Antimicrobial polymeric compositions containing metal containing methacrylates

A co-monomer blend of polymerizable unsaturated organic carbon bonds in a low viscosity composition containing the at least one metal-containing methacrylate according to 1, wherein the material is an adhesive system for bonding tissue substrate with polymerizable materials and/or metal or ceramic surface or to cover surfaces of tissues and/or biomaterials.

A co-monomer blend of polymerizable unsaturated carbon bonds in a low viscosity composition containing the at least one metal-containing methacrylate according to 1, wherein the material is an adhesive system for bonding tissue substrate and/or metal or ceramic surface.

A monomeric antimicrobial polymerizable dental composition comprising the at least one metal-containing methacrylate according to 1, having an inorganic/organic ratio designed to provide a high viscosity restorative composite material.

Monomers blend adhesive composition containing the at least one metal-containing methacrylate according to 1, for provide dental material with radiopacity.

Antimicrobial polymeric dental restorative compositions comprising the at least one metal-containing methacrylates according to 1, presenting two distinct components, one comprising at least one dental material and the other comprising a source of metal-containing methacrylates encapsulated in microspheres, nanotubes, bioactive glasses and compound thereof.

A monomeric antimicrobial polymerizable dental composition comprising the at least one metal-containing methacrylate types according to 1, with viscosity adjustments to provide a flowable composite for use as a cement, such as for orthodontic or endodontic use, but not restricted to these uses.

Antimicrobial polymorphic compositions comprising metal-containing methacrylates having a shade, translucency and colored appearance differing from conventional shades of resin based materials and that of the natural color of the teeth which facilitates their visual identification during clinical application, and removal of the dental material from the tooth surface with minimal damage to dental tissues.

A method for incorporating and dispersing metal-containing methacrylate monomers into blends and composite mixtures, promoting crosslinking during the polymerization process and resulting in a low level of leachable metal-containing polymers designed for biomedical applications.