1992
DOI: 10.1002/jhet.5570290437
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Synthesis of indoles via amidoselenation

Abstract: The reaction of 2‐styrylacetanilides (2) with N‐phenylselenosuccinimide affords 1‐N‐acetyl‐2‐phenyl‐3‐phenylselenoindoles (3) and 1‐N‐acetyl‐2‐phenylindoles (4). The reaction of 2‐vinylacetanilides (5) with phenylselenenyl bromide proceeds to form indoles via an intramolecular amidoselenation.

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Cited by 29 publications
(7 citation statements)
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“…A similar scenario for the initial electrophilic activation of the alkene moiety was recently suggested by Denmark and co-workers in the context of a syn -specific dichlorination of olefins by a selenium­(IV) catalyst . Other chalcogen-based electrophiles, such as sulfenium ions, were also shown to function as competent promoters for stoichiometric C–H amination reactions of alkenes (Scheme ) …”
supporting
confidence: 54%
“…A similar scenario for the initial electrophilic activation of the alkene moiety was recently suggested by Denmark and co-workers in the context of a syn -specific dichlorination of olefins by a selenium­(IV) catalyst . Other chalcogen-based electrophiles, such as sulfenium ions, were also shown to function as competent promoters for stoichiometric C–H amination reactions of alkenes (Scheme ) …”
supporting
confidence: 54%
“…Izumi and coworkers effected amidoselenation to afford indoles (Scheme 3, equation 1) [13]. Izumi and coworkers effected amidoselenation to afford indoles (Scheme 3, equation 1) [13].…”
Section: Scheme 2 Miscellaneous Indole Synthesesmentioning
confidence: 99%
“…Bisherige vergleichbare chalcogenbasierte Zyklisierungsreaktionen basierten auf dem Einsatz eines Überschusses an Sulfeniumverbindungen als Oxidationsmittel. [202][203][204] Entgegen des untersuchten Tosylimids 94 scheint die Tosylamidgruppe einen guten Kompromiss zwischen der Azidität der N -H-Bindung und der Nukleophilie des N-Atoms darzustellen, was in einer für die Zyklisierung geeigneten Reaktivität resultiert. Aufbauend auf diesem vielversprechenden Ergebnis wurden in der Folge die Reaktionsbedingungen optimiert und die Substratbreite der Umsetzung näher untersucht.…”
Section: Voruntersuchungen Zur Indolbildungunclassified
“…[205][206][207] Ähnliche Ergebnisse wurden von anderen Forschungsgruppen im Rahmen verwandter Zyklisierungen dokumentiert. [202][203][204]208,209] 3. 1.3 Untersuchung der Substratbreite der selenkatalysierten Indolbildung…”
Section: Optimierung Der Reaktionsbedingungenunclassified
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