Application of Curcumin as Ligand in [Pd(Curc‐H)2] Catalyst for Carbon‐Carbon Bond Formation in Heck and Suzuki Coupling Reactions

The Pd‐II catalysed C−C bond formation Heck and Suzuki coupling reactions with moderate to excellent yields are reported, using curcumin as ligand, which is extracted from turmeric powder. The application of curcumin based [Pd(Curc‐H)2] catalyst in organic synthesis tested here, is the novelty of th...

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Veröffentlicht in:ChemistrySelect (Weinheim) 2018-10, Vol.3 (40), p.11230-11235
Hauptverfasser: Bhange, Dattatraya S., Rasal, Nishant K., Sonawane, Rahul B., Jagtap, Sangeeta V.
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container_issue 40
container_start_page 11230
container_title ChemistrySelect (Weinheim)
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creator Bhange, Dattatraya S.
Rasal, Nishant K.
Sonawane, Rahul B.
Jagtap, Sangeeta V.
description The Pd‐II catalysed C−C bond formation Heck and Suzuki coupling reactions with moderate to excellent yields are reported, using curcumin as ligand, which is extracted from turmeric powder. The application of curcumin based [Pd(Curc‐H)2] catalyst in organic synthesis tested here, is the novelty of this protocol. This novel, highly efficient and simple protocol shows a broad substrate scope for aryl halides, substituted alkenes and phenyl boronic acid as coupling partners. The [Pd(Curc‐H)2] catalyst, synthesized from Pd(OAC)2 and naturally occuring curcumin (isolated from turmeric) as bidentate ligand, efficiently worked for C−C bond forming Heck and Suzuki couplings with moderate to excellent yields; where no requirement of inert atmosphere and cheaper ligand are the key feature of this protocol.
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subjects [Pd(Curc-H)2] catalyst
Curcumin
C−C bond formation
Heck coupling
Suzuki coupling
title Application of Curcumin as Ligand in [Pd(Curc‐H)2] Catalyst for Carbon‐Carbon Bond Formation in Heck and Suzuki Coupling Reactions
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