用XP Zymate实现溶液相合成化学的自动化™ 实验室机器人系统

David A. Rudge
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引用次数: 3

摘要

1992年,Zeneca Pharmaceuticals开始着手开发进行溶液相合成的自动化系统。这个项目的目标,使用XP Zymate™ 随着研究部设施的建立,实验室机器人已经实现,该设施使研究化学家能够利用该系统生成化合物,用于在相关生物筛选中进行测试。开发的系统对产品所需的反应组装、执行和隔离的化学方法进行了最低限度的修改。今年,机器人工厂将从3个系统扩展到7个系统。迄今为止,已经合成了8000多种新的单个化合物。产品在必要时进行了纯化,并使用了30多种不同类型的化学物质。所开展的工作涵盖了研究过程中的合成化学的全部范围,包括用于高通量筛选、铅鉴定和铅优化的文库生成。为了描述小组的工作,对系统的能力和在设施内进行的工作类型进行了概述。
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The automation of solution phase synthetic chemistry using XP Zymate™ laboratory robotic systems

The challenge of developing automated systems to undertake solution phase synthesis was embarked upon at Zeneca Pharmaceuticals in 1992. The objective of this project, using XP Zymate™ laboratory robots, has been realised with the establishment of a Research Department facility that has enabled research chemists to utilise the systems to generate compounds for test in relevant biological screens. The systems developed use the minimum of modification to the chemical method of reaction assembly, execution and isolation required of the products. This year will see the expansion of the Robotics facility from 3 to 7 systems. To date over 8000 novel individual compounds have been synthesised. Products have been purified where necessary, and over 30 different types of chemistry have been utilised. The work undertaken has covered the full scope of synthetic chemistry in the research process, incorporating library generation for high throughput screening, lead identification, and lead optimisation. To describe the work of the group an overview of the capabilities of the systems and the types of work undertaken, within the facility, is presented.

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Preface Publisher's note Data acquisition, analysis and processing Optimization of laboratory experiments Author index volume 34
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