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Correspondence to Author:  Dheehama J, 

Department of Medicine UNAM School of Medicine Windhoek, Namibia.

Abstract:

the aim ofthisstudy wasto investigate the bond strength ofmedicinal biomaterial fiber post with canal wall exploitation differing kinds of cement. Methods: Thirty sound jaw canines, every canal was ready exploitation #55 K-file and was obturated in step with manufacturer instruction. After that, fiber post was cemented within the canal for every one. Specimens were divided into 3 teams in step with kinds of the cements that were used for cementation: [(G1:Relay X U200), (G2:RelyX Luting), and G3:(GC lining cement)]. once cementation, all roots were hold on at 100 percent wetness until testing. every Sample was investigated exploitation pushout check by placed them during a universal testing machine at a crosshead speed of zero.5 mm/min. Results: the very best Bonding strength wasshown in G2 cervical level, whereas rock bottom was shown in G3 in middle level. Results: the very best bond strength was shown in cervical level for all cements kind, whereas rock bottom was shown within the middle level. Conclusion: Thehighestbonding strengthwasobservedinRely XU200while rock bottom was seen in lining cement G3. G1 has higher bonding strength than typical G3 thanks to micromechanical retention..

Keywords
Bond strength; Fiber post; Cement; Durability; Medicinal material.

Citation:

Dheehama J. strength of varied kinds of Cement on the Bonding Strength of medicinal Biomaterial Fiber Post, In Vitro Study. Annals of Pharmacology and Pharmaceutical Sciences 2024.