Turnell D C, Cooper J D
Biochemistry Department, Coventry and Warwickshire Hospital, Coventry, U.K.
J Chromatogr. 1989 Aug 11;492:59-83. doi: 10.1016/s0378-4347(00)84464-3.
The complete automation of liquid chromatographic (LC) techniques increases their work capacity and makes them more acceptable for biomedical applications. The ability to analyse priority specimens is also advantageous. The areas to be considered in a fully automated LC are reviewed in terms of the analytical operations, the types of processing and the various control systems that can be adopted. In particular, sample preparation and liquid handling are described in detail together with techniques and equipment that can be utilised for their automation. Strategies are given for the rational design of a fully automated LC that can analyse raw samples completely unattended.
液相色谱(LC)技术的完全自动化提高了其工作能力,使其在生物医学应用中更易于接受。分析优先样本的能力也具有优势。本文从分析操作、处理类型和可采用的各种控制系统等方面,对全自动液相色谱中需要考虑的领域进行了综述。特别详细描述了样品制备和液体处理,以及可用于其自动化的技术和设备。还给出了可完全无人值守分析原始样品的全自动液相色谱合理设计策略。