Total Synthesis and Biological Activity of Neopeltolide and Analogues
作者:Viktor V. Vintonyak、Brigitte Kunze、Florenz Sasse、Martin E. Maier
DOI:10.1002/chem.200801398
日期:2008.12.8
compound 50 was prepared. This led to 11-epi-neopeltolide 51. The 5-epimer of neopeltolide, compound 52, could be obtained from the minor isomer of the Prins cyclization. Furthermore, a range of analogues with modifications in the side chain were prepared. All derivatives were checked for toxicity effects on mammalian cell cultures and inhibitory effects on NADH oxidation in submitochondrial particles