INTRODUCTION: Preserving intact coronal and radicular tooth structure, especially
maintaining cervical tissue to create a ferrule effect, is considered to be crucial for the …

Objective This systematic review aimed to analyze the clinical (survival rate, failure risk, or
fracture) and laboratory performance (fracture mode or failure) of rehabilitations of …

Objectives: The aim of this study was to investigate the restoration of broken-down
endodontically treated incisors with the ferrule effect using glass ceramic crowns bonded to …

Statement of problem Endodontically treated teeth are known to have reduced structural
strength. Glass fiber posts may influence fracture resistance and should be evaluated …

Purpose To evaluate the fracture load and survival rate of weakened and non-weakened
roots restored with different intracanal posts. Methods Eighty teeth (16 mm) were prepared to …

Santana FR, Castro CG, Simamoto‐Júnior PC, Soares PV, Quagliatto PS, Estrela C, Soares
CJ. Influence of post system and remaining coronal tooth tissue on biomechanical behaviour …

Purpose To evaluate the influence of different post systems on the biomechanical behavior
of teeth with a severe loss of remaining coronal structure. Materials and Methods Fifty …

Statement of problem Pertinent evidence regarding the mechanical integrity of mandibular
anterior teeth restored with a post-and-core is limited. Purpose The purpose of this finite …

Purpose: This study used the 3D finite element (FE) method to evaluate the mechanical
behavior of a maxillary central incisor with three types of dowels with variable heights of the …

Statement of problem The biomechanical properties of post systems may become more
important as the amount of remaining tooth structure decreases, thus different materials may …