Physical and Biological Evaluation of a Newly Introduced Root Canal Sealer
Ali Youssef El Gendy;
Abstract
1- AH Plus presented high bond strength value to root canal dentin.
2- Instrumentation and obturation of root canals affected the fracture resistance of root canal dentin.
3- Although the subcutaneous tissue reactions analyzed in the biological part of the present study do not fully imitate those in root canals and periapical tissues, they are valid in that they constitute a preliminary stage in evaluating the biocompatibility of the tested root canal sealers.
4- Tech Biosealer Endo induced an initial pronounced effect on subcutaneous tissue. However, it revealed a more biocompatible tissue reaction at the two-month observation period.
5- All implanted materials induced time-dependent inflammatory reactions, mast cell degranulation, and macrophage migration
2- Instrumentation and obturation of root canals affected the fracture resistance of root canal dentin.
3- Although the subcutaneous tissue reactions analyzed in the biological part of the present study do not fully imitate those in root canals and periapical tissues, they are valid in that they constitute a preliminary stage in evaluating the biocompatibility of the tested root canal sealers.
4- Tech Biosealer Endo induced an initial pronounced effect on subcutaneous tissue. However, it revealed a more biocompatible tissue reaction at the two-month observation period.
5- All implanted materials induced time-dependent inflammatory reactions, mast cell degranulation, and macrophage migration
Other data
| Title | Physical and Biological Evaluation of a Newly Introduced Root Canal Sealer | Authors | Ali Youssef El Gendy | Issue Date | 2018 |
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