A programmable biomolecular computing devices with RNAi

作者: Xiangrong Liu , Xiaoying shi , Ying Ju

DOI: 10.1109/BICTA.2010.5645089

关键词:

摘要: the main advantage of biomolecular computing devices in vivo is their ability to interact directly with biological systems. All components molecular computers, including input module, computation module and output are molecules that solution along a cascade programmable chemical events. Here, model for SAT problem presented. A synthetic gene network constructed by RNAi lactose operon living cell. This explores further solve hard problems based on organism processing signal.

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