Ag-containing　bioactive　glass　films　(Ag/Ca　atomic　ratios　of　0,　5%　and　10%)　were　sol-gel　prepared　for　bioactive　and　antibacterial　modification　of　titanium.　The　gel　powders　calcined　at　610　degrees　C　are　mainly　amorphous　confirmed　by　x-ray　diffraction,　but　small　diffraction　peaks　of　Ca3SiO5　and　silver　are　detected.　The　film　surface　is　porous　with　the　pore　size　of　similar　to　200nm.　Silver-rich　sub-micro　particles　with　sizes　of　100-480nm　are　present　at　the　surface　of　Ag-glass　films.　CaP　phase,　metallic　silver　and　silica　are　detected　by　x-ray　photoelectron　spectroscopy.　The　mean　apparent　bonding　strength　of　the　films　is　as　high　as　21　+/-　1MPa　measured　by　the　pull-off　test.　The　potentiodynamic　polarization　test　shows　that　the　coated　samples　have　better　corrosion　resistance　than　the　polished　sample.　The　Ag-glass　coatings　and　their　wafer　samples　exhibit　antibacterial　activity　against　S.aureus.　The　coated　samples　are　covered　by　apatite　layer　after　soaked　in　the　simulated　body　fluid　for　2weeks,　demonstrating　their　bioactivity.