In August 2001 we began to use WELPAS (a benzalkonium chloride solution) as part of our cost-containment drive, replacing self-made glycerol-added ethanol, which had been used for a long time to prevent nosocomial infections. Since then, blackish stains have become particularly noticeable here and there on the floorboards of the passageways in the hospital wards. The newly adopted quick-drying hand disinfectant was suspected as the culprit. To find the real cause of the dirt, we built a hallway similar to the real passageway for experiment. The disinfectant agents used were WELPAS, WELLUP (chlorhexidine gluconate), HIBISOFT (chlorhexidine gluconate), medicinal ethanol, cationic detergent solution, HIBITANE solution (chlorhexidine hydrochioride) and glycerol solution. These agents and distilled water were dropped on a limited area of the floor respectively for comparison of the degrees of dirt. The cationic detergent solution and WELPAS containing cationic detergent left blackish stains that were hardest to remove. From this finding, it was inferred that the cationic detergent solution was responsible for the dirt on the floor. So we decided to switch to a quick-drying hand disinfectant which does not contain cationic detergents. After considering economic benefit, we chose WELLUP which contains medicinal alcohol plus chlorhexidine gluconate and put it into actual use in October 2003. Since then, the hospitall floors have become unmistakalbly clean.
Solutions ; Disinfectants ; Hand ; Detergents ; Desiccation

A 69-year-old man in whom two stents had been implanted on segments 6 and 7 was admitted to our hospital with acute myocardial infarction (AMI). Coronary angiography suggested a total occlusion of the left anterior descending (LAD) between two stents. Percutaneous transluminal coronary angioplasty (PTCA) was performed, but it made an acute coronary occlusion due to a dissection of left main trunk (LMT). As cardiogenic shock occurred, he was put on percutaneous cardioplumonary support (PCPS), and a perfusion catheter was introduced to the LAD and a guide wire to the circumflex (Cx). Emergency coronary artery bypass grafting (CABG) was performed on cardioplumonary bypass (CPB). First, an SVG was grafted to the LAD on ventricular fibrillation, and the other SVG was grafted to segment 13 on cardiac arrest after the perfusion catheter and guide wire was removed. This method allowed this operation to be performed with suitable myocardial protection.

In August 2001 we began to use WELPAS (a benzalkonium chloride solution) as part of our cost-containment drive, replacing self-made glycerol-added ethanol, which had been used for a long time to prevent nosocomial infections. Since then, blackish stains have become particularly noticeable here and there on the floorboards of the passageways in the hospital wards. The newly adopted quick-drying hand disinfectant was suspected as the culprit. To find the real cause of the dirt, we built a hallway similar to the real passageway for experiment. The disinfectant agents used were WELPAS, WELLUP (chlorhexidine gluconate), HIBISOFT (chlorhexidine gluconate), medicinal ethanol, cationic detergent solution, HIBITANE solution (chlorhexidine hydrochioride) and glycerol solution. These agents and distilled water were dropped on a limited area of the floor respectively for comparison of the degrees of dirt. The cationic detergent solution and WELPAS containing cationic detergent left blackish stains that were hardest to remove. From this finding, it was inferred that the cationic detergent solution was responsible for the dirt on the floor. So we decided to switch to a quick-drying hand disinfectant which does not contain cationic detergents. After considering economic benefit, we chose WELLUP which contains medicinal alcohol plus chlorhexidine gluconate and put it into actual use in October 2003. Since then, the hospitall floors have become unmistakalbly clean.

Computed Tomography(CT) has been of great value in planning treatment for patients with hypertensive intracerebral hemorrhage. The patient with a moderate-sized extracapsular hematoma is usually mild. Such a patient, as a rule, should be treated conservatively. However if the patients shows progressive deterioration or mass signs on the CT, he will be subjected to surgery. The patient with putaminal hemorrhage involving the internal capsule is also indicated for surgery. The patient with a large hematoma extending to the thalamus and the hypothalamus extending to the thalamus and the hypothalamus shows poor prognosis and never indicated for surgery. From the viewpoint of hematoma volume, more than 25ml in size, indicates surgical removal. The acute hydrocephalus following intracerebral hemorrhage confirmed by CT, requires a ventricular drainage, especially if the case of ventricular component is present, in the third and/or fourth ventricles. In the management of hypertensive intracerebral hemorrhage, the choice of treatment, surgical or conservative, is a very important decision. In spite of the fact that surgical treatment of the disease has been actively carried out for the last decade in various facilities in Japan, the indication for surgery is still in controversy in the field of neurosurgery. Today, it is noted that preoperative conditions of the patient such as age, state of consciousness, location of hematoma and timing of operation are closely related to operative results3). As it is well known, computed tomography(CT) will be of great help in the choice of treatment for hypertensive intracerebral hemorrhage. CT gives us not only definite diagnosis of intracerebral hemorrhage but also shows us variable intracranial pathology. Information relating to the exact location of hematoma, estimated hematoma-volume, presence or absence of ventricular component, size of the ventricles and mass effect from displacement of midline structures on CT, will be of extremely valuable in planning further treatment.
Cerebral Hemorrhage ; Consciousness ; Diagnosis ; Drainage ; Fourth Ventricle ; Hematoma ; Hemorrhage* ; Humans ; Hydrocephalus ; Hypothalamus ; Internal Capsule ; Intracranial Hemorrhage, Hypertensive ; Japan ; Neurosurgery ; Pathology ; Prognosis ; Putaminal Hemorrhage ; Thalamus

Patient 1 was a 62-year-old woman who had been treated for hypertension for three years. Stanford A type acute aortic dissection occurred accompanied by right coronary ischemia. CABG and graft replacement of the ascending aorta were performed 8 hours after the onset of coronary ischemia, but after cardiopulmonary bypass the patient could not be weaned from the RVAD because of right ventricular infarction. On the 8th day after operation, she died due to right heart failure. Patient 2 was a 72-year-old male. Stanford A acute aortic dissection occurred and right coronary ischemia appeared during UCG examination in the ICU. CABG and graft replacement of the ascending aorta and the aortic arch were carried out less than 1 hour from the onset of coronary ischemia. The postoperative course was satisfactory and uncomplicated. If the dissection extends to the aortic root, it is important to monitor the ECG carefully to detect myocardial ischemic changes. In cases with coronary ischemia, early operation and CABG are mandatory.