Chemical Modification Of An Implant Surface Increases Osteogenesis A

Chemical Modification Implant Surface Increases Osteogenesis And Simultaneously Reduces Osteoclastogenesis Anin Vitrostudy Anastasios Mamalis Cleopatra Markopoulou Ioannis Vrotsos Michael Koutsilirieris

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Chemical Modification Of An Implant Surface Increases Osteogenesis And Simultaneously Reduces Osteoclastogenesis Anin Vitrostudy Anastasios A Mamalis Cleopatra Markopoulou Ioannis Vrotsos Michael Koutsilirieris Authors Affiliations Anastasios A Mamalis Department Of Periodontics Health Science Center At San Antonio University Of Texas San Antonio TX USA Cleopatra Markopoulou Ioannis Vrotsos Department Of Periodontics Dental School University Of Athens Athens Greece Michael Koutsilirieris Department Of Experimental Physiology Medical School University Of Athens Athens Greece Corresponding Author Dr Anastasios A Mamalis Department Of Periodontics Health Science Center At San Antonio University Of Texas 7703 Floyd Curl Drive San Antonio TX 78229 3900 USA Tel Th 1 001 210 567 3515 Fax Th 1 001 210 567 6858 E Mail Mamalis Uthscsa Edu Key Words Implant Surface Modification Osteoclastogenesis Osteogenesis Periodontal Liga Ment Cells Abstract Objectives The Present

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