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The document reviews the charge transport properties of DNA-based devices, highlighting the feasibility of electrical transport in short DNA molecules and networks, while noting challenges with long single molecules. It discusses experimental findings and theoretical models that explore the mechanisms of charge migration, including hopping and tunneling. The authors emphasize the potential of DNA for molecular electronics due to its unique properties such as recognition and self-assembly, despite ongoing co
- Author
- doracanbedrettin
- Language
- EN