著者
MINEMURA Atsuko HOSOI Misa TANAKA Katsumi HIROSHIGE Jyuichi ARUGA Tohru MURAYAMA Jun-Ichiro
出版者
The Showa University Society
雑誌
The Showa University Journal of Medical Sciences (ISSN:09156380)
巻号頁・発行日
vol.16, no.1, pp.55-63, 2004

A database which allows bi-directional communication between an emergency room (ER) and a department of pharmacy services was developed to facilitate the rapid treatment of patients with life-threatening exposure to toxic substances. Accurate information regarding the substances involved is essential for effective treatment. These substances may be prescription drugs or may be of domestic origin such as washing detergents or herbicides. Microsoft<SUP>®</SUP> Access 2000 was employed as the database software to store patient records from 1995 to 2001. For cases involving intoxication or poisoning, the data fields were as follows : the date and time, the estimated period of exposure, ingestion mode, the suspected toxic materials, classification of drugs, and electrocardiogram. To maximize ease of use, information could be entered via a dialog screen. Live access was always maintained for both facilities, ieonce data had been entered in the database, it could be immediately accessed from either the pharmacy division or the ER. To protect patient confidentiality, only the patient's identification number was entered. The database itself was protected by password access. Major advantages of this system are that it can be online 24 hours per day and it will reduce the time involved in transferring information from the pharmacy services to ER.
著者
Qiang Ma Kondo Hiroyuki Sumiya Kazutoshi TANAKA KATSUMI
出版者
一般社団法人電子情報通信学会
雑誌
電子情報通信学会技術研究報告. DE, データ工学 (ISSN:09135685)
巻号頁・発行日
vol.99, no.202, pp.63-68, 1999-07-22

Broadcast-based information dissemination systems on the Internet are becoming increasingly popular due to advances in the area of web technology and information delivery. In this paper, we propose a concept and a way to construct a virtual TV channel, which is a user-defined (virtual) channel from existing push-based Internet channels. Our virtual TV channel is (1) to filter contents of multiple push-based Internet channels, (2) to merge selected articles from different channels, and (3) to present them by a TV-program-like GUI.