Accidents in dental treatment: A questionnaire investigation

The relationship between the operational situation of dental treatment and accidents experienced was investigated through questionnaires sent to members of the Kagawa Dental Association. Responses were received from 261 dentists (53% response rate), of whom 113 (43%) had experienced accidents during dental examinations and/or treatment during the past one year. Dentists with a particularly high risk of having accidents were predominantly young males who possessed many medical chairs at their clinic and who daily examined many patients. Those dentists who worked together with two or more colleagues had a lower risk of accidents. These factors should be considered when trying to take preventive measures against accidents during medical examinations and treatment

当院での消化器悪性腫瘍に対する化学療法におけるB 型肝炎ウイルス再活性化対策への教育的介入の効果について

B 型肝炎ウイルス(HBV)の再活性化は癌化学療法において注意するべき合併症の一つである．HBV既往感染の状態ではHBVは排除されていると考えられていたが，肝細胞内や末梢血単核球内において，HBVが微量に存在することが明らかとなっている．HBV 再活性化の報告の多くは，悪性リンパ腫におけるステロイド併用，Rituximab 併用のレジメン及び関節リウマチに対するtumornecrosis factor-α(TNF-α)阻害薬使用においてであるが，固形腫瘍に対する化学療法においても，HBV再活性化の報告が散見される．当院での消化器悪性腫瘍に対する化学療法施行例におけるHBV再活性化対策の取り組みにより，HBV既往感染マーカーの測定率は短期間の内に上昇した．これまでは消化器悪性腫瘍においてHBV既往感染者からのHBV再活性化と思われる肝機能障害は一例も認められなかった．HBV既往感染からの再活性化による肝炎発症の場合は予後が極めて悪く，医療経済的観点を踏まえ，より適切なHBV再活性化対策の確立が今後必要と思われる

MYPにおける学習評価

application/pdf論文(Article)http://ci.nii.ac.jp/books/openurl/query?url_ver=z39.88-2004&crx_ver=z39.88-2004&rft_id=info%3Ancid%2FAA1232178

Datarol: a massively parallel architecture for functional languages

The Second IEEE Symposium on Parallel and Distributed Processing : 9-13 Dec. 1990Proposes a parallel machine architecture which incorporates an ultra-multiprocessing facility for parallel execution of functional programs. The machine performs parallel executions along a multi-thread control flow called datarol. A datarol program, instead of using a program counter, the instructions to be executed next are explicitly specified in the preceding instructions. The explicitly specified continuation linkage enables the concurrent execution of the instructions of different function instances, as well as the parallel execution of multi-thread control flow within a function instance. Based on a continuation-based execution model, the datarol processor is designed to implement an efficient parallel execution mechanism needed for ultra-multi-processing. First, the datarol concept is discussed in comparison with a dataflow model. Next, the datarol machine architecture and datarol processor design are described. Finally, the evaluation of the datarol architecture is shown