FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2514917557> ?p ?o ?g. }

• W2514917557 endingPage "37" @default.
• W2514917557 startingPage "10" @default.
• W2514917557 abstract "DNA is one of the most predictable and programmable self-assembling molecules. This Chapter will focus on an emerging research area at the interface of DNA nanotechnology and supramolecular chemistry. This area brings a range of orthogonal interactions to DNA assembly, resulting in new motifs from a minimum number of DNA sequences. It allows the use of DNA to guide the assembly of two- and three-dimensional structures with precise positioning of functional units, such as transition metals, polymers and gold nanoparticles on the nanometer scale. Small molecules and polymers introduce profound changes in how DNA assembles, and can significantly stabilize this molecule. We describe synthetic methods for the construction of DNA cages and nanotubes with deliberate variation of geometry, size, single- and double-stranded forms, permeability and length. They are reconfigurable and molecule-responsive, e.g., cages can open and close on demand with specific RNA sequences that are overexpressed in cancer cells. The encapsulation of nanoparticles and small molecules and their release when specific DNA strands are added is demonstrated, and their cellular uptake, gene silencing and nuclease resistance are examined. We describe the synthesis of DNA-polymer conjugates, in which the polymeric block is monodisperse and fully sequence-controlled. The sequence order of monomer units in these new materials plays a major role in determining their self-assembly, and their association with DNA cages gives rise to protein-inspired behavior. The molecules shown here represent a new class of selective cellular probes and drug delivery tools, and can assist the development of targeted therapeutic routes." @default.
• W2514917557 created "2016-09-16" @default.
• W2514917557 creator A5073800682 @default.
• W2514917557 creator A5083007130 @default.
• W2514917557 date "2016-07-05" @default.
• W2514917557 modified "2023-10-14" @default.
• W2514917557 title "Supramolecular Chemistry with DNA" @default.
• W2514917557 cites W1567090568 @default.
• W2514917557 cites W1617520624 @default.
• W2514917557 cites W1922563352 @default.
• W2514917557 cites W1964528847 @default.
• W2514917557 cites W1964928696 @default.
• W2514917557 cites W1967718534 @default.
• W2514917557 cites W1969330890 @default.
• W2514917557 cites W1972802328 @default.
• W2514917557 cites W1975679096 @default.
• W2514917557 cites W1979489963 @default.
• W2514917557 cites W1980301976 @default.
• W2514917557 cites W1985228641 @default.
• W2514917557 cites W1985827444 @default.
• W2514917557 cites W1986203420 @default.
• W2514917557 cites W1991060977 @default.
• W2514917557 cites W1993385148 @default.
• W2514917557 cites W1994150421 @default.
• W2514917557 cites W1994604155 @default.
• W2514917557 cites W1995024825 @default.
• W2514917557 cites W1998988220 @default.
• W2514917557 cites W1999799926 @default.
• W2514917557 cites W2001546121 @default.
• W2514917557 cites W2002749442 @default.
• W2514917557 cites W2005615084 @default.
• W2514917557 cites W2006908644 @default.
• W2514917557 cites W2009963235 @default.
• W2514917557 cites W2009983803 @default.
• W2514917557 cites W2011460848 @default.
• W2514917557 cites W2014845274 @default.
• W2514917557 cites W2019733001 @default.
• W2514917557 cites W2020246057 @default.
• W2514917557 cites W2020537808 @default.
• W2514917557 cites W2023747155 @default.
• W2514917557 cites W2024949907 @default.
• W2514917557 cites W2027101112 @default.
• W2514917557 cites W2028521594 @default.
• W2514917557 cites W2032813700 @default.
• W2514917557 cites W2034416429 @default.
• W2514917557 cites W2038125628 @default.
• W2514917557 cites W2038156304 @default.
• W2514917557 cites W2041112390 @default.
• W2514917557 cites W2041281044 @default.
• W2514917557 cites W2042481641 @default.
• W2514917557 cites W2049106847 @default.
• W2514917557 cites W2052566608 @default.
• W2514917557 cites W2052980330 @default.
• W2514917557 cites W2059909081 @default.
• W2514917557 cites W2065793647 @default.
• W2514917557 cites W2066242376 @default.
• W2514917557 cites W2067786295 @default.
• W2514917557 cites W2068289663 @default.
• W2514917557 cites W2068744615 @default.
• W2514917557 cites W2072687635 @default.
• W2514917557 cites W2072895616 @default.
• W2514917557 cites W2073253475 @default.
• W2514917557 cites W2074991480 @default.
• W2514917557 cites W2075370047 @default.
• W2514917557 cites W2078484807 @default.
• W2514917557 cites W2082015621 @default.
• W2514917557 cites W2084408879 @default.
• W2514917557 cites W2086031432 @default.
• W2514917557 cites W2096421961 @default.
• W2514917557 cites W2097409296 @default.
• W2514917557 cites W2098818518 @default.
• W2514917557 cites W2099737063 @default.
• W2514917557 cites W2107253024 @default.
• W2514917557 cites W2107281425 @default.
• W2514917557 cites W2109914800 @default.
• W2514917557 cites W2111977669 @default.
• W2514917557 cites W2117552063 @default.
• W2514917557 cites W2119128096 @default.
• W2514917557 cites W2122742537 @default.
• W2514917557 cites W2126201627 @default.
• W2514917557 cites W2126961173 @default.
• W2514917557 cites W2127991158 @default.
• W2514917557 cites W2130508462 @default.
• W2514917557 cites W2136817503 @default.
• W2514917557 cites W2148304424 @default.
• W2514917557 cites W2148486295 @default.
• W2514917557 cites W2158346543 @default.
• W2514917557 cites W2161764238 @default.
• W2514917557 cites W2164293981 @default.
• W2514917557 cites W2166009982 @default.
• W2514917557 cites W2170525321 @default.
• W2514917557 cites W2314765906 @default.
• W2514917557 cites W2316811134 @default.
• W2514917557 cites W2317959401 @default.
• W2514917557 cites W2321659561 @default.
• W2514917557 cites W2323616931 @default.
• W2514917557 cites W2326839602 @default.
• W2514917557 cites W2329380962 @default.

• next