Matches in SemOpenAlex for { <https://semopenalex.org/work/W3020813620> ?p ?o ?g. }
- W3020813620 endingPage "13245" @default.
- W3020813620 startingPage "13238" @default.
- W3020813620 abstract "Synthetic DNA has emerged as a powerful self-assembled material for the engineering of nanoscale supramolecular devices and materials. Recently dissipative self-assembly of DNA-based supramolecular structures has emerged as a novel approach providing access to a new class of kinetically controlled DNA materials with unprecedented life-like properties. So far, dissipative control has been achieved using DNA-recognizing enzymes as energy dissipating units. Although highly efficient, enzymes pose limits in terms of long-term stability and inhibition of enzyme activity by waste products. Herein, we provide the first example of kinetically controlled DNA nanostructures in which energy dissipation is achieved through a non-enzymatic chemical reaction. More specifically, inspired by redox signalling, we employ redox cycles of disulfide-bond formation/breakage to kinetically control the assembly and disassembly of tubular DNA nanostructures in a highly controllable and reversible fashion." @default.
- W3020813620 created "2020-05-01" @default.
- W3020813620 creator A5018935401 @default.
- W3020813620 creator A5029984666 @default.
- W3020813620 creator A5037884650 @default.
- W3020813620 date "2020-07-09" @default.
- W3020813620 modified "2023-10-02" @default.
- W3020813620 title "Transient DNA‐Based Nanostructures Controlled by Redox Inputs" @default.
- W3020813620 cites W1964599873 @default.
- W3020813620 cites W1994486848 @default.
- W3020813620 cites W1997217285 @default.
- W3020813620 cites W1999252869 @default.
- W3020813620 cites W2018257401 @default.
- W3020813620 cites W2019376824 @default.
- W3020813620 cites W2019733001 @default.
- W3020813620 cites W2023016621 @default.
- W3020813620 cites W2024074038 @default.
- W3020813620 cites W2035957614 @default.
- W3020813620 cites W2051394400 @default.
- W3020813620 cites W2063041018 @default.
- W3020813620 cites W2064600250 @default.
- W3020813620 cites W2069869069 @default.
- W3020813620 cites W2079568341 @default.
- W3020813620 cites W2100473511 @default.
- W3020813620 cites W2101175414 @default.
- W3020813620 cites W2102005838 @default.
- W3020813620 cites W2102069033 @default.
- W3020813620 cites W2115827933 @default.
- W3020813620 cites W2124193751 @default.
- W3020813620 cites W2126201627 @default.
- W3020813620 cites W2126961173 @default.
- W3020813620 cites W2145761747 @default.
- W3020813620 cites W2154459955 @default.
- W3020813620 cites W2157319245 @default.
- W3020813620 cites W2159189749 @default.
- W3020813620 cites W2164923948 @default.
- W3020813620 cites W2167091038 @default.
- W3020813620 cites W2168618905 @default.
- W3020813620 cites W2170679909 @default.
- W3020813620 cites W2283947412 @default.
- W3020813620 cites W2325046277 @default.
- W3020813620 cites W2330955477 @default.
- W3020813620 cites W2346218025 @default.
- W3020813620 cites W2407365203 @default.
- W3020813620 cites W2507675910 @default.
- W3020813620 cites W2581826111 @default.
- W3020813620 cites W2582322006 @default.
- W3020813620 cites W2598696960 @default.
- W3020813620 cites W2605555202 @default.
- W3020813620 cites W2609836588 @default.
- W3020813620 cites W2692624521 @default.
- W3020813620 cites W2735169372 @default.
- W3020813620 cites W2736162161 @default.
- W3020813620 cites W2745739596 @default.
- W3020813620 cites W2762107960 @default.
- W3020813620 cites W2765919860 @default.
- W3020813620 cites W2766243449 @default.
- W3020813620 cites W2768043621 @default.
- W3020813620 cites W2785819586 @default.
- W3020813620 cites W2794168008 @default.
- W3020813620 cites W2794988656 @default.
- W3020813620 cites W2795177879 @default.
- W3020813620 cites W2800577458 @default.
- W3020813620 cites W2883696949 @default.
- W3020813620 cites W2897934197 @default.
- W3020813620 cites W2905340820 @default.
- W3020813620 cites W2919993307 @default.
- W3020813620 cites W2939897607 @default.
- W3020813620 cites W2943515348 @default.
- W3020813620 cites W2963086271 @default.
- W3020813620 cites W2969844342 @default.
- W3020813620 cites W2980497132 @default.
- W3020813620 cites W4210961063 @default.
- W3020813620 cites W4211087439 @default.
- W3020813620 cites W4211135297 @default.
- W3020813620 cites W4233840382 @default.
- W3020813620 cites W4236765864 @default.
- W3020813620 cites W4242643770 @default.
- W3020813620 doi "https://doi.org/10.1002/anie.202002180" @default.
- W3020813620 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32339410" @default.
- W3020813620 hasPublicationYear "2020" @default.
- W3020813620 type Work @default.
- W3020813620 sameAs 3020813620 @default.
- W3020813620 citedByCount "52" @default.
- W3020813620 countsByYear W30208136202020 @default.
- W3020813620 countsByYear W30208136202021 @default.
- W3020813620 countsByYear W30208136202022 @default.
- W3020813620 countsByYear W30208136202023 @default.
- W3020813620 crossrefType "journal-article" @default.
- W3020813620 hasAuthorship W3020813620A5018935401 @default.
- W3020813620 hasAuthorship W3020813620A5029984666 @default.
- W3020813620 hasAuthorship W3020813620A5037884650 @default.
- W3020813620 hasBestOaLocation W30208136202 @default.
- W3020813620 hasConcept C118630614 @default.
- W3020813620 hasConcept C121332964 @default.
- W3020813620 hasConcept C129275984 @default.
- W3020813620 hasConcept C171250308 @default.
- W3020813620 hasConcept C178790620 @default.