Chow A T, Kegelman J E, Kohli C, McCabe D D, Moore J F
E.I. duPont de Nemours & Co., Inc., Medical Products Department, Wilmington, DE 19898.
Clin Chem. 1990 Sep;36(9):1579-82.
As the clinical laboratory advances toward total automation, the marketplace is now demanding more-efficient sample-handling systems. These demands have arisen over a relatively short period of time, in part because of heightened concern over laboratory safety and the resulting manpower shortages. Adding sample-handling capabilities to existing instrumentation is often a challenge, because usually mechanical or system constraints are present that interfere. This challenge has been overcome in the DuPont Sample Management System (SMS), a second-generation general chemistry analyzer that incorporates the latest barcode and computer-interfacing technology. The development of the SMS system relies heavily on recent advances in technology, e.g., software modeling and computer-aided design. The SMS system includes a barcode scanner based on "charge-coupled device" technology, a random-access sample wheel, and new software that oversees the various functions.
随着临床实验室向全自动化迈进,市场现在对更高效的样本处理系统有了需求。这些需求在相对较短的时间内出现,部分原因是对实验室安全的关注度提高以及由此导致的人力短缺。在现有仪器上增加样本处理能力通常是一项挑战,因为通常存在机械或系统方面的限制因素会造成干扰。杜邦样本管理系统(SMS)克服了这一挑战,它是一款结合了最新条形码和计算机接口技术的第二代常规化学分析仪。SMS系统的开发在很大程度上依赖于近期的技术进步,例如软件建模和计算机辅助设计。SMS系统包括一个基于“电荷耦合器件”技术的条形码扫描仪、一个随机存取样本轮以及负责监督各种功能的新软件。