Comparative Investigation of the Bonding Strengths of Calcium Silicate-Based Materials to Glass Ionomer Cement and Composite Resin Materials

Project no. 32784 · Status: Kapanmış (Yayın bekleniyor) · 2025

Summary

<p>The&nbsp;most&nbsp;important&nbsp;reason&nbsp;for&nbsp;performing&nbsp;pulp&nbsp;(root&nbsp;canal,&nbsp;capping,&nbsp;amputation)&nbsp;treatments&nbsp;is&nbsp;to&nbsp;ensure&nbsp;the&nbsp;health&nbsp;and&nbsp;integrity&nbsp;of&nbsp;the&nbsp;tooth&nbsp;and&nbsp;its&nbsp;surrounding&nbsp;tissues.&nbsp;Vital&nbsp;pulp&nbsp;treatment&nbsp;in&nbsp;vital&nbsp;teeth&nbsp;is&nbsp;a&nbsp;protective&nbsp;treatment&nbsp;applied&nbsp;to&nbsp;prevent&nbsp;the&nbsp;deterioration&nbsp;of&nbsp;pulp&nbsp;vitality&nbsp;and&nbsp;to&nbsp;ensure&nbsp;its&nbsp;continued&nbsp;vitality&nbsp;in&nbsp;cases&nbsp;of&nbsp;reversible&nbsp;pulp&nbsp;damage.&nbsp;In&nbsp;vital&nbsp;pulp&nbsp;treatment,&nbsp;after&nbsp;the&nbsp;removal&nbsp;of&nbsp;causative&nbsp;agents&nbsp;(decay,&nbsp;etc.)&nbsp;from&nbsp;the&nbsp;environment,&nbsp;a&nbsp;protective&nbsp;agent&nbsp;is&nbsp;placed&nbsp;on&nbsp;the&nbsp;pulp.&nbsp;This&nbsp;agent,&nbsp;placed&nbsp;on&nbsp;the&nbsp;pulp,&nbsp;is&nbsp;a&nbsp;biocompatible&nbsp;material&nbsp;that&nbsp;will&nbsp;ensure&nbsp;the&nbsp;continuation&nbsp;of&nbsp;pulp&nbsp;vitality,&nbsp;prevent&nbsp;bacterial&nbsp;infiltration,&nbsp;withstand&nbsp;the&nbsp;forces&nbsp;during&nbsp;restoration&nbsp;and&nbsp;function,&nbsp;and&nbsp;create&nbsp;a&nbsp;dentin&nbsp;bridge.&nbsp;Following&nbsp;the&nbsp;application&nbsp;of&nbsp;the&nbsp;protective&nbsp;agent,&nbsp;a&nbsp;good&nbsp;seal&nbsp;must&nbsp;be&nbsp;created&nbsp;for&nbsp;the&nbsp;vital&nbsp;pulp&nbsp;treatment&nbsp;to&nbsp;be&nbsp;successful,&nbsp;and&nbsp;subsequently,&nbsp;the&nbsp;permanent&nbsp;restoration&nbsp;must&nbsp;be&nbsp;placed.&nbsp;The&nbsp;shear&nbsp;bond&nbsp;strength&nbsp;between&nbsp;the&nbsp;biomaterial&nbsp;and&nbsp;the&nbsp;restorative&nbsp;material&nbsp;is&nbsp;crucial&nbsp;to&nbsp;minimize&nbsp;bacterial&nbsp;microleakage&nbsp;and&nbsp;to&nbsp;ensure&nbsp;a&nbsp;positive&nbsp;long-term&nbsp;prognosis&nbsp;for&nbsp;vital&nbsp;pulp&nbsp;treatment.&nbsp;This&nbsp;study&nbsp;aims&nbsp;to&nbsp;comparatively&nbsp;evaluate&nbsp;the&nbsp;shear&nbsp;bond&nbsp;strength&nbsp;between&nbsp;calcium&nbsp;silicate-based&nbsp;biomaterials&nbsp;used&nbsp;in&nbsp;vital&nbsp;pulp&nbsp;treatments&nbsp;and&nbsp;glass&nbsp;ionomer&nbsp;cement&nbsp;and&nbsp;composite&nbsp;materials.&nbsp;The&nbsp;study&nbsp;also&nbsp;aims&nbsp;to&nbsp;obtain&nbsp;comparative&nbsp;bond&nbsp;strengths&nbsp;by&nbsp;subjecting&nbsp;artificial&nbsp;cavity&nbsp;setups,&nbsp;pulp&nbsp;coating&nbsp;agents,&nbsp;and&nbsp;restorative&nbsp;materials&nbsp;to&nbsp;bond&nbsp;strength&nbsp;tests&nbsp;on&nbsp;a&nbsp;universal&nbsp;testing&nbsp;machine&nbsp;(Shimadzu&nbsp;Universal&nbsp;Testing&nbsp;Machine).</p>

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