A 52 year-old man was admitted to our institution with sudden onset of severe chest and back pain. The electrocardiogram showed ST segment depression in leads I, II, aVL, aVF, V3-6. Emergent coronary angiogram was performed, but the catheter did not reach to the coronary ostia, and it only performed false lumen aortogram. Computed tomography showed acute Stanford A aortic dissection. Ultrasound echocardiography also showed aortic regurgitation 3/4 degree. We decided to perform an emergency operation. During anesthesia induction, systemic blood pressure fell below 80 mmHg during systolic period, and pulmonary pressure raised to 60 mmHg. Transesophageal echography showed the movements of dissection flap intermittently obstructed the coronary blood flow and aortic valve annuls. Those flap movements, so called ‘flap suffocation’ was thought to be the cause of cardiac failure. Intra-operative findings of the ascending aorta showed an entry of dissection just above the left coronary ostia, and the entire detachment of intima to aortic wall. We performed ascending aorta replacement with aortic valve resuspension and fixation of coronary ostia. The postoperative course was uneventful, and he was discharged on the 25th postoperative day. For the precise treatment of acute Stanford A aortic dissection with such coronary ischemia, quick diagnosis and operative correction is essential.

A 77-year-old man, who had undergone total cystectomy, was transferred to our hospital because of repeated arterial bleeding from the left cutaneous urostomy on urostomy catheter exchange. Abdominal CT scan revealed infrarenal aortic and bilateral common iliac aneurysms. Multidrug-resistant Pseudomonas was detected from preoperative urine culture. A fistula between the left iliac artery and the left ureter was strongly suspected and an operation was performed. Aneurysmectomy and graft replacement with a bifurcated graft was conducted. Both limbs of the Y-graft were anastomosed to the right internal and external iliac artery. The left lower extremity was revascularized using femorofemoral bypass. After left nephrostomy, the graft was wrapped around with an omental flap. The postoperative course was uneventful, without infective complications.

A 64-year-old woman who had been followed for complete right bundle branch block at another hospital was found to have heart failure due to cardiac sarcoidosis. She was admitted because of progressive thinning of the ventricular septum and septal aneurysm which protruded into the right ventricle. On echocardiogram, her left ventricular ejection fraction had decreased to 40%. We decided to perform an operation because the patients's heart failure was thought to be due to dyskinesia of the ventricular septum with bulging of the septum into the right ventricle during systole, which consequently decreased cardiac output. The scarred ventricular septum, which was observed through right atrial, right ventricular and aortic incisions, was incised along the marginal normal interventricular myocardium. A tailored 4×3 cm oval Dacron patch was secured over this opening. A DDD pacemaker was implanted for complete atrio-ventricular block and, to synchronize both ventricles, ventricular leads were fixed on the right and left ventricular epicardium. Her postoperative course was uneventful. A postoperative pathologic study revealed a noncaseating granuloma on the border of the normal myocardium. We report a rare surgically treated case of cardiac sarcoidosis.

Man in his 70s, who had suffered from idiopathic thrombocytopenic purpura (ITP), was admitted to our hospital with chest pain at rest. Coronary angiography revealed obstruction of the right coronary artery and triple vessel disease. Because a bleeding tendency was expected during coronary artery bypass grafting, we performed percutaneous coronary intervention to the culprit lesion first, and then intravenous immunoglobulin and high dose dexamethasone were tried. His platelet count rose from 49,000 to 103,000/mm3, so we performed coronary artery bypass grafting. The patient had no postoperative hemorrhagic complications. We believe that high dose dexamethasone therapy is useful for patients with ITP who need surgery immediately.

We present a case of a 76-year-old woman who was diagnosed with sarcoidosis due to enlarged hilar lymph nodes 6 year earlier. Computed tomography (CT) revealed asymptomatic Stanford type A dissection at that time. A chest radiograph taken a year ago showed obvious cardiac enlargement; therefore, echocardiography was performed for further investigation, which revealed severe aortic regurgitation. The patient was referred to our department for surgery after the contrast-enhanced CT revealed the same intra-aortic intimal flap as before. Transthoracic echocardiography showed cardiac enlargement with a left ventricular end-diastolic diameter of 61 mm and aortic regurgitation of 3/4 degree. Contrast-enhanced CT showed an approximately 3-mm-wide band-like structure (linear shadow) that appeared to be the intima of the ascending aorta; however, no entry or false lumen was apparent. The structure in the ascending aorta had an appearance distinct from that of a typical aortic dissection, but was deemed possible in chronic aortic dissection. Nevertheless, intraoperative findings revealed that the linear shadow shown on CT was not due to dissection. The band-like structure was actually the intima, and it was excised. The aortic valve was replaced with a biological valve and the ascending aorta was replaced with a prosthetic graft. She was discharged home on the 11th postoperative day after a favorable recovery. Pathological findings of the band-like structure revealed the intima of the blood vessel and no evidence of inflammatory cell infiltration. There was no evidence of aortic dissection. We encountered a rare case of intra-aortic intimal band that was misdiagnosed and treated as an aortic pseudodissection. It is difficult to rule out aortic dissection prior to surgery; therefore, it is preferable to prepare the operation as a dissection.

Background: Pericardial effusion is a common finding with a wide spectrum of etiologies. Surgical management is recommended for a patient with intractable pericardial effusion which is resistant to medical treatment and causes cardiac tamponade. Various surgical approaches for pericardial effusion have been reported, for example thoracotomy, open abdominal surgery, video-assisted thoracic surgery, laparoscopic surgery, and subxiphoid approach. Objectives: We report the results of pericardial-peritoneal window using a subxiphoid approach under local anesthesia for refractory pericardial effusions. Methods: Five patients who underwent pericardial-peritoneal window surgery for refractory pericardial effusion between April 2011 to June 2022 were included in this study. The age of the patients was 61±14 years, and one (20%) was male. The comorbidities were four cases of autoimmune disease (two cases of scleroderma, one case of systemic lupus erythematosus, and one case of IgG4-related disease) (80%) and two cases of follicular lymphoma (40%). For comorbidities, steroids were administered in 2 patients (40%) and immunosuppressive drugs in 4 patients (80%). Colchicine was administered in 3 patients (60%) to treat pericardial effusions. Pericardiocentesis had been performed in 4 patients (80%) prior to surgery. Under local anesthesia in the supine position, a small incision was made at lower end of the sternum and the xiphoid process was resected. A pericardial-peritoneal window of more than 40 mm in diameter was created. In the past, only the diaphragmatic window was opened, but recently the diaphragmatic window and the anterior aspect of the pericardial sac membrane have been resected continuously to open the pericardial sac widely. Results: The operative time was 36±15 min. One complication was postoperative hemorrhage. There were no operative deaths or hospital deaths. Preoperative colchicine was discontinued in all patients after surgery. The mean postoperative follow-up was 2.7 years (0.5-5.9）, and no reaccumulation of pericardial effusion was observed in any of the patients. Conclusions: The pericardial-peritoneal window with a subxiphoid approach can be safely performed under local anesthesia, and if the window is created large enough, it could be a minimally invasive and effective treatment for refractory pericardial effusions.