Electrochemical Annulation/Thiolation of <i>o</i> ‐Vinylphenyl Isocyanides with Diorgano Disulfides to Access 2‐Sulfenylquinolines

Owing to the excellent biological activities of quinolines and organic chalcogenides, organosulfenylquinolines, which contain both sulfur and quinolinones, may have potential biological activity. To solve the existing problems for their generation, an electrochemical annulation/thiolation of o ‐vinylphenyl isocyanides with diorgano disulfides to give 2‐sulfenylquinolines is reported. As compared to previous methods, this procedure has the advantages of mild reaction conditions, good substrate applicability, and environmental friendliness.

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Publication Details

Journal
European Journal of Organic Chemistry
Published
2025-11-27
DOI
https://doi.org/10.1002/ejoc.202500962
Primary Topic
Sulfur-Based Synthesis Techniques
Type
article
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article

Electrochemical Annulation/Thiolation of o ‐Vinylphenyl Isocyanides with Diorgano Disulfides to Access 2‐Sulfenylquinolines

Hongbiao Li, Yiwen Zhang, Yuejun Ouyang, Jinyang Chen et al.
European Journal of Organic Chemistry
Sulfur-Based Synthesis Techniques
article

Electrochemical Annulation/Thiolation of o ‐Vinylphenyl Isocyanides with Diorgano Disulfides to Access 2‐Sulfenylquinolines

Hongbiao Li, Yiwen Zhang, Yuejun Ouyang, Jinyang Chen, Ran Peng, Ran Qiao, Ziyou Huang
article en

Abstract

Owing to the excellent biological activities of quinolines and organic chalcogenides, organosulfenylquinolines, which contain both sulfur and quinolinones, may have potential biological activity. To solve the existing problems for their generation, an electrochemical annulation/thiolation of o ‐vinylphenyl isocyanides with diorgano disulfides to give 2‐sulfenylquinolines is reported. As compared to previous methods, this procedure has the advantages of mild reaction conditions, good substrate applicability, and environmental friendliness.

European Journal of Organic ChemistryVol. 29(2)
Huaihua University (CN), Yangtze Normal University (CN)
Openalex Percentile: Top 72%
Sulfur-Based Synthesis Techniques
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