1.Open Embolectomy of an Acute Pulmonary Artery Embolism after Pulmonary Lobectomy.
Jae Jun KIM ; Hwan Wook KIM ; Young Pil WANG ; Jae Kil PARK
The Korean Journal of Thoracic and Cardiovascular Surgery 2010;43(4):433-436
Acute massive pulmonary artery embolism after pulmonary resection is very rare, but has a high mortality rate. This is one of the most severe complications after pulmonary resection. Acute pulmonary artery embolism developed suddenly in a patient who underwent lobectomy and was recovering without complications. Because the patient's condition was aggravated after conservative treatment, we did emergency open embolectomy which was successful. Hence, we report this case with a literature review.
Embolectomy
;
Embolism
;
Emergencies
;
Humans
;
Pulmonary Artery
2.Successful Embolectomy of a Migrated Thrombolytic Free-Floating Massive Thrombus Resulting in a Pulmonary Thromboembolism.
Journal of Cardiovascular Ultrasound 2013;21(1):37-39
The optimal treatment for free-floating massive right heart thrombi remains uncertain. However, they appear to increase the risk of mortality compared to the existence of a solitary pulmonary thromboembolism. Thrombolytic therapy has been shown to be effective in most patients, resulting in complete resolution of the massive thrombus and clinical improvement. We report the echocardiographic disappearance of a free-floating right heart thrombus after thrombolysis, however, the thrombus migrated and resulted in pulmonary thromboembolism. It was successfully removed with surgery.
Embolectomy
;
Heart
;
Humans
;
Pulmonary Embolism
;
Thrombolytic Therapy
;
Thrombosis
3.Anesthetic Management of Pulmonary Embolectomy.
Soon Ho NAM ; Chan KIM ; Dae Ja UHM ; Ryoung CHOI
Korean Journal of Anesthesiology 1990;23(1):66-71
It is ironic that John Gibbon's interest in the development of CPB was stimulated by his experience with a fatal case of pulmonary embolism. Massive pulmonary embolism is a siginificant cause of death in hospital, despite improvement in patient management in recent years. In Korea, none of the reports was detailed the anesthetic management of this group of physiologically compromised patients. So we describe an approach to the anesthetic management of a patients with chronic embolic occlusion of the pulmonary artery, who underwent successful pulmonary embolectomy.
Cause of Death
;
Embolectomy*
;
Humans
;
Iron
;
Korea
;
Pulmonary Artery
;
Pulmonary Embolism
4.A Case of Percutaneous Aspiration Thromboembolectomy of the Common Femoral Artery, Using the PercuSurge GuardWire(TM) System, with a 7 Fr. Guiding Catheter.
Il Hyung CHUNG ; Jang Young KIM ; Hee Sung WANG ; Byung Su YOO ; Seung Hwan LEE ; Junghan YOON ; Kyung Hoon CHOE
Korean Circulation Journal 2004;34(8):804-807
An acute thromboembolism of the peripheral artery is a common complication in patient with inappropriately treated atrial fibrillation. A case of successful recanalization of a thromboembolic occlusion of the left common femoral artery, using the PercuSurge GuardWire(TM) System, with a 7 Fr. guiding catheter, was experienced in a patient with atrial fibrillation.
Arteries
;
Atrial Fibrillation
;
Catheters*
;
Embolectomy
;
Femoral Artery*
;
Humans
;
Thromboembolism
5.Acute Respiratory Failure after Embolectomy in Patient with Chronic Pulmonary Embolism: A case report.
Ou Kyoung KWON ; Jae Yong SHIM ; Soo Kyung SONG
Korean Journal of Anesthesiology 1998;35(4):772-776
Thrombolytic therapy is usually reserved for patients with clinically serious or massive pulmonary embolism. In desperated cases, however, pulmonary embolectomy is recommended despite its high mortality rate. We experienced acute respiraory failure after embolectomy performed under cardiopulmonary bypass in patient with chronic massive pulmonary embolism. The patient recovered sucessfully with postoperative management in the intensive care unit.
Cardiopulmonary Bypass
;
Embolectomy*
;
Humans
;
Intensive Care Units
;
Mortality
;
Pulmonary Embolism*
;
Respiratory Insufficiency*
;
Thrombolytic Therapy
6.Inadvertent Self-Detachment of Solitaire AB Stent during the Mechanical Thrombectomy for Recanalization of Acute Ischemic Stroke: Lessons Learned from the Removal of Stent via Surgical Embolectomy.
Dong Hun KANG ; Jaechan PARK ; Yang Ha HWANG ; Yong Sun KIM
Journal of Korean Neurosurgical Society 2013;53(6):360-363
We recently experienced self-detachment of the Solitaire stent during mechanical thrombectomy of acute ischemic stroke. Then, we tried to remove the detached stent and to recanalize the occlusion, but failed with endovascular means. The following diffusion weighted image MRI revealed no significant increase in infarction size, therefore, we performed surgical removal of the stent to rescue the patient and to elucidate the reason why the self-detachment occurred. Based upon the operative findings, the stent grabbed the main thrombi but inadvertently detached at a severely tortuous, acutely angled, and circumferentially calcified segment of the internal carotid artery. Postoperative angiography demonstrated complete recanalization of the internal carotid artery. The patient's neurological deficits gradually improved, and the modified Rankin scale score was 2 at three months after surgery. In the retrospective case review, bone window images of the baseline computed tomography (CT) scan corresponded to the operative findings. According to this finding, we hypothesized that bone window images of a baseline CT scan can play a role in terms of anticipating difficult stent retrieval before the procedure.
Angiography
;
Carotid Artery, Internal
;
Diffusion
;
Embolectomy
;
Humans
;
Infarction
;
Retrospective Studies
;
Stents
;
Stroke
;
Thrombectomy
7.Improved rat spinal cord injury model using spinal cord compression by percutaneous method.
Wook Hun CHUNG ; Jae Hoon LEE ; Dai Jung CHUNG ; Wo Jong YANG ; A Jin LEE ; Chi Bong CHOI ; Hwa Seok CHANG ; Dae Hyun KIM ; Hyo Jin CHUNG ; Hyun Jung SUH ; Soo Han HWANG ; Hoon HAN ; Sun Hee DO ; Hwi Yool KIM
Journal of Veterinary Science 2013;14(3):329-335
Here, percutaneous spinal cord injury (SCI) methods using a balloon catheter in adult rats are described. A balloon catheter was inserted into the epidural space through the lumbosacral junction and then inflated between T9-T10 for 10min under fluoroscopic guidance. Animals were divided into three groups with respect to inflation volume: 20 microL (n = 18), 50 microL (n = 18) and control (Fogarty catheter inserted but not inflated; n = 10). Neurological assessments were then made based on BBB score, magnetic resonance imaging and histopathology. Both inflation volumes produced complete paralysis. Gradual recovery of motor function occurred when 20 microL was used, but not after 50 microL was applied. In the 50 microL group, all gray and white matter was lost from the center of the lesion. In addition, supramaximal damage was noted, which likely prevented spontaneous recovery. This percutaneous spinal cord compression injury model is simple, rapid with high reproducibility and the potential to serve as a useful tool for investigation of pathophysiology and possible protective treatments of SCI in vivo.
Animals
;
Balloon Embolectomy/*methods
;
Disease Models, Animal
;
Male
;
Rats
;
Rats, Sprague-Dawley
;
Spinal Cord Compression/*therapy
8.One-Lung Ventilation Using a Fogarty Catheter in a Patient with Tracheostomy after Pharyngectomy and Laryngectomy: A case report.
Eun Mi CHOI ; Kyung Seon BANG ; Il Suk KIM ; Seung Won JUNG ; Young Jun YOON ; Keun Man SHIN
Korean Journal of Anesthesiology 2005;49(1):111-113
One lung ventilation with a double-lumen endotracheal tube or Univent tube may be achieved difficultly or dangerously in some patient such as young age, anatomic anomaly, low body weight and tracheostomy patient. Bronchial blocker with a Fogarty catheter has been used successfully for such situations. Here, we reported the clinical experience in using a Fogarty embolectomy catheter as a bronchial blocker in patient with tracheostomy after pharyngectomy and laryngectomy. The patient was received left upper lobectomy with thoracotomy due to metastatic lung cancer.
Body Weight
;
Catheters*
;
Embolectomy
;
Humans
;
Laryngectomy*
;
Lung Neoplasms
;
One-Lung Ventilation*
;
Pharyngectomy*
;
Thoracotomy
;
Tracheostomy*
9.Acute Peripheral Arterial Tumorous Embolism after Lung Cancer Surgery.
Yoohwa HWANG ; Hyun Joo LEE ; Young Tae KIM
Korean Journal of Critical Care Medicine 2015;30(3):234-237
Systemic tumor embolisms after pulmonary resections for malignancy are rare, but usually severe and sometimes fatal. Here, we report a case of a 70-year-old woman who underwent pulmonary resection for lung cancer and subsequently developed acute arterial occlusion of the lower extremities caused by a tumorous embolus.
Aged
;
Embolectomy
;
Embolism*
;
Female
;
Femoral Artery
;
Humans
;
Lower Extremity
;
Lung Neoplasms*
;
Lung*
;
Neoplastic Cells, Circulating
10.One-lung Ventilation in a Pediatric Patient: A case report.
Yoo Jin KANG ; Yong Gul LIM ; Ghi Hyun KIM
Korean Journal of Anesthesiology 2005;48(1):104-107
We successfully managed one-lung ventilation in a 5-yr-old boy who underwent thoracoscopic removal of an emphysematosed right lower lobe. We used a 5-French 70 cm balloon-tipped Fogarty embolectomy catheter as a bronchial blocker. Its single lumen, which ends blindly, contains a guidewire and is used to inflate a spherical balloon. First, we threaded the distal end of the blocker through the Murphy hole of a 5.5 cuffed endotracheal tube. The tip of the blocker was adjusted to the end of the endotracheal tube, and the remainder of the blocker was attached closely to the outer wall of the tube and fixed once at the neck of the tube with tape. The tube and catheter were intubated as a set. After intubation, a bronchoscope was introduced through the tube. Under bronchoscopic view, Fogarty catheter was drawn back by 1 2 cm to withdraw the catheter tip from the Murphy hole and then advanced until the balloon tip reached the right main bronchus. With balloon inflation, we were able to achieve satisfactory one-lung ventilation.
Bronchi
;
Bronchoscopes
;
Catheters
;
Embolectomy
;
Humans
;
Inflation, Economic
;
Intubation
;
Male
;
Neck
;
One-Lung Ventilation*