Effect of aging under intrapulpal pressure simulation on microtensile bond strength and hybridization of different dentin bonding systems /
Heba Ahmed Abdelwanis Eldeeb
Effect of aging under intrapulpal pressure simulation on microtensile bond strength and hybridization of different dentin bonding systems / تأثير الاعمار تحت الضغط المماثل للعصب السنى فى قوة الربط الشدى الدقيق وتكوين الطبقة المهجنة لانظمة الربط العاجى المختلفة Heba Ahmed Abdelwanis Eldeeb ; Supervised Mai Mahmoud Yousry Hassan , Enas Hussein Moharab , Dalia Ibrahim Elkorashi - Cairo : Heba Ahmed Abdelwanis Eldeeb , 2008 - 158 Leaves : facsimiles ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Operative Dentistry
This study was carried out to evaluate the effect of aging under in vivo simulating conditions (artificial saliva, intraoral temperature 37C) with or without hydrostatic intrapulpal pressure on bond strength and hybridization of three contemporary bonding systems. A total of 216 sound human molars were ground flat till mid-dentin
Aging Intrapulpal pressure Micro tensile bond strength
Effect of aging under intrapulpal pressure simulation on microtensile bond strength and hybridization of different dentin bonding systems / تأثير الاعمار تحت الضغط المماثل للعصب السنى فى قوة الربط الشدى الدقيق وتكوين الطبقة المهجنة لانظمة الربط العاجى المختلفة Heba Ahmed Abdelwanis Eldeeb ; Supervised Mai Mahmoud Yousry Hassan , Enas Hussein Moharab , Dalia Ibrahim Elkorashi - Cairo : Heba Ahmed Abdelwanis Eldeeb , 2008 - 158 Leaves : facsimiles ; 30cm
Thesis (Ph.D.) - Cairo University - Faculty of Oral and Dental Medicine - Department of Operative Dentistry
This study was carried out to evaluate the effect of aging under in vivo simulating conditions (artificial saliva, intraoral temperature 37C) with or without hydrostatic intrapulpal pressure on bond strength and hybridization of three contemporary bonding systems. A total of 216 sound human molars were ground flat till mid-dentin
Aging Intrapulpal pressure Micro tensile bond strength