Materials techniques for lining composite resin restorations: a critical approach

Introspection of the Etiopathological Mechanisms Underlying Noncarious Cervical Lesions: Analysis of the Different Theories and Their Impact on the Mineralized Structures of the Tooth

“…The etiology of hypersensitivity is explained with the hydrodynamic theory proposed by Brannstrom [ 52 ], who described that the development of the chemical, physical, thermal, or bacterial stimulus determines the movement of the dentinal fluids above the physiological limits, stimulating the mechanoreceptors associated with the A δ fibers present inside the pulp [ 53 ].…”

Introspection of the Etiopathological Mechanisms Underlying Noncarious Cervical Lesions: Analysis of the Different Theories and Their Impact on the Mineralized Structures of the Tooth

“…The etiology of hypersensitivity is explained with the hydrodynamic theory proposed by Brannstrom [ 52 ], who described that the development of the chemical, physical, thermal, or bacterial stimulus determines the movement of the dentinal fluids above the physiological limits, stimulating the mechanoreceptors associated with the A δ fibers present inside the pulp [ 53 ].…”

The effect of the maturation time of calcium silicate-based cement (Biodentine™) on resin bonding: an in vitro study

“…Calcium hydroxide (CH) has been intensively used as a liner in the treatment of deep carious lesions with or without pulp exposure, mainly for its antibacterial properties. CH is subject to dissolution over time due to the inward and outward movement of fluid inside the dentinal tubules, and this movement leads to the formation of a dead space [5][6][7][8]. Moreover, CH is unable to adhere on one side to the tooth structure and on the other side to the restoration.…”

Farkli Astar Ve Kai̇de Materyalleri̇ni̇n Kompozi̇t Rezi̇ni̇n Makaslama Bağlanma Dayanimina Etki̇si̇

“…Böylece derin kavitelerde pulpayı korumak için astar ve kaide materyallerinin kullanımı gerekebilir. [3][4][5] Astar ve kaide materyalleri, restoratif dolgu materyali ile dentin arasına yerleştirilen, pulpayı koruyan ve dentin tübüllerini tıkayan maddelerdir. 6 Bu materyallerin en önemli amacı hem restoratif materyalden gelebilecek zarara (artık monomer, polimerizasyon büzülmesi vb.)…”

Introspection of the Etiopathological Mechanisms Underlying Noncarious Cervical Lesions: Analysis of the Different Theories and Their Impact on the Mineralized Structures of the Tooth

“…The etiology of hypersensitivity is explained with the hydrodynamic theory proposed by Brannstrom [ 52 ], who described that the development of the chemical, physical, thermal, or bacterial stimulus determines the movement of the dentinal fluids above the physiological limits, stimulating the mechanoreceptors associated with the A δ fibers present inside the pulp [ 53 ].…”

The effect of the maturation time of calcium silicate-based cement (Biodentine™) on resin bonding: an in vitro study

“…Calcium hydroxide (CH) has been intensively used as a liner in the treatment of deep carious lesions with or without pulp exposure, mainly for its antibacterial properties. CH is subject to dissolution over time due to the inward and outward movement of fluid inside the dentinal tubules, and this movement leads to the formation of a dead space [5][6][7][8]. Moreover, CH is unable to adhere on one side to the tooth structure and on the other side to the restoration.…”

Farkli Astar Ve Kai̇de Materyalleri̇ni̇n Kompozi̇t Rezi̇ni̇n Makaslama Bağlanma Dayanimina Etki̇si̇

“…Böylece derin kavitelerde pulpayı korumak için astar ve kaide materyallerinin kullanımı gerekebilir. [3][4][5] Astar ve kaide materyalleri, restoratif dolgu materyali ile dentin arasına yerleştirilen, pulpayı koruyan ve dentin tübüllerini tıkayan maddelerdir. 6 Bu materyallerin en önemli amacı hem restoratif materyalden gelebilecek zarara (artık monomer, polimerizasyon büzülmesi vb.)…”

Introspection of the Etiopathological Mechanisms Underlying Noncarious Cervical Lesions: Analysis of the Different Theories and Their Impact on the Mineralized Structures of the Tooth

“…The etiology of hypersensitivity is explained with the hydrodynamic theory proposed by Brannstrom [ 52 ], who described that the development of the chemical, physical, thermal, or bacterial stimulus determines the movement of the dentinal fluids above the physiological limits, stimulating the mechanoreceptors associated with the A δ fibers present inside the pulp [ 53 ].…”

The effect of the maturation time of calcium silicate-based cement (Biodentine™) on resin bonding: an in vitro study

“…Calcium hydroxide (CH) has been intensively used as a liner in the treatment of deep carious lesions with or without pulp exposure, mainly for its antibacterial properties. CH is subject to dissolution over time due to the inward and outward movement of fluid inside the dentinal tubules, and this movement leads to the formation of a dead space [5][6][7][8]. Moreover, CH is unable to adhere on one side to the tooth structure and on the other side to the restoration.…”

Farkli Astar Ve Kai̇de Materyalleri̇ni̇n Kompozi̇t Rezi̇ni̇n Makaslama Bağlanma Dayanimina Etki̇si̇

“…Böylece derin kavitelerde pulpayı korumak için astar ve kaide materyallerinin kullanımı gerekebilir. [3][4][5] Astar ve kaide materyalleri, restoratif dolgu materyali ile dentin arasına yerleştirilen, pulpayı koruyan ve dentin tübüllerini tıkayan maddelerdir. 6 Bu materyallerin en önemli amacı hem restoratif materyalden gelebilecek zarara (artık monomer, polimerizasyon büzülmesi vb.)…”