prior to line verification by radiography. A short time later, the catheter was felt to be malpositioned, most likely in the left intrathoracic space, and removed. The patient subsequently recovered and was discharged home 3 days later.

[Reexpansion Pulmonary Edema during Emergency Surgery in a Patient with Spontaneous Hemopneumothorax].

A 43-year-old male patient with spontaneous hemopneumothorax of the right lung underwent emergency video-assisted thoracoscopic surgery for drainage, hemostasis and bullae resection. Fifteen minutes after reexpansion of the right lung, we found bubbly sputum coming out from the right tracheal tube and cloudy shadow in the right field of his chest X-ray. The occurrence of reexpansion pulmonary edema (RPE) was considered. Subsequent mechanical ventilation with PEEP and administration of steroid and diuretic was done as his treatment. His respiratory state was stabiized in the next two days. As the lung collapse following spontaneous hemopneumothorax often becomes more severe, we should pay attention to the occurrence of RPE after expansion of affected side lung. And, if it occurred, appropriate and prompt treatment as above should be done because of its high mortality.

[Hemopneumothorax after thoracic sympathetic nerve block; report of a case].

A 72-year-old man, who had been treated pneumothorax 50 years ago, visited a physician complaining of dyspnea after thoracic sympathetic nerve block for postherpetic neuralgia. The patient was diagnosed as pneumothorax, and was consulted to our hospital. Clinical sign and the chest radiography suggested tension hemopneumothorax, and the chest drainage was immediately performed. Although bloody fluid of 1,100 ml was initially drained, no further increase was noted. The patient was discharged on the 21st hospital day.

Spontaneous hemopneumothorax causing life-threatening hemorrhage: a case report.

BACKGROUND: Spontaneous hemopneumothorax is a rare condition that can be life-threatening if not promptly diagnosed and treated. We report a case of early treatment with transcatheter arterial embolization and video-assisted thoracoscopic surgery. CASE PRESENTATION: A 19-year-old Japanese male was diagnosed with left pneumothorax and underwent chest tube drainage. A total of 10 hours after admission, the patient developed dyspnea, chest pain, and sudden massive bloody effusion. Contrast-enhanced computed tomography revealed contrast extravasation near the left lung apex, and spontaneous hemopneumothorax was diagnosed. Angiography revealed bleeding from a branch of the subscapular artery and transcatheter arterial embolization was performed. The patient underwent video-assisted thoracoscopic surgery and recovered uneventfully. CONCLUSIONS: Anesthesiologists involved in urgent surgeries must be aware that a patient with spontaneous pneumothorax can develop a hemopneumothorax, even when full lung expansion has been obtained following chest tube drainage, owing to latent aberrant artery disruption. Interprofessional team engagement is essential for spontaneous hemopneumothorax management.

Intramural hematoma of the pulmonary artery and hemopneumomediastinum after endobronchial ultrasound-guided transbronchial needle aspiration.

Endobronchial ultrasound-guided transbronchial needle aspiration (EBUS-TBNA) is a safe and effective technique for the sampling of mediastinal and hilar adenopathies. We describe the first reported case of pulmonary artery intramural hematoma after EBUS-TBNA puncture of this artery. The complication was visualized by ultrasound and resolved spontaneously.

Spontaneous haemopneumothorax.

Spontaneous haemopneumothorax (SHP) is a rare, potential life-threatening emergency. Patients suffering from spontaneous haemopneumothorax can present at the emergency department with dyspnoea and unexplained signs of significant hypovolemia. Discussion about patient selection, timing and technique of operation is still alive. Standard chest roentgenogram is the most useful way to diagnose spontaneous haemopneumothorax, although false negative results exist. In most cases, initial conservative treatment requires later surgical intervention. So early surgical management is needed. In haemodynamic stable patients without any contra-indications, VATS is the preferred treatment method. However there's still discussion about the timing of surgery in hemodynamically instable patients.

[A rare cause of hemopneumothorax: an aberrant systemic artery]. / Nadir görülen bir hemopnömotoraks nedeni: Aberan sistemik arter.

Spontaneous hemopneumothorax is a rare situation that can be life-threatening in young patients presenting hemodynamic instability due to hypovolemic shock. One of the extraordinary causes of hemopneumothorax is rupture of an apically located aberrant artery after pneumothorax, which is noticed as a third etiological factor in the literature. This case is presented in order to highlight this uncommon etiological factor together with the literature.

Spontaneous hemopneumothorax after laparoscopy: a case report and literature review.

BACKGROUND: Spontaneous hemopneumothorax (SHP) is defined as the accumulation of >400 mL of blood in the pleural cavity in association with spontaneous pneumothorax. This rare clinical disorder may be life-threatening. CASE PRESENTATION: A 71-year-old woman presented with a 1-month history of recurrent bloody stool, and electronic colonoscopy suggested a rectal mass. Laparoscopic radical resection of rectal cancer was performed. Two days later, she developed chest tightness, shortness of breath, and slight pain in the left chest. Emergency chest radiography revealed mild left pneumothorax and pleural effusion. SHP was suspected and a thoracic drain was inserted. However, the patient developed hemorrhagic shock 3 hours after drainage. She underwent emergency video-assisted thoracic surgery (VATS), which revealed left lung tip rupture with bleeding and adhesive band fracture at the top of the left thoracic cavity. The ruptured lung tissue was removed and electrocoagulation at the adhesion band was performed for hemostasis. The patient was discharged on postoperative day 11. At the time of this writing, she had developed no SHP recurrence or any other complications. CONCLUSIONS: This case shows that conservative treatment may have serious consequences in patients with SHP. Thus, chest X-ray examination and VATS should be performed in patients with SHP.

Video-tube thoracostomy in trauma resuscitation: A pilot study.

BACKGROUND: Complications related to incorrect positioning of tube thoracostomy (TT) have been reported to be as high as 30%. The aim of this study was to assess the feasibility of flexible videoscope guided placement of a pre-loaded chest tube, permitting direct intrapleural visualization and placement (Video-Tube Thoracostomy [V-TT]). METHODS: A prospective, single centre, phase 1 pilot study with a parallel control group was undertaken. The population studied were adult thoracic trauma patients requiring emergency TT who were haemodynamically stable. The intervention performed was VTT. Patients in the control group underwent conventional TT. The primary outcome was tube position as defined by a consultant radiologist's interpretation of chest x-ray (CXR) or CT. The trial was registered with ANZCTR.org.au (ACTRN: 12,615,000,870,550). RESULTS: There were 37 patients enrolled in the study - 12 patients allocated to the VTT intervention group and 25 patients allocated to conventional TT. Mean age of participants was 48 years (SD 15) in intervention group and 46 years (SD 15) years in the control group. In the VTT group all patients were male; the indications were pneumothorax (83%), haemothorax (8%) and haemopneumothorax (8%). The median injury severity score was 23 (16-28). There were 1 positional and 1 insertional complications. In the control group 72% of patients were male, the indications were pneumothorax (56%), haemothorax (4%) and haemopneumothorax (40%). The median injury severity score was 24 (14-36). There were 8 (32%) positional complications and no insertional complications. CONCLUSION: V-TT was demonstrated to be a feasible alternative to conventional thoracostomy and merits further investigation.

Pneumocephalus and pneumorachis after blunt chest trauma without spinal fractures: a case report.

BACKGROUND: Pneumocephalus and pneumorachis, presence of air inside the skull and spinal canal, are mostly seen after neurosurgical procedures and neuraxial anesthesia. They have also been described after penetrating trauma, but never after blunt trauma without adjacent bone fractures. CASE DESCRIPTION: We present the case of an 85-year-old white male patient admitted to our intensive care unit after a high velocity car accident. On site clinical evaluation showed normal consciousness with 15/15 Glasgow Coma Scale after a short initial loss of consciousness. The patient was first sent to a nearby hospital where a whole-body computed tomography scan revealed pneumocephalus and pneumorachis and an important left hemopneumothorax with pneumomediastinum with extensive subcutaneous emphysema. The state of the patient quickly worsened with hemorrhagic shock. The patient was sent to our intensive care unit; upon neurosurgical evaluation, no surgical indication was retained due to the absence of skull and spine fracture. A computed tomography scan performed on day 6 showed total regression of the pneumocephalus and pneumorachis. A follow-up computed tomography scan performed on day 30 revealed no intracranial bleeding or stroke, but a left pleural hernia between ribs 5 and 6. Due to respiratory complications, our patient could not be weaned from ventilator support for a proper neurological examination. Our patient's state finally worsened with septic shock due to ventilator-acquired pneumonia leading to multiple organ failure and our patient died on day 37. CONCLUSIONS: This is the first case report to describe pneumorachis and pneumocephalus following blunt trauma with pneumothorax, but no spinal or skull fractures. The mechanism that is probably involved here is a migration of air with subcutaneous emphysema and a pleural hernia into the spinal canal. However, in cases of pneumorachis or pneumocephalus, skull fractures need to be investigated as these require surgery and appropriate vaccination to prevent meningitis.

12-year experience of spontaneous hemopneumothorax.

OBJECTIVES: Spontaneous hemopneumothorax is a rare clinical disorder that results from a torn small vessel located in adhesions between the visceral and parietal pleurae resulting from the progress of lung collapse. A large spontaneous hemopneumothorax is often life threatening, so the late recognition and delayed intervention can increase mortality rate. PATIENTS AND METHODS: From March 1994 to February 2006, a total of 983 patients were treated with spontaneous pneumothorax. Seventeen (1.7%) developed spontaneous hemopneumothorax. We analyzed many factors such as sex and age distribution, affected site, clinical symptoms, bleeding volume, causes, treatments, complications, and others. RESULTS: All 17 patients were males between the ages of 16 and 33 with the average being 19.5 years, except for 1 patient who was 60 years old. In all patients, it was the first occurrence of pneumothorax. Thirteen patients had a history of smoking (76.5%, average 8.6 pack-years). The amount of bleeding ranged from 450 to 2,900 mL (average 1,308.8 mL). Eight patients were given a homologous blood transfusion. In all patients, the cause of hemopneumothorax was a torn pleural adhesion band. All patients were treated with the closed thoracostomy; five were treated with only the closed thoracostomy, and the other 12 were treated by the thoracostomy combined with video-assisted thoracic surgery (VATS) or thoracotomy. One patient, who had had a thoracotomy, needed an exploratory thoracotomy because of a trapped lung after 1 week. CONCLUSIONS: We are reporting 17 patients with spontaneous hemopneumothorax to emphasize the following: (i) the mechanism of spontaneous hemopneumothorax, which was caused by a torn pleural adhesion band resulting from the lung collapse. The collapse was developed mainly by an air leak from ruptured bullae, and rarely by additional pressure from the outside during a drainage procedure. (ii) The importance of early recognition and prompt surgical intervention by VATS or thoracotomy. We preferred VATS to thoracotomy because it is easier to access the bleeding point near the Sibson's fascia by VATS, and it can reduce the loss of blood by relatively shorter operating time.

[Management of the thoracic drainage in the thoracic traumas. Technical mistakes and new procedures]. / La gestione del drenaggio toracico nei traumi del torace. Errori tecnici e nuove procedure.

OBJECTIVE: Thoracic trauma is positioned at the third place of occurrence in Multiple Trauma patient. The correct position of thoracic drainages are fundamental for a good resolution and restore of pulmonary function in our mechanical ventilated patients. METHODS: This retrospective analysis of a prospective database on a consecutive series of patients who had haemo-pneumothorax drained immediately or into 3 hours from trauma was conducted over a period of 24 months. RESULTS: Of 600 of thoracic procedures we have considered 67 chest drainages positioned from 2002 to 2004 in patients with thoracic trauma. Technical aspects of the thoracic drainage were analyzed. Outcome,pulmonary function and clinical complications were recorded. CONCLUSIONS: The Management of drains and thoracic tubes after many surgical procedures is highly variable. This procedure is easy, feasible, secure and we have recorded a reduction of costs and related complications.