Matches in SemOpenAlex for { <https://semopenalex.org/work/W2746907907> ?p ?o ?g. }
- W2746907907 endingPage "14331" @default.
- W2746907907 startingPage "14323" @default.
- W2746907907 abstract "Abstract The designed arrangement of biomolecular entities within monodisperse nanostructures is an important challenge toward functional biomaterials. We report herein a method for the formation of water‐soluble peptide‐based cages using orthogonal ligation reactions—acylhydrazone condensation and thiol–maleimide addition. The results show that using preorganized cyclic peptides and heterobifunctional spacers as building blocks and a set of orthogonal and chemoselective ligation reactions enable cage formation in one pot from six components and through eight reactions. Molecular modelling simulations reveal the structural dynamics of these structures. Finally, we exploited the reactional dynamics of the acylhydrazone by demonstrating the controlled dissociation of the cage through directed component exchange." @default.
- W2746907907 created "2017-08-31" @default.
- W2746907907 creator A5000847014 @default.
- W2746907907 creator A5008026363 @default.
- W2746907907 creator A5009239069 @default.
- W2746907907 creator A5009747590 @default.
- W2746907907 creator A5069603255 @default.
- W2746907907 creator A5071527080 @default.
- W2746907907 creator A5080478799 @default.
- W2746907907 creator A5088427479 @default.
- W2746907907 date "2017-09-14" @default.
- W2746907907 modified "2023-10-14" @default.
- W2746907907 title "One-Pot Self-Assembly of Peptide-Based Cage-Type Nanostructures Using Orthogonal Ligations" @default.
- W2746907907 cites W1830480887 @default.
- W2746907907 cites W1978513278 @default.
- W2746907907 cites W1980289766 @default.
- W2746907907 cites W1987619816 @default.
- W2746907907 cites W1991860687 @default.
- W2746907907 cites W1992097701 @default.
- W2746907907 cites W2011379911 @default.
- W2746907907 cites W2022565850 @default.
- W2746907907 cites W2031876508 @default.
- W2746907907 cites W2038573488 @default.
- W2746907907 cites W2041564219 @default.
- W2746907907 cites W2043502449 @default.
- W2746907907 cites W2044318974 @default.
- W2746907907 cites W2048090722 @default.
- W2746907907 cites W2059368453 @default.
- W2746907907 cites W2059909081 @default.
- W2746907907 cites W2071919584 @default.
- W2746907907 cites W2072360925 @default.
- W2746907907 cites W2080070713 @default.
- W2746907907 cites W2081114763 @default.
- W2746907907 cites W2082284887 @default.
- W2746907907 cites W2087155016 @default.
- W2746907907 cites W2095617477 @default.
- W2746907907 cites W2096359889 @default.
- W2746907907 cites W2101869135 @default.
- W2746907907 cites W2107253024 @default.
- W2746907907 cites W2108633598 @default.
- W2746907907 cites W2119317961 @default.
- W2746907907 cites W2121018852 @default.
- W2746907907 cites W2124453282 @default.
- W2746907907 cites W2131237009 @default.
- W2746907907 cites W2132682133 @default.
- W2746907907 cites W2143642742 @default.
- W2746907907 cites W2143694101 @default.
- W2746907907 cites W2143763544 @default.
- W2746907907 cites W2148510145 @default.
- W2746907907 cites W2154818451 @default.
- W2746907907 cites W2160333266 @default.
- W2746907907 cites W2167003936 @default.
- W2746907907 cites W2169119071 @default.
- W2746907907 cites W2228588341 @default.
- W2746907907 cites W2239353254 @default.
- W2746907907 cites W2253855183 @default.
- W2746907907 cites W2254963963 @default.
- W2746907907 cites W2275987287 @default.
- W2746907907 cites W2286814447 @default.
- W2746907907 cites W2297631402 @default.
- W2746907907 cites W2317904176 @default.
- W2746907907 cites W2319151201 @default.
- W2746907907 cites W2322491166 @default.
- W2746907907 cites W2324029379 @default.
- W2746907907 cites W2528752965 @default.
- W2746907907 cites W2567132315 @default.
- W2746907907 cites W2588699517 @default.
- W2746907907 cites W2588780457 @default.
- W2746907907 cites W2718524622 @default.
- W2746907907 cites W3017190668 @default.
- W2746907907 cites W4210979639 @default.
- W2746907907 cites W4211262509 @default.
- W2746907907 cites W4236070065 @default.
- W2746907907 cites W4237902957 @default.
- W2746907907 cites W4240719652 @default.
- W2746907907 cites W4243967264 @default.
- W2746907907 cites W4245934582 @default.
- W2746907907 cites W4248800464 @default.
- W2746907907 cites W4249941635 @default.
- W2746907907 cites W4252604816 @default.
- W2746907907 cites W4361798650 @default.
- W2746907907 cites W4376043627 @default.
- W2746907907 doi "https://doi.org/10.1002/chem.201702974" @default.
- W2746907907 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28816368" @default.
- W2746907907 hasPublicationYear "2017" @default.
- W2746907907 type Work @default.
- W2746907907 sameAs 2746907907 @default.
- W2746907907 citedByCount "11" @default.
- W2746907907 countsByYear W27469079072017 @default.
- W2746907907 countsByYear W27469079072018 @default.
- W2746907907 countsByYear W27469079072019 @default.
- W2746907907 countsByYear W27469079072022 @default.
- W2746907907 countsByYear W27469079072023 @default.
- W2746907907 crossrefType "journal-article" @default.
- W2746907907 hasAuthorship W2746907907A5000847014 @default.
- W2746907907 hasAuthorship W2746907907A5008026363 @default.
- W2746907907 hasAuthorship W2746907907A5009239069 @default.
- W2746907907 hasAuthorship W2746907907A5009747590 @default.