The purpose of the present study is to investigate protein metabolism during rapid weight reduction. Six male boxing players put on a restricted diet of their own accord for two weeks. Body weight changes were observed and a biochemical analysis was made of their urine and blood. The initial body weight of 66.1±3.0kg (mean±SE) decreased to 63.6±3.2 kg after two weeks (P<0.01) . The changes in lean body mass (LBM) by weight reduction were not significant, but the LBM tended to decrease after two weeks. The mean caloric intake was 2, 791±728 kcal before the study and 1, 643±548 kcal after two weeks. The reduction of carbohydrate consumption is much more than that of fat and protein consumption. The 3-Me/Cr in urine increased significantly after two weeks (348.1 ± 37.0 μol/g to 508.1 f 45.6 μmol/g, P<0.01) and the increase of Urea-N/Cr in urine (8.4±0.5mg/mg creatinine to 13.7±1.3mg/mg creatinine, P<0.01) was also significant after two weeks. Urine volume decreased significantly after two weeks (P<0.01) . There was no significant difference in the blood components during the weight reduction period. These results might suggest that rapid weight reduction and massive decrease of carbohydrate intake accelerate protein catabolism.

Sound management of hospital in Japan in general has become more and more difficult with frequent reductions in the fees officially paid to medical institutions for medical examinations and treatments, and this current situation obviously necessitates a more efficient way of hospital management and ardent efforts at improvement on the part of our hospital as well. The Division on Nursing has set the goals to implement thoroughgoing cost-management strategies and to strengthen cooperation with other divisions. For this purpose we visited the hospital wards jointly with other personnel from the Divisions of Medical Materials and Dispensary to check inventories of medical materials and to make them optimum. As a result, it was found that medical materials were often improperly placed, stored excessively, or returned inaccurately. The instructions for redefining the proper quota of the medical materials per ward, putting them in order and returning them properly in case of excess facilitated direct communication and cooperation between divisions, and resulted in inventory reduction and thus the annual costs of returning them. These efforts successfully inspired each staff member to participate voluntarily in the management of our hospital, which eventually led to reasonable inventory control of medical materials. It would be important for each division, while demonstrating its specialty, to realize the importance of cooperation to reach far greater achievements.
Hospitals ; Materials ; seconds ; cooperation ; Medical

　　The Department of Plastic Surgery in our hospital uses compression stockings as a preventive measure against deep venous thrombosis (DVT). Elastic bandages are also used in patients with bone protrusion, skin lesions, or with no size-matched stockings. However, elastic bandages are associated with problems such as inconsistent compression force, ready loss of compression, and local skin lesions due to compression. Therefore, to address these problems, we developed a new bandaging technique by layering different types of bandages (multi-layer bandages), evaluated changes in compression using a measurement device, and examined skin condition after 6 h. On average, the compression of elastic bandages and multi-layer bandages decreased by 52% and 37.4%, respectively, after 6 h (t-test, P = 0.036). Skin wrinkles were finer with the multi-layer bandages. These results suggest that multi-layer bandages are less likely to loosen and that cast paddings prevent bandages from compressing the same local areas. However, because previous research warns of using elastic bandages as an easy way to prevent DVT, it is important to acquire accurate knowledge and master skills for bandaging with proper compression.

In this study, we proposed an approach to interpret the classification of body constitution based on the Japanese Version of Constitution in Chinese Medicine Questionnaire (CCMQ-J) in terms of an augmented questionnaire combining seven independent questionnaires. The augmented questionnaire consists of 254 questions in terms of seven categories of attributes, which are the (i) basic information (BI), (ii) disease (DI), (iii) social factors (SO), (iv) mental factors (ME), (v) dietary habits (DH), (vi) sleeping state (SL), and (vii) sub-health (SH). The partial least square (PLS) regression has been adopted to model the correlations between the scores of body constitutions and the questions, and their results show that the body constitution can be represented by the linear combination of the questions substantially (correlation coefficients between the true and predicted constitutions are all above 0.7). Moreover, by using the crowdsourcing technique in data collection, a total of 851 samples (350 males and 501 females between 20 and 85 years old) samples with diverse geographical backgrounds in Japan have been collected, from which new medical implications have been extracted through the discussion in a Traditional Chinese Medicine standpoint. This study serves as a crucial step for validating the philosophy of ancient Chinese medicine by the state-of-the-art information science techniques and facilitating the use of the CCMQ-J in public healthcare.