ThesisMicrotensile bond strength of resincomposite to dentin pretreated withantimicrobial nanoparticles
ThesisMicrotensile bond strength of resincomposite to dentin pretreated withantimicrobial nanoparticles
ThesisAntibacterial effect, elemental composition and bond strength of nanoparticles incorporated in dentin adhesive
ThesisAntibacterial effect, elemental composition and bond strength of nanoparticles incorporated in dentin adhesive
ThesisMicroleakage of resin composite bonded to dentin pretreated with silver antibacterial nanoparticles
ThesisMicroleakage of resin composite bonded to dentin pretreated with silver antibacterial nanoparticles
ThesisDiametral tensile bond strength durability of nano-hybrid resin composite to demineralized dentin with and with-out pre-treatment with two remineralizing agents : In-vitro study
ThesisDiametral tensile bond strength durability of nano-hybrid resin composite to demineralized dentin with and with-out pre-treatment with two remineralizing agents : In-vitro study
ThesisShear bond strength of zinc modified glass ionomer versus nanofilled resin modified glass ionomer to dentin with and without conditioning : An in vitro study
ThesisShear bond strength of zinc modified glass ionomer versus nanofilled resin modified glass ionomer to dentin with and without conditioning : An in vitro study
ThesisThe effect of incorporation of silver nanoparticles to resin composite on itsbond strength to dentin
ThesisThe effect of incorporation of silver nanoparticles to resin composite on itsbond strength to dentin
ThesisMicro-shear bond strength of conventional and self-adhesive flowable resin composites to resin-modified glass ionomer cement base material following different surface treatments :
ThesisMicro-shear bond strength of conventional and self-adhesive flowable resin composites to resin-modified glass ionomer cement base material following different surface treatments :
ThesisAntibacterial evaluation of bioactive nanoparticles in experimentally infected dentin: In-vitro study
ThesisAntibacterial evaluation of bioactive nanoparticles in experimentally infected dentin: In-vitro study