The interaction between proteins and the surfaces of inorganic materials is of paramount
importance in natural systems. In recent years, the scope of polypeptide–surface interactions …

Protein binding to surfaces is an important phenomenon in biology and in modern
technological applications. Extensive experimental and theoretical research has been …

Protein–surface interactions are fundamental in natural processes, and have great potential
for applications ranging from nanotechnology to medicine. A recent workshop highlighted …

Inspired by nature, many applications and new materials benefit from the interplay of
inorganic materials and biomolecules. A fundamental understanding of complex organic …

Conspectus An in-depth appreciation of how to manipulate the molecular-level recognition
between peptides and aqueous materials interfaces, including nanoparticles, will advance …

Understanding protein–inorganic surface interactions is central to the rational design of new
tools in biomaterial sciences, nanobiotechnology and nanomedicine. Although a significant …

Interactions of proteins with inorganic surfaces are of high importance in biological events
and in modern biotechnological applications. Therefore, peptides have been engineered to …

In order to study protein− inorganic surface association processes, we have developed a
physics-based energy model, the ProMetCS model, which describes protein− surface …

Organic–inorganic interactions are of high importance in several biological processes and in
modern nanobiotechnological applications. Despite its significance in interface sciences, the …

Increasing interest in bio-interfaces for medical, diagnostic, or biotechnology applications
has highlighted the critical scientific challenge behind both the understanding and control of …