Controlled fabrication of nanosystems is essential in current science and technology. 1 One
of the most successful strategies for constructing such nanosystems is preparation of …

Dendrimers Designed for Functions: From Physical, Photophysical, and Supramolecular
Properties to Applications in Sensing, Catalysis, Molecular Electronics, Photonics, and …

This review presents an overview of 1→ 2 branched dendrimers and dendrons, created by a
divergent procedure, from their synthesis to modern day applications. The first members of …

Compartmentalization is one of the most powerful tools in nature's arsenal to structure
metabolic and signaling pathways. Many of the catalytic reactions taking place in cells …

Dendrimers are highly branched macromolecules tailorable at will to fulfil precise
requirements. They have generated a great many expectations and a huge number of …

The dendritic (or dendrimer) effect is observed when a functional group behaves differently
when it is alone or linked to a dendrimer; its properties can even vary depending on the …

The performance of biosensors, ie the sensitivity, specificity, linearity, reusability, chemical
stability, and reproducibility is critically dependent on the biofunctionalization of the sensor …

What is the contribution of dendrimers to the field of nanomedicine? Rather than disclosing
an exhaustive catalogue of their possible applications, this review article sets a putative …

Dendrimers constitute an increasingly important field of research in chemistry for more than
15 years. After pioneering works concerning synthesis, the interest in dendrimers is now …

From biomaterials to imaging, and from drug delivery to drugs by themselves, phosphorus-
containing dendrimers offer a large palette of biological properties, depending essentially on …