Dendrimers, a class of synthetic macromolecules which are notable for their well-defined
ramified structures and unique multivalent cooperativity, hold great promise for developing …

In 2008, we overviewed1 poly (amido amine) s, polypropylenimines, and related dendrimers
and dendrons possessing diverse 1 f 2 branching patterns that were predominately made …

The development of well-defined catalysts that enable rapid and selective chemical
transformations and can be separated completely from the product is still a paramount …

Dendrimers are macromolecules comprised of a series of branches extending outward from
an inner core. 1, 2 The word dendrimer originates from the Greek dendron, meaning “tree” …

Dendrimer chemistry is one of the most fascinating and rapidly expanding areas of modern
chemistry. This review attempts to uncover the appeal of these structurally‐perfect branched …

Dendrimers, by virtue of their unique well-defined dendritic structure and multivalent
cooperativity, hold great promise for a wide variety of applications, ranging from healthcare …

This article discusses the synthesis and properties of dendritic and hyperbranched
polyamides. The first part of the article focuses on peptide dendrimers and starts with …

As part of ongoing research efforts to discover alternative support materials to polymer
beads for use in polymer-supported synthesis, particularly under flow-through conditions …

Dendrimers, the aesthetically beautiful macromolecules displaying a variety of potentially
useful architecture‐induced properties, are traditionally assembled in solution. However …

Two general aspects which need to be considered for the successful application of
dendrimers for biomedical purposes are their availability at an acceptable cost and their …