Cold plasma processes for surface engineering of biomaterials and biomedical devices are traditionally performed at low pressure; more and more, though, surface modification plasma processes at atmospheric pressure are also gaining popularity. This short review is aimed to list briefly atmospheric pressure plasma processes reported, in the last decade, for adapting the surface of materials to the best interactions with cells, bacteria and biomolecules
International audienceThe last decade has seen an impressive increase of the research dedicated to t...
Materials with the desirable surface wettability are of key importance in diverse applications. Howe...
Plasmatechnology is due to flexibility with respect to the choice of process parameters and the desi...
Cold plasma processes for surface engineering of biomaterials and biomedical devices are traditional...
Surface modification is a common methodology employed to make biomaterials more compatible with the ...
This contribution reviews cold plasma processes that are investigated and utilized in academic and t...
Polymers are widely used for industrial and (bio)medical applications but due to their low surface f...
Atmospheric-pressure plasma systems are a fast-emerging field of engineering research as they ...
The aim of this review is to describe how biomaterial engineering processes, particularly in the fie...
Atmospheric-pressure plasma processes based on dielectric barrier discharges (DBD) using air as proc...
The functionalization of surfaces is a requirement for a variety of processes from atomic-layer-depo...
Surface modification techniques using plasmas have historically been completed in a low pressure env...
International audienceThe last decade has seen an impressive increase of the research dedicated to t...
Despite many synthetic biomaterials having physical properties that are comparable or even superior ...
Materials with the desirable surface wettability are of key importance in diverse applications. Howe...
International audienceThe last decade has seen an impressive increase of the research dedicated to t...
Materials with the desirable surface wettability are of key importance in diverse applications. Howe...
Plasmatechnology is due to flexibility with respect to the choice of process parameters and the desi...
Cold plasma processes for surface engineering of biomaterials and biomedical devices are traditional...
Surface modification is a common methodology employed to make biomaterials more compatible with the ...
This contribution reviews cold plasma processes that are investigated and utilized in academic and t...
Polymers are widely used for industrial and (bio)medical applications but due to their low surface f...
Atmospheric-pressure plasma systems are a fast-emerging field of engineering research as they ...
The aim of this review is to describe how biomaterial engineering processes, particularly in the fie...
Atmospheric-pressure plasma processes based on dielectric barrier discharges (DBD) using air as proc...
The functionalization of surfaces is a requirement for a variety of processes from atomic-layer-depo...
Surface modification techniques using plasmas have historically been completed in a low pressure env...
International audienceThe last decade has seen an impressive increase of the research dedicated to t...
Despite many synthetic biomaterials having physical properties that are comparable or even superior ...
Materials with the desirable surface wettability are of key importance in diverse applications. Howe...
International audienceThe last decade has seen an impressive increase of the research dedicated to t...
Materials with the desirable surface wettability are of key importance in diverse applications. Howe...
Plasmatechnology is due to flexibility with respect to the choice of process parameters and the desi...