FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3194995679> ?p ?o ?g. }

• W3194995679 endingPage "3845" @default.
• W3194995679 startingPage "3835" @default.
• W3194995679 abstract "Solid-state nanopore devices have emerged as one of the most promising technologies that may decode the sequence of DNA nucleobases by reading electronic conductance and electric current signals. Herein we study the potential of atomically thick graphdiyne (GDY) to act as an all-electronic nanopore (NP)-based DNA sequencing device. The first-principles density functional theory method is used to study the structural properties, interaction energy (Ei) values, translocation time (τ), charge transfer [Q(e)] values, charge density difference [Δρ(r)], molecular orbital (MO) positions, and electronic density of states (DOS) properties of the GDYNP and GDYNP + nucleobase (nucleobases: adenine (A), guanine (G), thymine (T), and cytosine (C)) systems. Our results suggest that the GDYNP system could be a suitable device for the detection of nucleobases due to their specific translocation times inside the GDYNP device. The Δρ(r) results reveal that the charge fluctuates around the GDYNP edges close to the target nucleobase. This charge reorganization causes the modulation of charge transport in the GDYNP device. Furthermore, the GDYNP device is used to read-out the conductance and current signals of each DNA nucleobase while located inside the GDYNP by using nonequilibrium Green’s functions formalism. Our findings show a change in conductance with respect to the reference bare “GDYNP” device for energy values below/above the Fermi energy. The conductance as well as current sensitivity (%) values (C > G > T > A) indicates that the nucleobases could possibly be sequenced through the GDYNP device. Further, each nucleobase transmits unique current signals when transported through the GDYNP device. A distinction between purine- and pyrimidine-type nucleobases seems possible due to their different current signals. Thus, our study highlights the potentials that would motivate research toward the development of the GDYNP device, which may be even a better DNA nucleobase detector compared to graphene-based devices." @default.
• W3194995679 created "2021-08-30" @default.
• W3194995679 creator A5018218171 @default.
• W3194995679 creator A5090908365 @default.
• W3194995679 date "2021-08-20" @default.
• W3194995679 modified "2023-10-02" @default.
• W3194995679 title "Electronic Conductance and Current Modulation through Graphdiyne Nanopores for DNA Sequencing" @default.
• W3194995679 cites W1965572595 @default.
• W3194995679 cites W1967663885 @default.
• W3194995679 cites W1971338405 @default.
• W3194995679 cites W1976369775 @default.
• W3194995679 cites W1979119976 @default.
• W3194995679 cites W1982277406 @default.
• W3194995679 cites W1984071764 @default.
• W3194995679 cites W1985252301 @default.
• W3194995679 cites W1988763168 @default.
• W3194995679 cites W1990968510 @default.
• W3194995679 cites W1997557175 @default.
• W3194995679 cites W1998107126 @default.
• W3194995679 cites W2009886994 @default.
• W3194995679 cites W2010142422 @default.
• W3194995679 cites W2012218268 @default.
• W3194995679 cites W2023271753 @default.
• W3194995679 cites W2025583382 @default.
• W3194995679 cites W2026936385 @default.
• W3194995679 cites W2033350555 @default.
• W3194995679 cites W2045596260 @default.
• W3194995679 cites W2049472109 @default.
• W3194995679 cites W2058087601 @default.
• W3194995679 cites W2060182407 @default.
• W3194995679 cites W2061680337 @default.
• W3194995679 cites W2061798151 @default.
• W3194995679 cites W2064364774 @default.
• W3194995679 cites W2071582987 @default.
• W3194995679 cites W2076293888 @default.
• W3194995679 cites W2121875362 @default.
• W3194995679 cites W2130127967 @default.
• W3194995679 cites W2156890350 @default.
• W3194995679 cites W2164546578 @default.
• W3194995679 cites W2167381746 @default.
• W3194995679 cites W2169802997 @default.
• W3194995679 cites W2171375100 @default.
• W3194995679 cites W2172812149 @default.
• W3194995679 cites W2173808773 @default.
• W3194995679 cites W2258351451 @default.
• W3194995679 cites W2318116781 @default.
• W3194995679 cites W2332076610 @default.
• W3194995679 cites W2570044895 @default.
• W3194995679 cites W2579012589 @default.
• W3194995679 cites W2702960541 @default.
• W3194995679 cites W2759946193 @default.
• W3194995679 cites W2765468456 @default.
• W3194995679 cites W2766213683 @default.
• W3194995679 cites W2904207734 @default.
• W3194995679 cites W2916837985 @default.
• W3194995679 cites W2945238072 @default.
• W3194995679 cites W2950755001 @default.
• W3194995679 cites W2963778364 @default.
• W3194995679 cites W2969831191 @default.
• W3194995679 cites W2973021558 @default.
• W3194995679 cites W3015636815 @default.
• W3194995679 cites W3015835852 @default.
• W3194995679 cites W3030856093 @default.
• W3194995679 cites W3042747719 @default.
• W3194995679 cites W3096023702 @default.
• W3194995679 cites W3100340873 @default.
• W3194995679 cites W3101244745 @default.
• W3194995679 cites W3107118175 @default.
• W3194995679 cites W3111998662 @default.
• W3194995679 cites W3118096908 @default.
• W3194995679 cites W3121568121 @default.
• W3194995679 cites W3137352713 @default.
• W3194995679 cites W4240605966 @default.
• W3194995679 doi "https://doi.org/10.1021/acsaelm.1c00452" @default.
• W3194995679 hasPublicationYear "2021" @default.
• W3194995679 type Work @default.
• W3194995679 sameAs 3194995679 @default.
• W3194995679 citedByCount "13" @default.
• W3194995679 countsByYear W31949956792021 @default.
• W3194995679 countsByYear W31949956792022 @default.
• W3194995679 countsByYear W31949956792023 @default.
• W3194995679 crossrefType "journal-article" @default.
• W3194995679 hasAuthorship W3194995679A5018218171 @default.
• W3194995679 hasAuthorship W3194995679A5090908365 @default.
• W3194995679 hasConcept C104317684 @default.
• W3194995679 hasConcept C121332964 @default.
• W3194995679 hasConcept C121932024 @default.
• W3194995679 hasConcept C141795571 @default.
• W3194995679 hasConcept C147597530 @default.
• W3194995679 hasConcept C152365726 @default.
• W3194995679 hasConcept C159467904 @default.
• W3194995679 hasConcept C171250308 @default.
• W3194995679 hasConcept C185592680 @default.
• W3194995679 hasConcept C192562407 @default.
• W3194995679 hasConcept C26873012 @default.
• W3194995679 hasConcept C2776858809 @default.
• W3194995679 hasConcept C2778301229 @default.
• W3194995679 hasConcept C512185932 @default.

• next