ThesisApical Seal, adaptation and bond strength of antibiotic-added zinc oxide eugenol-based sealer : In vitro study
ThesisApical Seal, adaptation and bond strength of antibiotic-added zinc oxide eugenol-based sealer : In vitro study
ThesisThe evaluation of adaptability, shear bond strength, biocomapatibility and antibacterial effect, of three resin based sealers : An in vitro study
ThesisThe evaluation of adaptability, shear bond strength, biocomapatibility and antibacterial effect, of three resin based sealers : An in vitro study
ThesisThe adaptation and bioactivity of endosequence BC, biodentine and AHPlusendodontic sealer : An in vitro study
ThesisThe adaptation and bioactivity of endosequence BC, biodentine and AHPlusendodontic sealer : An in vitro study
ThesisBond strength, sealing abilityand biological behavior of newroot canal obturatingmaterials : A comparative study
ThesisBond strength, sealing abilityand biological behavior of newroot canal obturatingmaterials : A comparative study
ThesisThe effect of dentinal wall ozone treatment on push-out bond strength and adaptability of resin based sealers : An in-vitro study
ThesisThe effect of dentinal wall ozone treatment on push-out bond strength and adaptability of resin based sealers : An in-vitro study
ThesisEvaluation of the sealing ability, surface adaptability and antibacterial efficacy of three resin based root canal sealers : An in vitro study
ThesisEvaluation of the sealing ability, surface adaptability and antibacterial efficacy of three resin based root canal sealers : An in vitro study
ThesisA comparative study of the sealing ability and biocompatibility of new modified glass-ionomer/collagen hybrid versus mineral trioxide aggregate and glass ionomer as root-end filli
ThesisA comparative study of the sealing ability and biocompatibility of new modified glass-ionomer/collagen hybrid versus mineral trioxide aggregate and glass ionomer as root-end filli
ThesisEvaluation of the apical sealing ability and marginal adaptation of bone cement and mineral trioxide aggregate as root-end filling materials : A comparative in vitro-study
ThesisEvaluation of the apical sealing ability and marginal adaptation of bone cement and mineral trioxide aggregate as root-end filling materials : A comparative in vitro-study
ThesisFracture resistance of roots obturated with epoxy resin–based, mineral trioxide aggregate–based, and bioceramic root canal sealers : A comparative in vitro study
ThesisFracture resistance of roots obturated with epoxy resin–based, mineral trioxide aggregate–based, and bioceramic root canal sealers : A comparative in vitro study