Lyon Gholson J, Muir Tom W
Laboratory of Synthetic Protein Chemistry, The Rockefeller University, 1230 York Avenue, New York, NY 10021, USA.
Chem Biol. 2003 Nov;10(11):1007-21. doi: 10.1016/j.chembiol.2003.11.003.
Generations of chemists and biologists have conducted research on natural products and other metabolites produced by bacteria and other microorganisms. This has led to an explosion in knowledge concerning the mechanism by which such natural products are made, ultimately allowing custom redesign of many of these molecules for increased potency and selectivity as therapeutic drugs. Along the way, scientists have begun to appreciate that the bacterial world is teeming with life on a scale hardly conceivable, with constant communication within the bacterial world and with outside neighbors, such as plants and mammals. Only in recent years have some of the signaling molecules that comprise these elaborate forms of communication been characterized in any sort of chemical detail, which has in turn peaked interest in the intricate biology of this micro-world and its interactions with the macro-world.
一代又一代的化学家和生物学家对细菌及其他微生物产生的天然产物和其他代谢物进行了研究。这使得人们对于此类天然产物的合成机制的认识有了爆发式增长,最终能够对许多这类分子进行定制化重新设计,以提高其作为治疗药物的效力和选择性。在此过程中,科学家们开始认识到,细菌世界充满了数量多得几乎难以想象的生命,细菌世界内部以及与植物和哺乳动物等外部“邻居”之间不断进行着交流。直到近年来,构成这些复杂交流形式的一些信号分子才在某种化学细节层面得到表征,这反过来又激发了人们对这个微观世界错综复杂的生物学及其与宏观世界相互作用的兴趣。