In this work a low-cost parallel technique for creating chemical nano-patterned surfaces using nano-spheres as masks is presented. This technique, called nano-sphere lithography, makes use of different steps of plasma etching and deposition processes, for the creation of polymeric nano-structures of different chemical functionalities with relevant applications to bio-interfaces. In this study, the attention is focused on the plasma processing aspects for the etching of the polymeric masks (colloidal masks) in order to control the shape and the size of the etched nano-structures. The bio-functionality of the nano-patterned surfaces has been proved with a selective immobilization of proteins on the bioactive spots.JRC.I.4-Nanotechnology and M...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
In this study, microstructured surfaces are produced by a spatial arrangement of different functiona...
Nanostructured surfaces presenting chemical or topographical patterns are now being increasingly dev...
Surfaces with micro- and nanometer-scale patterns have many potential applications, particularly in ...
This work presents a method for the fabrication of well defined chemically active nano-patterned sur...
We present an overview of the possibilities offered by plasma technologies, in particular the combin...
This paper describes the use of plasma deposition and etching technologies for production of functio...
Nanostructured polydimethylsiloxane stamps have been used to pattern regular nano-arrays of proteins...
Nanostructured polydimethylsiloxane stamps have been used to pattern regular nano-arrays of proteins...
New challenges of life science research make nanostructured polymeric surfaces, chemically and spati...
New challenges of life science research make nanostructured polymeric surfaces, chemically and spati...
The recent decade has seen a rapid expansion in the ability to create and study nanometer scale obje...
A method for fabricating chemically nanopatterned surfaces based on a combination of colloidal litho...
In this study, a combination of plasma and photolithographic processes for production of micro-struc...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
In this study, microstructured surfaces are produced by a spatial arrangement of different functiona...
Nanostructured surfaces presenting chemical or topographical patterns are now being increasingly dev...
Surfaces with micro- and nanometer-scale patterns have many potential applications, particularly in ...
This work presents a method for the fabrication of well defined chemically active nano-patterned sur...
We present an overview of the possibilities offered by plasma technologies, in particular the combin...
This paper describes the use of plasma deposition and etching technologies for production of functio...
Nanostructured polydimethylsiloxane stamps have been used to pattern regular nano-arrays of proteins...
Nanostructured polydimethylsiloxane stamps have been used to pattern regular nano-arrays of proteins...
New challenges of life science research make nanostructured polymeric surfaces, chemically and spati...
New challenges of life science research make nanostructured polymeric surfaces, chemically and spati...
The recent decade has seen a rapid expansion in the ability to create and study nanometer scale obje...
A method for fabricating chemically nanopatterned surfaces based on a combination of colloidal litho...
In this study, a combination of plasma and photolithographic processes for production of micro-struc...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
Biomedical devices are moving towards the incorporation of nanostructures to investigate the interac...
In this study, microstructured surfaces are produced by a spatial arrangement of different functiona...