Understanding and controlling interfaces has proven to be key to a very wide range of
applications, from optical and electronic materials 1, 2 to energy storage and production, 3 …

Modern biomedical technologies predict the application of materials and devices that not
only can comply effectively with specific requirements, but also enable remote control of their …

This study demonstrates high contrast and sensitivity by designing a dual-emissive hydrogel
particle system, whose two emissions respond to pH and temperature strongly and …

Three-dimensional nano-biointerface has been emerging as an important topic for
chemistry, nanotechnology, and life sciences in recent years. Understanding the exchanges …

Biomaterials surface design is critical for the control of materials and biological system
interactions. Being regulated by a layer of molecular dimensions, bioadhesion could be …

The adsorption of proteins, in particular fibronectin (Fn), was studied on poly (ethylene
glycol)(PEG, 5 kDa)-grafted surfaces, and was correlated with the adhesion behaviors of …

Controlling the reversibility, quantity, and extent of biomolecule interaction at interfaces has
a significant relevance for biomedical and biotechnological applications, because protein …

This study demonstrates that protein adsorption on end‐grafted, zwitterionic poly
(sulfobetaine)(pSBMA) thin films depends on the grafting density, molecular weight, and …

Highly selective optical sensors that are capable of detecting complex stimuli have attracted
significant interest in environmental, biomedical, and analytical chemistry applications. In …

Material technology platforms able to modulate the communication with cells at the interface
of biomaterials are being increasingly experimented. Progress in the fabrication of supports …