Engineered protein nanopore (IMAGE)
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An engineered protein nanopore directed a water flux strong enough to capture, unfold and translocate proteins exceeding 1200 amino acids in length. Modulation of electrical current during protein translocation through the nanopore detected post-translational modifications deep within the proteins (shown as circle, triangle, and hexagon). Image credit: Wei-Hsuan Lan and Yujia Qing.
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An engineered protein nanopore directed a water flux strong enough to capture, unfold and translocate proteins exceeding 1200 amino acids in length. Modulation of electrical current during protein translocation through the nanopore detected post-translational modifications deep within the proteins (shown as circle, triangle, and hexagon). Image credit: Wei-Hsuan Lan and Yujia Qing.
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