Matches in SemOpenAlex for { <https://semopenalex.org/work/W2159311337> ?p ?o ?g. }
- W2159311337 endingPage "2372" @default.
- W2159311337 startingPage "2367" @default.
- W2159311337 abstract "Abstract A polystyrene‐supported 1,1’‐bi‐2‐naphthol derived phosphoric acid has been synthesized and applied in the enantioselective Friedel–Crafts reaction of indoles and sulfonylimines. The immobilized catalyst was highly active and selective, and gave rise to a broad range of 3‐indolylmethanamines (19 examples) in high yields and excellent enantioselectivities (up to 98 % enantiomeric excess) after short reaction times under very convenient reaction conditions (RT in dichloromethane). Moreover, repeated recycling (14 cycles) was possible with no substantial loss in catalytic performance and the system could be adapted to a continuous‐flow operation (6 h). Finally, the applicability of the system was further confirmed by rapid access to a library of compounds with three points of diversity in a single continuous‐flow experiment that involved sequential pumping of different substrate combinations." @default.
- W2159311337 created "2016-06-24" @default.
- W2159311337 creator A5014156830 @default.
- W2159311337 creator A5058475033 @default.
- W2159311337 creator A5075051511 @default.
- W2159311337 date "2014-01-23" @default.
- W2159311337 modified "2023-10-18" @default.
- W2159311337 title "Enantioselective Continuous-Flow Production of 3-Indolylmethanamines Mediated by an Immobilized Phosphoric Acid Catalyst" @default.
- W2159311337 cites W1512530020 @default.
- W2159311337 cites W1917818725 @default.
- W2159311337 cites W1965032180 @default.
- W2159311337 cites W1965419494 @default.
- W2159311337 cites W1965449936 @default.
- W2159311337 cites W1967861454 @default.
- W2159311337 cites W1968113332 @default.
- W2159311337 cites W1974240986 @default.
- W2159311337 cites W1977048852 @default.
- W2159311337 cites W1977423095 @default.
- W2159311337 cites W1978458140 @default.
- W2159311337 cites W1978925211 @default.
- W2159311337 cites W1980896239 @default.
- W2159311337 cites W1982268112 @default.
- W2159311337 cites W1983341546 @default.
- W2159311337 cites W1985474620 @default.
- W2159311337 cites W1989574598 @default.
- W2159311337 cites W1990971813 @default.
- W2159311337 cites W1991060795 @default.
- W2159311337 cites W1992216018 @default.
- W2159311337 cites W1999072394 @default.
- W2159311337 cites W2005619234 @default.
- W2159311337 cites W2006777383 @default.
- W2159311337 cites W2008161171 @default.
- W2159311337 cites W2008678360 @default.
- W2159311337 cites W2011812758 @default.
- W2159311337 cites W2018526556 @default.
- W2159311337 cites W2018709993 @default.
- W2159311337 cites W2024652664 @default.
- W2159311337 cites W2028040372 @default.
- W2159311337 cites W2049979100 @default.
- W2159311337 cites W2054060682 @default.
- W2159311337 cites W2062288963 @default.
- W2159311337 cites W2062343298 @default.
- W2159311337 cites W2063428704 @default.
- W2159311337 cites W2066272288 @default.
- W2159311337 cites W2066558102 @default.
- W2159311337 cites W2076883432 @default.
- W2159311337 cites W2079825108 @default.
- W2159311337 cites W2080049490 @default.
- W2159311337 cites W2084581306 @default.
- W2159311337 cites W2084852025 @default.
- W2159311337 cites W2088470854 @default.
- W2159311337 cites W2090947896 @default.
- W2159311337 cites W2091838088 @default.
- W2159311337 cites W2093300134 @default.
- W2159311337 cites W2098430907 @default.
- W2159311337 cites W2100092293 @default.
- W2159311337 cites W2104017229 @default.
- W2159311337 cites W2107471204 @default.
- W2159311337 cites W2110644481 @default.
- W2159311337 cites W2116306907 @default.
- W2159311337 cites W2118422638 @default.
- W2159311337 cites W2120026999 @default.
- W2159311337 cites W2121175021 @default.
- W2159311337 cites W2121360682 @default.
- W2159311337 cites W2124923400 @default.
- W2159311337 cites W2136155687 @default.
- W2159311337 cites W2140719324 @default.
- W2159311337 cites W2143933553 @default.
- W2159311337 cites W2148607704 @default.
- W2159311337 cites W2149135858 @default.
- W2159311337 cites W2154945428 @default.
- W2159311337 cites W2161653506 @default.
- W2159311337 cites W2165348656 @default.
- W2159311337 cites W2166399067 @default.
- W2159311337 cites W2168204348 @default.
- W2159311337 cites W2169307614 @default.
- W2159311337 cites W2179755059 @default.
- W2159311337 cites W2318522405 @default.
- W2159311337 cites W2330628712 @default.
- W2159311337 cites W2410650927 @default.
- W2159311337 cites W2949951202 @default.
- W2159311337 cites W2950266152 @default.
- W2159311337 cites W2950746157 @default.
- W2159311337 cites W2950778735 @default.
- W2159311337 cites W2951834983 @default.
- W2159311337 cites W2952361683 @default.
- W2159311337 cites W4234454441 @default.
- W2159311337 cites W4240511980 @default.
- W2159311337 cites W4250061474 @default.
- W2159311337 cites W4252483718 @default.
- W2159311337 cites W4253124102 @default.
- W2159311337 cites W4256503849 @default.
- W2159311337 doi "https://doi.org/10.1002/chem.201303860" @default.
- W2159311337 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24459112" @default.
- W2159311337 hasPublicationYear "2014" @default.
- W2159311337 type Work @default.
- W2159311337 sameAs 2159311337 @default.
- W2159311337 citedByCount "77" @default.