Matches in SemOpenAlex for { <https://semopenalex.org/work/W2104552218> ?p ?o ?g. }
- W2104552218 endingPage "7562" @default.
- W2104552218 startingPage "7554" @default.
- W2104552218 abstract "Abstract A novel trifluoroethoxy (TFEO)‐coated SubPc ( 1 ) and various axially functionalised derivatives thereof ( 2 ) have been efficiently synthesised. The advantage of the TFEO‐coating on SubPcs compared to conventional fluorine‐coated or uncoated molecules has been clearly demonstrated, as axial derivatisation has been realised in very good yields. Among various SubPcs synthesised, formyl‐SubPc 2 f has been further used as a building block for the synthesis of donor–acceptor SubPc–C 60 hybrid 8 , while iodo‐SubPc 2 e has been used for the synthesis of trifluoroethoxy‐coated SubPc–Pc dyads 9 and 10 . All of these compounds are highly soluble in all common organic solvents, which greatly facilitates their purification and characterisation. The SubPcs 2 a – c incorporating oligoethylene glycol moieties are attractive from a biological point of view, while SubPcs 8 – 10 may prove useful for studies of intramolecular electron‐ and energy‐transfer processes." @default.
- W2104552218 created "2016-06-24" @default.
- W2104552218 creator A5017829721 @default.
- W2104552218 creator A5065726991 @default.
- W2104552218 creator A5067129670 @default.
- W2104552218 creator A5069507287 @default.
- W2104552218 creator A5077654635 @default.
- W2104552218 date "2010-06-25" @default.
- W2104552218 modified "2023-10-18" @default.
- W2104552218 title "Trifluoroethoxy-Coating Improves the Axial Ligand Substitution of Subphthalocyanine" @default.
- W2104552218 cites W1531102271 @default.
- W2104552218 cites W1928310267 @default.
- W2104552218 cites W1964408943 @default.
- W2104552218 cites W1965033330 @default.
- W2104552218 cites W1971389981 @default.
- W2104552218 cites W1974560925 @default.
- W2104552218 cites W1979944546 @default.
- W2104552218 cites W1981752998 @default.
- W2104552218 cites W1984589180 @default.
- W2104552218 cites W1985770210 @default.
- W2104552218 cites W1986400372 @default.
- W2104552218 cites W2005814154 @default.
- W2104552218 cites W2006780963 @default.
- W2104552218 cites W2007701413 @default.
- W2104552218 cites W2007728890 @default.
- W2104552218 cites W2009376382 @default.
- W2104552218 cites W2009636978 @default.
- W2104552218 cites W2018233118 @default.
- W2104552218 cites W2019445932 @default.
- W2104552218 cites W2022584373 @default.
- W2104552218 cites W2022624267 @default.
- W2104552218 cites W2022737651 @default.
- W2104552218 cites W2029675019 @default.
- W2104552218 cites W2031991950 @default.
- W2104552218 cites W2036852522 @default.
- W2104552218 cites W2042408323 @default.
- W2104552218 cites W2042415587 @default.
- W2104552218 cites W2047366333 @default.
- W2104552218 cites W2047722578 @default.
- W2104552218 cites W2048433037 @default.
- W2104552218 cites W2051758095 @default.
- W2104552218 cites W2055876586 @default.
- W2104552218 cites W2060448521 @default.
- W2104552218 cites W2066038386 @default.
- W2104552218 cites W2069981101 @default.
- W2104552218 cites W2084398490 @default.
- W2104552218 cites W2091535915 @default.
- W2104552218 cites W2093802297 @default.
- W2104552218 cites W2096077819 @default.
- W2104552218 cites W2098598291 @default.
- W2104552218 cites W2100446640 @default.
- W2104552218 cites W2101755653 @default.
- W2104552218 cites W2103893416 @default.
- W2104552218 cites W2114481608 @default.
- W2104552218 cites W2117671723 @default.
- W2104552218 cites W2122130464 @default.
- W2104552218 cites W2122151907 @default.
- W2104552218 cites W2123793395 @default.
- W2104552218 cites W2134210000 @default.
- W2104552218 cites W2145460298 @default.
- W2104552218 cites W2145660670 @default.
- W2104552218 cites W2149769999 @default.
- W2104552218 cites W2161048561 @default.
- W2104552218 cites W2165269112 @default.
- W2104552218 cites W2166701628 @default.
- W2104552218 cites W2175322377 @default.
- W2104552218 cites W2330242234 @default.
- W2104552218 cites W2431248070 @default.
- W2104552218 cites W2950885801 @default.
- W2104552218 cites W2951023757 @default.
- W2104552218 cites W2951127656 @default.
- W2104552218 cites W2951233585 @default.
- W2104552218 cites W2951381445 @default.
- W2104552218 cites W2953092917 @default.
- W2104552218 cites W4232418763 @default.
- W2104552218 cites W4234272761 @default.
- W2104552218 cites W4235224065 @default.
- W2104552218 cites W4238035842 @default.
- W2104552218 cites W4240168978 @default.
- W2104552218 cites W4242581393 @default.
- W2104552218 cites W4244131860 @default.
- W2104552218 cites W4248748042 @default.
- W2104552218 cites W4249979235 @default.
- W2104552218 cites W4256601871 @default.
- W2104552218 cites W4371604698 @default.
- W2104552218 doi "https://doi.org/10.1002/chem.201000373" @default.
- W2104552218 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20486108" @default.
- W2104552218 hasPublicationYear "2010" @default.
- W2104552218 type Work @default.
- W2104552218 sameAs 2104552218 @default.
- W2104552218 citedByCount "41" @default.
- W2104552218 countsByYear W21045522182012 @default.
- W2104552218 countsByYear W21045522182013 @default.
- W2104552218 countsByYear W21045522182014 @default.
- W2104552218 countsByYear W21045522182015 @default.
- W2104552218 countsByYear W21045522182016 @default.
- W2104552218 countsByYear W21045522182017 @default.
- W2104552218 countsByYear W21045522182018 @default.