For several years, we are developing synthesis processes
, based on the nano-templating method
coupled with electrochemical deposition
and/or layer-by-layer assembly
, for producing a large range of monodispersed macromolecular
(polymer, proteins, DNA), metallic and hybrid functional nanostructures
presenting well-defined geometry and dimensions.
Another part of our research activities are dedicated to the development of methods for grafting bio-receptors
(enzymes, antibodies and antigens) onto different types of flat or nanostructured surfaces and onto various types of nanotubes and nanowires
.
From a fundamental point of view, we are interested in studying the impact of the low dimensionality of these functional nano-objects on their structure, function and properties
. In collaboration with different partners, we are also evaluating the potential applications
of these various functional nanostructures in nano-electronics and in the bio-medical field
(nano-biosensors, drug delivery, tissue engineering, ...).
