Procalcitonin (PCT) is a diagnostic marker of severe bacterial infection and sepsis. Sepsis can lead to shock, multiple organ dysfunction syndrome, DIC and death, thus making the early diagnosis of sepsis very important. Many markers (e.g., CRP, blood culture, endotoxin) of infection largely lack in clinically important property. Therefore, clinical PCT-level measurement has been accepted worldwide in the last five years. Our hospital reports PCT within 30 minutes after the collection of blood samples all day long. In this study, we assess the clinical utility of PCT for early diagnosis and treatment with specimens tested by both PCT and blood cultures. PCT assay and blood culture demonstrated the diagnostic concordance rate stood at 58.96%. We presume that the cause of its discrepancy is a lack of sensitivity of blood culture and an increase in PCT by the invasiveness of other factors. On the other hand, patients with PCT‹0.5 ng/mL are unlikely to suffer from severe bacterial infection and sepsis. Thus, PCT could be one of Vital Signs and useful for early diagnosis in the emergency care.

After vascular surgical procedures, complications of the wounds in the groin region may sometimes lead to prosthetic graft infections or prolonged hospital stays. While some wounds heal completely during re-suture and VAC therapy, healing of other wounds that involve refractory graft infection, lymphorrhea, or a dead space, is extremely difficult. We performed tissue coverage using a Sartorius muscle flap for such difficult cases. The muscle is twisted onto itself to fill the dead space with some blood supply. Tissue coverage using a Sartorius muscle flap with adequate blood flow was effective in improving lymphorrhea and infection. We report four such cases where complications in the groin region were managed using a Sartorius muscle flap for wounded coverage.

　　Evaluation of the attitude of patients according to behavior modification stage when they were admitted to hospital for our diabetes educational program and various parameters after they discharged were reviewed.　　We examined the 106 people (53 males and 53 females, average age 66.0 years) who were admitted to our hospital for diabetes education during the period from October 2009 to February 2012. We examined HbA1c levels and measurements taken during the stay in hospital, and 1 month, 3 months, 6 months, 9 months, and 12 months after leaving hospital. Compared with the measured values in the hospital, HbA1c levels measured each month showed a significant improvement (p<0.05). By evaluation of the value according to behavior modification stage, we recognized a rebound tendency in precontemplation groups. The evaluation of patients’ attitude by occupation according to stage of behavior modification revealed a difference more than 2 stages by approximately 10%. From these result, it was speculated that the patient self-management skills made a significant impact on glycemic control after hospital discharge.　　Diabetes educational hospitalization is supported by team members who vary in specialty. It is expected that we can provide higher-quality medical care by each specialist and supporter with a good knowledge.　　Assessment difference of behavior modification stage may appears by each specialty staff member and by changes in physical condition and feeling of the patients. In addition, these causes may change further by difference in the way each specialist deals with the patients. Therefore, we considered it was important to share information and have the mutual confirmation of the evaluation. Now, team medical care is regarded as important. It was suggested that cooperation among the staff members would lead to better medical treatment, and to improvement in patients’ QOL.

Secondary abdominal fascial closure by abdominal vacuum-assisted closure (VAC) therapy is required for abdominal organ protection and prevention of infection due to abdominal compartment syndrome (ACS) developing after the surgery. In this paper, we present our experience with abdominal VAC therapy for two cases that required open abdominal management after surgical repair for ruptured abdominal aortic aneurysm, with favorable outcomes. Case 1 involved a 72-year-old man who underwent endovascular aortic repair for ruptured abdominal aortic aneurysm. Abdominal VAC therapy was started after decompression laparotomy because he developed ACS immediately after surgery. Secondary abdominal fascial closure was performed on day 4 postoperatively, and he had no complications. Case 2 involved a 71-year-old man who underwent emergency Y-graft replacement for ruptured abdominal aortic aneurysm. We considered secondary abdominal fascial closure necessary because of prominent intestinal edema and massive retroperitoneal hematoma, and performed abdominal VAC therapy. We changed the VAC system on day 4, postoperatively and performed secondary abdominal fascial closure on day 7, postoperatively. Abdominal VAC therapy is considered effective and safe for patients requiring secondary abdominal fascial closure after abdominal surgery.