Click reactions have the potential to greatly facilitate the development of drug delivery
systems and biomaterials. These reactions proceed under mild conditions, give high yields …

The combination of controlled polymerization techniques and “click” reactions form an
efficient platform for the preparation of polymers in various architectures. In this critical …

Reactive polymers are increasingly becoming materials of wide interest because they offer
solutions to challenges in biomolecular immobilization, drug‐delivery and enzyme …

Double click reaction strategies, which are a combination of different type of click reactions,
allow the preparation of polymers with various topologies and the post-functionalization of …

Functional polymeric materials with desired properties can be designed by precise control of
macromolecular architectures. Over the recent years, click reactions have enabled efficient …

This review highlights the concept of multiple click reaction strategy which is utilized for
design and synthesis of well‐defined complex macromolecular structures as well as …

Cross‐linked poly (ε‐caprolactone)(PCL)‐based polyesterurethane (PUR) systems have
been synthesized through Diels–Alder reactions by reactive extrusion. The Diels–Alder and …

In recent years, reactive degradable polymers have gained increased attention due to their
widespread application in biomedical and materials sciences. Recent progress in efficient …

Nanogels that are amenable to facile multi-functionalization with imaging, therapeutic, and
targeting agents are attractive theranostic platforms for addressing challenges in …

Abstract This Feature Article focuses on the rapidly emerging concept of the “triple click
reactions” towards the design and synthesis of macromolecules with well‐defined topology …