Bases cavitarias ideales en restauraciones adhesivas clase II Black en pacientes atendidos en la clínica integral de la facultad piloto de
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2012-06-15
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Universidad de Guayaquil. Facultad Piloto de Odontología
Resumen
Este trabajo de investigación se proyecta como un estudio de tipo documental en el cual los estudiantes podrán conocer sobre bases Cavitarias ideales en restauraciones adhesivas de II clase.
Con lo cual podrán identificar cualidades, propiedades y además indicaciones al usar este tipo de material restaurador y al mismo tiempo las ventajas y desventajas del porque debería usarse y del por qué no.
Se destacará la importancia y funciones de estas bases Cavitarias entre las cuales tenemos, Aislamiento químico y eléctrico, actividad antibacteriana, aumenta la resistencia, sustitución de la dentina perdida, disminuye el volumen del material restaurador, e induce la reparación pulpar.Cabe recalcar que desde la aparición de la actual odontología adhesiva se ha venido cuestionando la necesidad de utilización de las bases Cavitarias como material de ayuda para el éxito final de la restauración.
En un principio, y ante la duda de los posibles efectos perniciosos de la técnica de grabado ácido sobre el complejo pulpa-dentina, se pudo conocer por gran número de investigadores y clínicos la colocación de hidróxido de calcio como barrera para la penetración ácida.
Hoy en día incluso, se puede leer en las instrucciones de los materiales de composite el consejo de que en cavidades profundas se coloque dicha base como protección para la vitalidad dentaria, y con lo cual se pueda evitar injurias a la pulpa.
Analizando esto podemos hallar un tipo de base Cavitaria ideal para la restauración futura que se llevara a cabo utilizando como ya se ha mencionado un material que nos permita a nosotros como profesionales devolver a parte de la funcionalidad pérdida, la estética que se busca conseguir y más aun evitar que las bacterias que se encuentran en la cavidad oral y que forman la caries sigan su proceso.
This research study is planned as a documentary type in which students can learn about Buildups ideal in adhesive Class II restorations . With which they can identify qualities, properties and further instructions when using this type of restorative material while the advantages and disadvantages that should be used and why not. The importance and functions of these Buildups among which are , chemical and electrical insulation , antibacterial activity will be highlighted , increases stamina, replacing lost dentin , decreases the volume of the restorative material , and induces repair pulpar.Cabe emphasize that since the appearance of the current adhesive dentistry has been questioning the need Buildups use as an aid to the ultimate success of the restoration. Initially, and when in doubt of the possible harmful effects of acid etching technique on dentin - pulp complex , it was known by many researchers and clinicians placement of calcium hydroxide as a barrier for acid penetration. Even today , you can read instructions composite materials advising that deep cavities in said base as protection for tooth vitality is placed, and thereby you can avoid injuries to the pulp. Analyzing this we find a type of cavity ideal base for future restoration was carried out using as already mentioned a material that allows us as professionals return loss of functionality , aesthetics sought to be achieved and even prevent bacteria found in the oral cavity and forming a further caries process.
This research study is planned as a documentary type in which students can learn about Buildups ideal in adhesive Class II restorations . With which they can identify qualities, properties and further instructions when using this type of restorative material while the advantages and disadvantages that should be used and why not. The importance and functions of these Buildups among which are , chemical and electrical insulation , antibacterial activity will be highlighted , increases stamina, replacing lost dentin , decreases the volume of the restorative material , and induces repair pulpar.Cabe emphasize that since the appearance of the current adhesive dentistry has been questioning the need Buildups use as an aid to the ultimate success of the restoration. Initially, and when in doubt of the possible harmful effects of acid etching technique on dentin - pulp complex , it was known by many researchers and clinicians placement of calcium hydroxide as a barrier for acid penetration. Even today , you can read instructions composite materials advising that deep cavities in said base as protection for tooth vitality is placed, and thereby you can avoid injuries to the pulp. Analyzing this we find a type of cavity ideal base for future restoration was carried out using as already mentioned a material that allows us as professionals return loss of functionality , aesthetics sought to be achieved and even prevent bacteria found in the oral cavity and forming a further caries process.
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RESTAURACION DENTAL, OPERATORIA DENTAL, MATERIALES DENTALES