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

The interactions of amino acids with inorganic surfaces are of interest for biologists and
biotechnologists alike. However, the structural determinants of peptide–surface interactions …

The adsorption of proteins on inorganic surfaces is of fundamental biological importance.
Further, biomedical and nanotechnological applications increasingly use interfaces between …

Noncovalent recognition between peptides and inorganic materials is an established
phenomenon. Key to exploiting these interactions in a wide range of materials self-assembly …

Proteins able to recognize inorganic surfaces are of paramount importance for living
organisms. Mimicking nature, surface-recognizing proteins and peptides have also been …

Computational simulation of peptide adsorption at the aqueous gold interface is key to
advancing the development of many applications based on gold nanoparticles, ranging from …

In examining adsorption of a few selected single amino acids on Au and Pd cluster models
by density functional theory calculations, we have shown that specific side-chain binding …

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

We report all-atom molecular dynamics simulations following adsorption of gold-binding and
non-gold-binding peptides on gold surfaces modeled with dispersive interactions. We …

The interaction between proteins and the surfaces of inorganic materials is of great
importance in natural systems and a long studied topic. What is yet to be fully understood is …