The understandings and applications of self-assembly have evolved significantly since the
adsorption of n-alkyldisulfides on gold surfaces was first reported. The desire to produce …

The chemistry and topography of a surface affect biological response and are of
fundamental importance, especially when living systems encounter synthetic surfaces. Most …

Polymeric systems have played important roles as templates for nanofabrication since they
can offer nanotemplates with different morphologies and tunable sizes, can be easily …

A variety of techniques have been developed to site-specifically immobilize biomolecules
onto surfaces with resolutions below one micron. The ability to pattern proteins and peptides …

This review summarizes the use of electron beam (e-beam) lithography to pattern
biomolecules on surfaces. The focus is on approaches that employ poly (ethylene …

Nanometer-scale patterns have been created in self-assembled monolayers by using a
scanning near-field optical microscope coupled to an ultra-violet laser emitting light at a …

Bio-nanopatterning of surfaces is a very active interdisciplinary field of research at the
interface between biotechnology and nanotechnology. Precise patterning of biomolecules …

Biocompatibility is the basic requirement of biomaterials for tissue repair. However, the
present concept of biocompatibility has a certain limitation in explaining the phenomena …

The amine-containing polysaccharide chitosan was selectively deposited onto patterned
gold surfaces in response to an applied voltage. Standard microfabrication techniques were …

We introduce a new method of nanoparticle lithography to produce periodic arrays of protein
nanostructures. The resulting protein arrays are characterized using atomic force …