DNA membrane nanopores with highly tunable shapes and sizes

In a recent Nature Nanotechnology paper, Xing et al. reported de novo design of shape- and size-tunable membrane nanopores by leveraging simple but powerful DNA nanotechnology for single-molecule analysis. This route to artificial membrane nanopores paves the way for transforming protein sensing and advancing synthetic biology for real-world applications. In a recent Nature Nanotechnology paper, Xing et al. reported de novo design of shape- and size-tunable membrane nanopores by leveraging simple but powerful DNA nanotechnology for single-molecule analysis. This route to artificial membrane nanopores paves the way for transforming protein sensing and advancing synthetic biology for real-world applications.