Kathlyn Parker and colleague have reported in JACS on a synthesis of arabilin, an androgen receptor antagonist that can potentially treat prostate cancer (IC50 of 11 micromolar towards AR). A 1,7-hydride shift occured in their key Stille coupling to afford the correct isomer.
Archive for the ‘Hydride Shift’ Category
Arabilin synthesis
Posted by naturalproductman on December 2, 2011
Posted in Cancer, Cascade Reactions, cross coupling, Hydride Shift, Methodology, prostate, Protein Targets, Proteins, Receptors, Stille, Transition Metal | Leave a Comment »
Hydride Shift and Hydride Shift
Posted by naturalproductman on February 18, 2011
Takahiko Akiyama and co-workers at Gakushuin University have reported in JACS on a carbon-carbon bond cleaving process followed by a carbon-carbon bond forming process using a scandium (III) triflate catalyst.
Posted in Cascade Reactions, Hydride Shift, Methodology, Ring forming, Scandium, Transition Metal | Leave a Comment »