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Total synthesis and biological evaluation of apratoxin E and its C30 epimer: configurational reassignment of the natural product

机译:Apratoxin E及其C30差向异构体的全合成和生物学评估:天然产物的构型重新分配

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摘要

Apratoxin E provided the inspiration for the design of apratoxin A/E hybrids under preclinical development. Through total synthesis using two different strategies, it was determined that the originally proposed configuration of the thiazoline at C30 is opposite from that in apratoxin A, in contrast to previous assumptions on biosynthetic grounds. The epimer and true natural apratoxin E were synthesized, and the biological activities were evaluated.
机译:Apratoxin E为在临床前开发中设计Apratoxin A / E杂种提供了灵感。通过使用两种不同策略的全合成,可以确定最初提出的噻唑啉在C30的构型与Apratoxin A的构型相反,这与以前基于生物合成的假设相反。合成了差向异构体和真正的天然阿普毒素E,并评估了其生物学活性。

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