Mechanisms and kinetic of particle deposition at solid surfaces leading to the formation of
self-assembled layers of controlled structure and density were reviewed. In the first part …

The formation of silver particle monolayers at solid substrates in self-assembly processes is
thoroughly reviewed. Initially, various silver nanoparticle synthesis routes are discussed with …

In this work, a new approach towards virus reduction is taken, where modified membranes
with large pore sizes (> 450 nm) can reach high log 10-unit virus reductions. Polyelectrolyte …

In this study, detailed considerations of the interactions appearing at drug/metal nanoparticle
interfaces in micro-and nanoscale were performed. Application of the well-known surface …

The deposition kinetics of silver nanoparticles on Au/SiO2/PAH substrate was studied under
in situ conditions using the QCM method and the ex situ SEM imaging. Because of low …

Proteins at interfaces are a key for many applications in the biomedical field, in
biotechnologies, in biocatalysis, in food industry, etc. The development of surface layers that …

Modification of solid substrates by poly-l-lysine (PLL) layers has been widely employed in
order to improve their biocompatibility, for promoting protein and cell immobilization for …

We have prepared and evaluated the physico-chemical and biological properties of four
different hyaluronated mesoporous silica nanoparticles (MSNs) samples (MSN/HA) …

Natural and synthetic polycations of different kinds attract substantial attention due to an
increasing number of their applications in the biomedical industry and in pharmacology. The …

Conformations of poly (diallyldimethylammonium chloride), PDADMAC, molecules in
electrolyte solutions were experimentally evaluated by dynamic light scattering (DLS), micro …