ThesisMicro-tensile Bond Strength and Durability of Self-adhering flowable composite to dentin in comparison to nano-fill flowable composite: An in-vitro study
ThesisMicro-tensile Bond Strength and Durability of Self-adhering flowable composite to dentin in comparison to nano-fill flowable composite: An in-vitro study
ThesisRe-mineralizing effect of fluoride varnish versus tri-calcium phosphate on shear bond strength of nano-hybrid composite to Dentin:An in-vitro Study
ThesisRe-mineralizing effect of fluoride varnish versus tri-calcium phosphate on shear bond strength of nano-hybrid composite to Dentin:An in-vitro Study
ThesisMicrotensile bond strength and interfacial analysis of bulk-fill resin composite versus incrementally-packed resin composite with dentin substrate : An in-vitro study
ThesisMicrotensile bond strength and interfacial analysis of bulk-fill resin composite versus incrementally-packed resin composite with dentin substrate : 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
ThesisShear bond strength of zinc modified glass ionomer versus nanofilled resin modified glass ionomer to dentin with and without conditioning : An in vitro study
ThesisMicro-shear bond strength evaluation of a dental composite filling (using self-etch adhesive) bonded to demineralized dentin with and without remineralizing agent pretreatment: An in-vitro study
ThesisMicro-shear bond strength evaluation of a dental composite filling (using self-etch adhesive) bonded to demineralized dentin with and without remineralizing agent pretreatment: An in-vitro study
ThesisMicrotensile bond strength of resincomposite to dentin pretreated withantimicrobial nanoparticles
ThesisMicrotensile bond strength of resincomposite to dentin pretreated withantimicrobial nanoparticles