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- Biomaterial_Surface_Modifications abstract "Biomaterials exhibit various degrees of compatibility with the harsh environment within a living organism. They need to be nonreactive chemically and physically with the body, as well as integrate when with tissue. The extent of compatibility varies based on the application and material required. Often modifications to the surface of a biomaterial system are required to maximize performance. The surface can be modified in many ways, including plasma modification and applying coatings to the substrate. Surface modifications can be used to affect surface energy, adhesion, biocompatibility, chemical inertness, lubricity, sterility, asepsis, thrombogenicity, susceptibility to corrosion, degradation, and hydrophilicity.".
- Biomaterial_Surface_Modifications wikiPageID "39337116".
- Biomaterial_Surface_Modifications wikiPageLength "21170".
- Biomaterial_Surface_Modifications wikiPageOutDegree "34".
- Biomaterial_Surface_Modifications wikiPageRevisionID "665434119".
- Biomaterial_Surface_Modifications wikiPageWikiLink Adhesion.
- Biomaterial_Surface_Modifications wikiPageWikiLink Adsorption.
- Biomaterial_Surface_Modifications wikiPageWikiLink Amine.
- Biomaterial_Surface_Modifications wikiPageWikiLink Asepsis.
- Biomaterial_Surface_Modifications wikiPageWikiLink Biocompatibility.
- Biomaterial_Surface_Modifications wikiPageWikiLink Category:Biology.
- Biomaterial_Surface_Modifications wikiPageWikiLink Contact_angle.
- Biomaterial_Surface_Modifications wikiPageWikiLink Coronary_artery_disease.
- Biomaterial_Surface_Modifications wikiPageWikiLink Corrosion.
- Biomaterial_Surface_Modifications wikiPageWikiLink Dissociation_(chemistry).
- Biomaterial_Surface_Modifications wikiPageWikiLink Hydrophile.
- Biomaterial_Surface_Modifications wikiPageWikiLink Hydrophobe.
- Biomaterial_Surface_Modifications wikiPageWikiLink Magnetic_Resonance_Imaging.
- Biomaterial_Surface_Modifications wikiPageWikiLink Magnetic_resonance_imaging.
- Biomaterial_Surface_Modifications wikiPageWikiLink Nickel_Titanium.
- Biomaterial_Surface_Modifications wikiPageWikiLink Nickel_titanium.
- Biomaterial_Surface_Modifications wikiPageWikiLink PEEK.
- Biomaterial_Surface_Modifications wikiPageWikiLink Percutaneous_coronary_intervention.
- Biomaterial_Surface_Modifications wikiPageWikiLink Permeation.
- Biomaterial_Surface_Modifications wikiPageWikiLink Polysaccharide.
- Biomaterial_Surface_Modifications wikiPageWikiLink Polytetrafluoroethylene.
- Biomaterial_Surface_Modifications wikiPageWikiLink Radio_frequency.
- Biomaterial_Surface_Modifications wikiPageWikiLink Silicone.
- Biomaterial_Surface_Modifications wikiPageWikiLink Sterilization_(microbiology).
- Biomaterial_Surface_Modifications wikiPageWikiLink Surface_energy.
- Biomaterial_Surface_Modifications wikiPageWikiLink Surface_modification.
- Biomaterial_Surface_Modifications wikiPageWikiLink Thin_film.
- Biomaterial_Surface_Modifications wikiPageWikiLink Thrombosis.
- Biomaterial_Surface_Modifications wikiPageWikiLink Young–Laplace_equation.
- Biomaterial_Surface_Modifications wikiPageWikiLink File:Argon_plasma_used_for_polymer_surface_functionalization_prior_to_bonding.Argon_plasma_used_for_polymer_surface_functionalization_prior_to_bonding.png.
- Biomaterial_Surface_Modifications wikiPageWikiLink File:Glow_Plasma_Discharge_Schematic_Polymer_Chemistry.png.
- Biomaterial_Surface_Modifications wikiPageWikiLink File:Polyetherketon.svg.
- Biomaterial_Surface_Modifications wikiPageWikiLinkText "biomaterial surface properties".
- Biomaterial_Surface_Modifications wikiPageWikiLinkText "surface treatments".
- Biomaterial_Surface_Modifications hasPhotoCollection Biomaterial_Surface_Modifications.
- Biomaterial_Surface_Modifications wikiPageUsesTemplate Template:Reflist.
- Biomaterial_Surface_Modifications subject Category:Biology.
- Biomaterial_Surface_Modifications comment "Biomaterials exhibit various degrees of compatibility with the harsh environment within a living organism. They need to be nonreactive chemically and physically with the body, as well as integrate when with tissue. The extent of compatibility varies based on the application and material required. Often modifications to the surface of a biomaterial system are required to maximize performance.".
- Biomaterial_Surface_Modifications label "Biomaterial Surface Modifications".
- Biomaterial_Surface_Modifications sameAs m.0vzrhjp.
- Biomaterial_Surface_Modifications sameAs Q17112958.
- Biomaterial_Surface_Modifications sameAs Q17112958.
- Biomaterial_Surface_Modifications wasDerivedFrom Biomaterial_Surface_Modifications?oldid=665434119.
- Biomaterial_Surface_Modifications isPrimaryTopicOf Biomaterial_Surface_Modifications.