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Total Synthesis-Enabled Systematic Structure-Activity Relationship Study for Development of a Bioactive Alkyne-Tagged Derivative of Neolaxiflorin L.

Mengxun ZhangMagnolia Muk-Lan LeeWeijian YeWing-Yan WongBrandon Dow ChanSibao ChenLizhi ZhuWilliam Chi-Shing TaiChi-Sing Lee
Published in: The Journal of organic chemistry (2019)
Neolaxiflorin L (NL) is a low-abundant Isodon 7,20-epoxy- ent-kuarenoid and was found to be a promising anticancer drug candidate in our previous study. In order to study its structure-activity relationship (SAR), a diversity-oriented synthetic route toward two libraries of (±)-NL analogs, including analogs containing different functionalities in the same 7,20-epoxy- ent-kuarene skeleton and analogs with skeletal changes, has been developed. The results of this total synthesis-enabled SAR successfully led to a bioactive alkyne-tagged NL derivative, which could be a useful probe for proteomics studies.
Keyphrases
  • structure activity relationship
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