Novel and unique chiral building blocks of high structural diversity were obtained by selective chemical fragmentation of natural products from myxobacteria. Subsequent modification reactions provided primary alcohol and carboxylic acid derivatives, which are suitable for the construction of combinatorial chemical libraries. The single SPOT synthesis of a hybrid structure on a polypropylene membrane was employed to demonstrate the chemical recombination of such rare building blocks on a micro-scale.
通过对来自粘杆菌的
天然产物进行选择性
化学破碎,获得了结构多样性极高的新颖独特的手性构件。随后的修饰反应提供了伯醇和
羧酸衍
生物,适合构建组合
化学库。在聚
丙烯膜上单次
SPOT 合成混合结构,证明了这种稀有构件在微尺度上的
化学重组。