Functionally diverse macromolecules and synthetic routes for obtaining the same are disclosed. In certain embodiments, the synthesis proceeds in a divergent manner. In other embodiments, the routes rely on the differential reactivity of monomeric electrophilic triazine building blocks that display protected or unprotected groups. This diversity permits the facile introduction of a variety of diversity groups at multiple positions of these macromolecules, thereby setting the stage for further generational growth of the macromolecule and/or incorporation of other diversity groups such as biocompatible targeting groups.
本文披露了功能多样的大分子和用于获得这些大分子的合成途径。在某些实施例中,合成以分散的方式进行。在其他实施例中,这些途径依赖于显示受保护或未受保护基团的单体亲电性三嗪构建块的不同反应性。这种多样性使得能够轻松地在这些大分子的多个位置引入各种多样性基团,从而为大分子的进一步世代生长和/或其他多样性基团(如
生物相容性靶向基团)的引入奠定了基础。