ABSTRACT
Paroxysmal atrial fibrillation (pAf) is an arrhythmia that often occurs in the elderly. The quality of life often declines due to severe palpitations caused by pAf. We present a case of recurrent pAf that occurred on postoperative day 2 of coronary artery bypass grafting and pulmonary vein isolation for unstable angina pectoris and pAf. The patient was a 62-year-old man who complained of palpitations, which was consistent with pAf on the monitor ECG. During hospitalization, the patient was constantly wearing an ECG monitor. During pAf, the heart rate was around 120 bpm, and pAf could continue for up to and beyond 24 hours. Paroxysmal atrial fibrillation with strong palpitations was observed every day, even after starting beta-blockers and anticoagulants. After discharge, a Japanese Kampo medicine called shakanzoto was taken for a month, but there was no improvement. After that, it was changed to another Japanese Kampo medicine called saikokaryukotsuboreito, because abdominal examination revealed kyokyokuman (hypochondriac discomfort and distension (resistance)) and saiboki (brisk pulsation in the para-umbilical region). Palpitations quickly improved dramatically. It was speculated that not only palpitations but also pAf had been improved.
ABSTRACT
Background : Fungal mycotic aneurysm is rare ; however, special care and treatment are required for the deep fungal infection itself. Case : The patient was a 69-year-old man with a history of sepsis due to Candida albicans. He suffered from back pain and moderate fever. CT revealed saccular-form aneurysm at the infrarenal abdominal aorta. After emergent in situ bifurcated graft replacement of the infected aneurysm, antifungal treatment was attempted in reference to the antifungal drug sensitivity of C. albicans from intraoperative cultures and findings of fungal endophthalmitis in an ophthalmic examination. After an uneventful acute course, follow up CT images after 12 months postoperatively revealed pseudoaneurysm formation proximal to the site of graft anastomosis. Reoperation was planned with a trans-thoracic and transabdominal approach because of concerns about thoracoabdominal aortic infection. However, the reoperation displayed only inflammatory tissue around the graft and aortic tissue. Removal of the previous graft and reconstruction of the bilateral renal artery, and the pararenal abdominal aorta to the bilateral common iliac artery was performed. Intraoperative tissue cultures revealed no evidence of microorganisms. He returned home with oral antifungal treatment and is doing well at 8 months after the reoperation. Conclusions : Management of fungal mycotic aneurysms requires both surgical treatment and antifungal treatment. Antifungal agents should be selected based on the results of a susceptibility test and after examinations for metastatic comorbidities.
ABSTRACT
A 62-year-old man was referred to our hospital because of dyspnea. Electrocardiogram showed chronic atrial fibrillation and echocardiogram revealed severe tricuspid regurgitation. His history included a motorbike accident at age 17, and a heart murmur was pointed out in the following year. He developed paroxysmal atrial fibrillation when he was 45 years old. Heart failure was not controlled by medication and tricuspid valve repair was indicated. At surgery, the anterior leaflet of tricuspid valve was widely prolapsed due to chordal rupture. We performed chordal reconstruction with 4 expanded polytetrafluoroethylene (CV-5®) sutures, and ring annuloplasty. Furthermore, a small fenestration at the tricuspid annulus was noticed and was closed with a direct suture. The biatrial modified Maze procedure was performed subsequently. The patient is doing well without TR recurrence, and restored sinus rhythm is maintained. We report successful repair of traumatic tricuspid regurgitation.
ABSTRACT
Before we moved into the present hospital building in October 2000, we took the opportunity to thoroughly review our medical equipment management system and developed a new centralized management system. With the introduction of the new system, we have made a complete list [an inventory] of medical equipment on hand from small-size instruments to large-scale machinery. We have now become able to grasp the frequency of use of ME, the cause of mechanical trouble, the cost of repairing and so forth. In the future, this system will be further improved so as to enable us to incorporate a labor-saving procedure for equipment lending into the system, share information with other departments, and work out a net working rate and repair rate to make purchasing or disposal plans.Medical care and health services of today cannot be provided without use of modern medical equipment. Under the circumstances, the prevention of accidents and grasp of the optimum amount of machinery and equipment are important. At the same time, the reduction of cost by adequate maintenance work is essential. We think that our centralized equipment management system will work effectively and serve the purpose.