The titanium fluoride-BINOL catalyzed asymmetric allylsilylation of alpha,alpha -disubstituted aldehydes provides facile access to highly functionalized, chiral building blocks, which following simple recrystallization affords a key versatile starting material for polyketide synthesis in 96% ee.
Gauthier, Donald R.; Carreira, Erick M., Angewandte Chemie, 1996, vol. 108, # 20, p. 2521 - 2523
作者:Gauthier, Donald R.、Carreira, Erick M.
DOI:——
日期:——
Total Synthesis and Biological Evaluation of Monorhizopodin and 16-epi-Monorhizopodin
作者:K. C. Nicolaou、Xuefeng Jiang、Peter J. Lindsay-Scott、Andrei Corbu、Sawako Yamashiro、Andrea Bacconi、Velia M. Fowler
DOI:10.1002/anie.201006780
日期:2011.2.1
Convergence and a biological dichotomy! Monorhizopodin (see structure) and its C16 epimer have been synthesized through a highly convergent strategy. Unlike the antitumor agent rhizopodin which is their naturally occurring dimer, monorhizopodin and its epimer exhibit potent inhibition of actin polymerization but no significant cytotoxicity.
作者:Jeffrey W. Bode、Donald R. Gauthier Jr.、Erick M. Carreira
DOI:10.1039/b107995f
日期:2001.12.19
The titanium fluoride-BINOL catalyzed asymmetric allylsilylation of alpha,alpha -disubstituted aldehydes provides facile access to highly functionalized, chiral building blocks, which following simple recrystallization affords a key versatile starting material for polyketide synthesis in 96% ee.