Matches in SemOpenAlex for { <https://semopenalex.org/work/W2854057068> ?p ?o ?g. }
- W2854057068 endingPage "735" @default.
- W2854057068 startingPage "729" @default.
- W2854057068 abstract "Here we report smart molecular logic circuits built on a well-designed H-shaped DNA nanostructure that can recognize cell-simulated bioenvironments and modulate the operations of a DNA nanosensor. By assembling a wild-type ATP aptamer and a parallel G-quadruplex into the H-shaped DNA scaffold, two intrinsic cellular components, ATP and K+, are utilized to activate the logic circuits, enabling fluorescent detection of the target DNA via toehold-mediated strand displacement. In this way, two logic circuits consisting of cascaded “AND–AND” and “OR–AND” gates are achieved, which are responsive to the ATP and/or K+ concentration change outside and inside cells, and therefore control whether or not the downstream DNA sensor works. This work illustrates a novel concept for developing new bioinspired DNA molecular devices for not only programmable molecular sensing but also targeted drug delivery." @default.
- W2854057068 created "2018-07-19" @default.
- W2854057068 creator A5010278187 @default.
- W2854057068 creator A5033076947 @default.
- W2854057068 creator A5066668521 @default.
- W2854057068 creator A5070210143 @default.
- W2854057068 date "2018-10-01" @default.
- W2854057068 modified "2023-10-16" @default.
- W2854057068 title "Cellular environment-responsive intelligent DNA logic circuits for controllable molecular sensing" @default.
- W2854057068 cites W1964928696 @default.
- W2854057068 cites W1977693300 @default.
- W2854057068 cites W1980301976 @default.
- W2854057068 cites W1983358637 @default.
- W2854057068 cites W1985047295 @default.
- W2854057068 cites W1986292487 @default.
- W2854057068 cites W1994127826 @default.
- W2854057068 cites W2005615084 @default.
- W2854057068 cites W2017759582 @default.
- W2854057068 cites W2018778192 @default.
- W2854057068 cites W2022450600 @default.
- W2854057068 cites W2027107554 @default.
- W2854057068 cites W2039288218 @default.
- W2854057068 cites W2047173659 @default.
- W2854057068 cites W2047206115 @default.
- W2854057068 cites W2050125276 @default.
- W2854057068 cites W2065249900 @default.
- W2854057068 cites W2066128009 @default.
- W2854057068 cites W2069755600 @default.
- W2854057068 cites W2071744465 @default.
- W2854057068 cites W2076189832 @default.
- W2854057068 cites W2076852768 @default.
- W2854057068 cites W2081133119 @default.
- W2854057068 cites W2081911437 @default.
- W2854057068 cites W2092570226 @default.
- W2854057068 cites W2096539359 @default.
- W2854057068 cites W2112870272 @default.
- W2854057068 cites W2115647623 @default.
- W2854057068 cites W2131904193 @default.
- W2854057068 cites W2143270565 @default.
- W2854057068 cites W2151366879 @default.
- W2854057068 cites W2154459955 @default.
- W2854057068 cites W2159876240 @default.
- W2854057068 cites W2168392287 @default.
- W2854057068 cites W2169436912 @default.
- W2854057068 cites W2197075717 @default.
- W2854057068 cites W2208018529 @default.
- W2854057068 cites W2261061421 @default.
- W2854057068 cites W2272742955 @default.
- W2854057068 cites W2275098240 @default.
- W2854057068 cites W2286611429 @default.
- W2854057068 cites W2318093937 @default.
- W2854057068 cites W2321813557 @default.
- W2854057068 cites W2321992551 @default.
- W2854057068 cites W2323939135 @default.
- W2854057068 cites W2324325184 @default.
- W2854057068 cites W2332489732 @default.
- W2854057068 cites W2332884175 @default.
- W2854057068 cites W2333906568 @default.
- W2854057068 cites W2344310603 @default.
- W2854057068 cites W2483439092 @default.
- W2854057068 cites W2494986147 @default.
- W2854057068 cites W2498282679 @default.
- W2854057068 cites W2507242974 @default.
- W2854057068 cites W2524669638 @default.
- W2854057068 cites W2524742779 @default.
- W2854057068 cites W2559744409 @default.
- W2854057068 cites W2565045559 @default.
- W2854057068 cites W2595968259 @default.
- W2854057068 cites W2605172963 @default.
- W2854057068 cites W2609686416 @default.
- W2854057068 cites W2735651170 @default.
- W2854057068 cites W2737886736 @default.
- W2854057068 cites W2738534387 @default.
- W2854057068 cites W2739451081 @default.
- W2854057068 cites W2757251766 @default.
- W2854057068 cites W2765912659 @default.
- W2854057068 cites W2767343818 @default.
- W2854057068 cites W2769151392 @default.
- W2854057068 cites W4233446176 @default.
- W2854057068 cites W4362127574 @default.
- W2854057068 cites W2186876778 @default.
- W2854057068 doi "https://doi.org/10.1016/j.bios.2018.07.006" @default.
- W2854057068 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30014947" @default.
- W2854057068 hasPublicationYear "2018" @default.
- W2854057068 type Work @default.
- W2854057068 sameAs 2854057068 @default.
- W2854057068 citedByCount "25" @default.
- W2854057068 countsByYear W28540570682019 @default.
- W2854057068 countsByYear W28540570682020 @default.
- W2854057068 countsByYear W28540570682021 @default.
- W2854057068 countsByYear W28540570682022 @default.
- W2854057068 countsByYear W28540570682023 @default.
- W2854057068 crossrefType "journal-article" @default.
- W2854057068 hasAuthorship W2854057068A5010278187 @default.
- W2854057068 hasAuthorship W2854057068A5033076947 @default.
- W2854057068 hasAuthorship W2854057068A5066668521 @default.
- W2854057068 hasAuthorship W2854057068A5070210143 @default.
- W2854057068 hasConcept C11413529 @default.