编写分子程序的要求

J. H. Lutz, R. Lutz
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引用次数: 0

摘要

分子编程利用DNA和其他生物分子的计算能力来创建有用的纳米级系统。正在开发的分子程序应用包括使用后可被人体吸收的医疗传感器,只有在发现病变细胞时才打开的药物胶囊,以及可编程的纳米级机器人。本教程介绍了通常用于编写分子程序需求的基于模型的语言。这种高级建模语言在数学上很简单,非常通用,并且有很好的文档。重要的是,用它编写的规范可以自动编译成可实现的详细设计描述。参与者将知道如何编写一些小分子系统组件的需求,去哪里学习更多,以及编写大型分子程序的需求有哪些开放的问题。
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Writing Requirements for Molecular Programs
Molecular programming uses the computational power of DNA and other biomolecules to create useful nanoscale systems. Molecular program applications being developed include medical sensors that can be absorbed by the body after use, drug capsules that open only when they find diseased cells, and programmable nanoscale robots. This tutorial introduces the model-based language commonly used to write the requirements for molecular programs. This high-level modeling language is mathematically simple, very general, and well documented. Importantly, specifications written in it can be automatically compiled into implementable, detailed design descriptions. Participants will leave knowing how to write the requirements for some small molecular system components, where to go to learn more, and what are some open problems for writing the requirements of large molecular programs.
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