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日本的实验室全自动化:过去、现在与未来

Total laboratory automation in Japan. Past, present, and the future.

作者信息

Sasaki M, Kageoka T, Ogura K, Kataoka H, Ueta T, Sugihara S

机构信息

Department of Clinical Laboratory Medicine, Kochi Medical School, Nankoku, Japan.

出版信息

Clin Chim Acta. 1998 Dec;278(2):217-27. doi: 10.1016/s0009-8981(98)00148-x.

Abstract

The history of systematized automation in clinical laboratories in Japan started in 1981. At that time, about 12 laboratory technicians worked in a typical private University hospital laboratory (average size 1000 beds), whereas in national university hospitals (typical size 600 beds), the number of technicians was as low as 18-25. In 1981, the Kochi Medical School was founded as a new national school, and laboratory staffing was limited by the Ministry of Education to only 19 technicians for the first 3 years. Therefore, we started to develop a fully automated laboratory system by ourselves rather than accepting an intolerable shortage of technicians. The system was based on conveyor and robotic technology, and we called this approach systematization. Ten years later, systematized automation was introduced into the Japanese market. As a result, 72% of the national university hospitals in Japan installed commercial systems for systematization. There is a trend now in hospitals with sufficient numbers of technicians, to introduce fully automated systems in their laboratories as well, and even small hospitals with less than 100 beds are planning to introduce such systems. However, current technology is too expensive and not sufficiently standardized to meet the needs of these market segments in Japan. We recommend that companies agree on common shapes and sizes of racks and include more flexible robotic technology in their sample handling systems, to allow for plug and play systems and to make systematization affordable for every laboratory in the world.

摘要

日本临床实验室的系统化自动化历史始于1981年。当时,在一家典型的私立大学医院实验室(平均规模为1000张床位)中,约有12名实验室技术人员,而在国立大学医院(典型规模为600张床位),技术人员数量低至18 - 25人。1981年,高知医科大学作为一所新的国立学校成立,教育部在前三年将实验室工作人员限制为仅19名技术人员。因此,我们开始自行开发全自动化实验室系统,而不是接受技术人员严重短缺的情况。该系统基于传送带和机器人技术,我们将这种方法称为系统化。十年后,系统化自动化被引入日本市场。结果,日本72%的国立大学医院安装了商业化的系统化系统。现在,在技术人员数量充足的医院中,也有在其实验室引入全自动化系统的趋势,甚至床位不足100张的小医院也在计划引入此类系统。然而,目前的技术过于昂贵且标准化程度不足,无法满足日本这些细分市场的需求。我们建议企业就架子的通用形状和尺寸达成一致,并在其样本处理系统中纳入更灵活的机器人技术,以实现即插即用系统,并使系统化对全球每个实验室都负担得起。

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