Bacterial infections present an enormous problem causing human suffering and cost burdens to the healthcare systems worldwide. Herein we present several versatile strategies for controlled release of antibacterial agents which include silver ions as well as traditional antibiotics. At the heart of these release platforms is a thin film deposited by plasma polymerization. The use of plasma polymerization makes these strategies applicable to the surface of many types of medical devices since the technique for deposition of a polymer film from plasma in practically substrate independent.Krasimir Vasilev, Spomenka Simovic, Dusan Losic, Hans J. Griesser, Stefani Griesser, Karine Anselme and Lydie Plou
Polymeric materials can be used in many application areas due to their mechanical (e.g. elastic) cha...
Antifouling/antibacterial coating derived from a sustainable natural resource for biomedical devices...
Fabrication of new antibacterial surfaces has become a primary strategy for preventing device-associ...
Non-equilibrium plasmas offer several strategies for developing antibacterial surfaces that are able...
Non-equilibrium plasmas offer several strategies for developing antibacterial surfaces that are able...
Urgent need for innovative and effective antibacterial coatings in different fields seems to have tr...
In this communication, we present a novel approach for control of drug release from porous materials...
Antimicrobial coating of medical devices has emerged as a potentially effective tool to prevent or a...
Antibacterial coatings have become a rapidly developing field of research, strongly stimulated by th...
There remains an unmet need for innovative treatments for chronic wound infections as they continue ...
Le contrôle de la formation des biofilms est un enjeu économique majeur pour un grand nombre de sect...
Antibacterial coatings have become a rapidly developing field of research, strongly stimulated by th...
There remains an unmet need for innovative treatments for chronic wound infections as they continue ...
This work reveals a versatile new method to produce films with antimicrobial properties that can als...
Antifouling/antibacterial coating derived from a sustainable natural resource for biomedical devices...
Polymeric materials can be used in many application areas due to their mechanical (e.g. elastic) cha...
Antifouling/antibacterial coating derived from a sustainable natural resource for biomedical devices...
Fabrication of new antibacterial surfaces has become a primary strategy for preventing device-associ...
Non-equilibrium plasmas offer several strategies for developing antibacterial surfaces that are able...
Non-equilibrium plasmas offer several strategies for developing antibacterial surfaces that are able...
Urgent need for innovative and effective antibacterial coatings in different fields seems to have tr...
In this communication, we present a novel approach for control of drug release from porous materials...
Antimicrobial coating of medical devices has emerged as a potentially effective tool to prevent or a...
Antibacterial coatings have become a rapidly developing field of research, strongly stimulated by th...
There remains an unmet need for innovative treatments for chronic wound infections as they continue ...
Le contrôle de la formation des biofilms est un enjeu économique majeur pour un grand nombre de sect...
Antibacterial coatings have become a rapidly developing field of research, strongly stimulated by th...
There remains an unmet need for innovative treatments for chronic wound infections as they continue ...
This work reveals a versatile new method to produce films with antimicrobial properties that can als...
Antifouling/antibacterial coating derived from a sustainable natural resource for biomedical devices...
Polymeric materials can be used in many application areas due to their mechanical (e.g. elastic) cha...
Antifouling/antibacterial coating derived from a sustainable natural resource for biomedical devices...
Fabrication of new antibacterial surfaces has become a primary strategy for preventing device-associ...