Ridge augmentation in atrophic anterior maxillary ridges with titanium reinforced polytetrafluroethelene membrane and Anorganic bovine bone-derived mineral with and Without particulated bone chips : Rndomized clinical trial /
Sherif Osama Radwan Hegazy
Ridge augmentation in atrophic anterior maxillary ridges with titanium reinforced polytetrafluroethelene membrane and Anorganic bovine bone-derived mineral with and Without particulated bone chips : Rndomized clinical trial / تجربة سريرية عشوائية : وضع طعم عظمى بعظام السنخ الضامر بالمنطقة الأمامية فى الفك العلوى بواسطة غشاء من التفلون المقوى بالتايتنيوم و عظم بقرى بمفرده أو مع أشياب عظمية ذاتية المنشأ Sherif Osama Radwan Hegazy ; Supervised Maha Hakam , Mohamed Atef - Cairo : Sherif Osama Radwan Hegazy , 2019 - 67 P . : charts , facsmilies , photographes ; 25cm
Thesis (M.Sc.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Oral and Maxillofacial Surgery
a. Aim: This study aims to evaluate the amount of bone gain following ridge augmentation in atrophic anterior maxillary ridges with titanium reinforced polytetraflouroethelene membrane and anorganic bovine bone derived mineral with and without particulated autogenous bone chips. b. Methodology: Twenty patients suffering from atrophic anterior maxillary ridges less than 5mm using mix of anorganic bovine bone derived mineral with particulated autogenous bone chips (ratio 1:1) to an anorganic bovine bone derived mineral alone both covered with Titanium reinforced polytetraflouroethelene membrane. c. Results: Group A has mean 3.2 ± 0.75 without failure cases and 2.15 ± 1.8 with the failed cases, Group B has mean 3.9 ± 0.4 without failure cases and 2.66 ± 2.1 with the failed cases. d. Conclusion: PTFE membranes have a serious problem related to bicompitability of soft tissue. Group B shows superior result radiographically and histologically to group A
Atrophic anterior maxillary ridges Polytetrafluroethelene Ridge augmentation
Ridge augmentation in atrophic anterior maxillary ridges with titanium reinforced polytetrafluroethelene membrane and Anorganic bovine bone-derived mineral with and Without particulated bone chips : Rndomized clinical trial / تجربة سريرية عشوائية : وضع طعم عظمى بعظام السنخ الضامر بالمنطقة الأمامية فى الفك العلوى بواسطة غشاء من التفلون المقوى بالتايتنيوم و عظم بقرى بمفرده أو مع أشياب عظمية ذاتية المنشأ Sherif Osama Radwan Hegazy ; Supervised Maha Hakam , Mohamed Atef - Cairo : Sherif Osama Radwan Hegazy , 2019 - 67 P . : charts , facsmilies , photographes ; 25cm
Thesis (M.Sc.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Oral and Maxillofacial Surgery
a. Aim: This study aims to evaluate the amount of bone gain following ridge augmentation in atrophic anterior maxillary ridges with titanium reinforced polytetraflouroethelene membrane and anorganic bovine bone derived mineral with and without particulated autogenous bone chips. b. Methodology: Twenty patients suffering from atrophic anterior maxillary ridges less than 5mm using mix of anorganic bovine bone derived mineral with particulated autogenous bone chips (ratio 1:1) to an anorganic bovine bone derived mineral alone both covered with Titanium reinforced polytetraflouroethelene membrane. c. Results: Group A has mean 3.2 ± 0.75 without failure cases and 2.15 ± 1.8 with the failed cases, Group B has mean 3.9 ± 0.4 without failure cases and 2.66 ± 2.1 with the failed cases. d. Conclusion: PTFE membranes have a serious problem related to bicompitability of soft tissue. Group B shows superior result radiographically and histologically to group A
Atrophic anterior maxillary ridges Polytetrafluroethelene Ridge augmentation