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Multifunctionalization of Dendrimers through Orthogonal Transformations

机译:通过正交变换实现树枝状聚合物的多功能化

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摘要

A straightforward methodology for the synthesis of multifunction-alized dendrimers that is based on an orthogonal functionalization strategy has been developed.Polyamide-based dendrimers that possess both a single aldehyde and a single azide moiety on their periphery have been synthesized by using a convergent synthetic strat- egy.These dendrimers can be function-alized quantitatively with small organic and biological molecules that contain hydrazide and/or alkyne groups in which each functional moiety is completely specific for its complementary motif.This orthogonal functionalization strategy has the potential to be used to synthesize multifunctional dendrimers for a variety of applications,which range from targeted biological delivery vehicles to optical materials.
机译:已经开发了一种基于正交官能化策略的多功能化树枝状大分子合成的简单方法。通过使用会聚的合成层合成了在其外围同时具有单个醛和一个叠氮化物部分的基于聚酰胺的树枝状大分子。这些树状大分子可以用含有酰肼和/或炔烃基团的有机和生物小分子进行定量功能化,其中每个官能团对其互补基序都是完全特异的。这种正交官能化策略有潜力用于合成多功能树枝状聚合物,可用于各种应用,从靶向生物载体到光学材料。

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