Shoyogan is a Kampo prescription described in the Jinkuiyaolue text, but there have been no case reports regarding this medicine. We report a patient with terminal stage lung cancer, whose appetite and general well-being was maintained following oral administration of this medicine.A 62-year old woman had her main tumor in the left pulmonary lobe, which invaded to the bilateral peritoneum and the mediastinum. Metastasis was recognized in the left femoral bone which had been broken, the ilium, chest and lumbar vertebral bones, and the liver. Her general condition was very poor in spite of the administration of corticosteroids and narcotic medicines, when she began to take shoyogan 5 months after the onset of her symptoms. Cytological examination of her pleural effusion revealed adenocarcinoma. Following the administration of shoyogan, her appetite recovered, nutrition improved, and she was able to survive while maintaining her quality of life for another 2 months.In this paper we discuss the efficacy of shoyogan in improving the general well-being of patients having the above-mentioned conditions, or jueyinbing in Kampo parlance. Although preparing shoyogan is laborious, we believe this medicine should be used more frequently.
Following ; Malignant neoplasm of lung ; Patients ; Medicine ; Administration, Oral

A case of xenograft valve dysfunction presenting with musical cooing murmur is reported. The patient was a 47-year-old woman and had received mitral valve replacement with porcine xenograft (Carpentier-Edwards 31-M) 10 years before Preoperative echocardiogram showed vibration of a leaflet outside the stent of the bioprosthetic valve. Cardiac catheterization revealed stenosis as well as regurgitation of the bioprosthetic valve. The resected xenograft valve showed a tear which produced regurgitation and musical cooing murmur in one of three pliable leaflets and it also showed pannus formation which caused stenosis.

We administered daikenchuto to the patients having recurrent aspiration pneumonia with tube feeding, who had good responses. Case 1 : A 94-year-old-man with congestive heart failure suffering from recurrent aspiration pneumonia even after percutaneous endoscopic gastrostomy (PEG) placement : following daikenchuto administration, he did not suffer from pneumonia, and his general condition became stable. Case 2 : An 80-year-old-man suffering from severe pneumonia after PEG placement, and experiencing recurrent pneumonias after treatment with antibiotics:following daikenchuto administration, we did not find gastric contents in his oral cavity as before, and his general condition became stable. Case 3 : An 85-year-old-man with congestive heart failure and cerebral infarction also suffering from aspiration pneumonia : a nasogastric tube was placed, but he suffered from recurring pneumonias with tube feeding. After administering daikenchuto, he did not suffer from pneumonia and was discharged from the hospital. Case 4 : An 81-year-old-man with recurrent pneumonia and congestive heart failure : after treatment with antibiotics, we placed a PEG tube because of his severe anorexia caused by oral feeding difficulties. In order to prevent aspiration pneumonia, we administered daikenchuto prophylactically. He subsequently developed very little fever until his discharge to a nursing home.

Extensive calcification of the mitral annulus presents a formidable technical challenge to surgeons and increases the risk of serious complications such as intractable hemorrhage, atrioventricular disruption, and ventricular rupture during mitral valve surgery. We present a case of aortic and mitral valve replacements for a patient with extensive calcification of an intervalvular fibrous body. A 76-year-old woman was admitted with dyspnea on effort, leg edema and syncope. Transthoracic echocardiography showed severe aortic stenosis, and mitral stenosis with regurgitation, and extensive mitral annular calcification. Decalcification was performed with CUSA and we selected a trans-aortic-valve approach for decalcification of the intervalvular fibrous body. The calcification was left to a certain extent in order to preserve annular strength. Postoperative echocardiography showed no perivalvular leakage from either prostheses. The patient was transferred to a local hospital for further rehabilitation.

When performing aortic valve replacement in young patients, mechanical valves are recommended due to their durability. However, because mechanical valves require lifelong use of warfarin and carry risks such as easy bleeding, bioprosthetic valve replacement may be performed in some cases even in young patients. In this report, we describe a case of a patient who underwent bioprosthetic aortic valve replacement with aortic annular enlargement in anticipation of TAV in SAV and had a good postoperative course. The patient is a 51-year-old male. He was referred to our hospital for surgical treatment of severe aortic stenosis. The patient strongly preferred a bioprosthetic valve due to the disadvantage of taking warfarin. Therefore, we considered the possibility of TAV in SAV due to his young age, and decided to perform aortic annular enlargement if necessary. Intraoperatively, after resection and decalcification of the valve, a sizer was inserted, but the 19 mm sizer could not pass through, so we decided to perform aortic annular enlargement. Aortic annular enlargement was performed by suturing a Dacron patch and implantation of a 23 mm bioprosthetic valve. The patient had no major postoperative problems and was discharged home on the 14th day after surgery. In order to avoid PPM in the future when TAVI is performed, aortic annular enlargement should be considered in young patients undergoing aortic valve replacement using a bioprosthetic valve if TAV in SAV is considered to be difficult.