Evaluation of bond strength, surface adaptation,and antibacterial effect of a newly developedbioceramic–based sealer “Smart paste bio” : An in vitro study

Fracture resistance of roots obturated with epoxy resin–based, mineral trioxide aggregate–based, and bioceramic root canal sealers : A comparative in vitro study

Sealing ability, biocompatibility and clinical evaluation of recently introduced bioceramic material compared to mineral trioxide aggregate as retrograde fillings : An in-vitro an

Evaluation 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

Investigating the fracture resistance and sealing ability of teeth obturated with a novel carrier-based obturation system: Guttacore as compared with thermafil obturator : A compa

Bond strength, sealing abilityand biological behavior of newroot canal obturatingmaterials : A comparative study

Sealability and adaptability of MTA and an innovative bioceramix in repairing furcation perforation : In vitro study

The evaluation of adaptability, shear bond strength, biocomapatibility and antibacterial effect, of three resin based sealers : An in vitro study

Evaluation of the sealing ability, surface adaptability and antibacterial efficacy of three resin based root canal sealers : An in vitro study

An in vitro evaluation of sealability of calciumsilicate based sealer versus resin based sealer with different obturation techniques