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Gargate, J., (2019). Elásticos en ortodoncia [Trabajo académico, Universidad Inca Garcilaso de la Vega]. https://hdl.handle.net/20.500.11818/4599
Gargate, J., Elásticos en ortodoncia [Trabajo académico]. : Universidad Inca Garcilaso de la Vega; 2019. https://hdl.handle.net/20.500.11818/4599
@misc{renati/860162,
title = "Elásticos en ortodoncia",
author = "Gargate Cerna, Janet Rocio",
publisher = "Universidad Inca Garcilaso de la Vega",
year = "2019"
}
Título: Elásticos en ortodoncia
Autor(es): Gargate Cerna, Janet Rocio
Asesor(es): Alarcón Olivera, Rolando Tomas
Palabras clave: Elásticos; Ortodoncia; Elastómeros; Caucho; Látex; Elastic; Orthodontics; Elastomers; Rubber
Fecha de publicación: 19-jul-2019
Institución: Universidad Inca Garcilaso de la Vega
Resumen: Desde hace muchos años los elásticos son materiales indispensables para el especialista en
ortodoncia, son productos que nos generan fuerzas necesarias para los movimientos dentarios.
Los podemos encontrar derivados del látex y no látex, con algunas diferencias en su composición,
hay muchas variables que afectan su comportamiento, una de ellas son las alergias que presentan
algunos pacientes y profesionales al contacto con estos materiales que pueden ser, de una
urticaria de contacto hasta un shock anafiláctico y muerte.
En el mercado lo podemos encontrar en diferentes formas, colores, tamaños y en diferentes
gramos fuerzas. Su gran versatilidad de su uso en diferentes mecánicas, y nuevos sistemas
existentes en la ortodoncia lo hacen incomparables.
Los elásticos tanto de látex y no látex, presentan cambios en sus propiedades mecánicas, como la
pérdida de fuerza inicial en las primeras horas de activación, por causas ambientales orales, como
la temperatura, la humedad, etc. Esto ha generado la preocupación por las compañías que los
fabrican , creando nuevos elásticos para la ortodoncia llamados elastómeros con memoria, que
según los fabricantes han mejorado superar esos cambios desfavorables en sus propiedades
mecánicas, habiendo diversas marcas que prometen estas mejoras.
El especialista de ortodoncia debe estar capacitado para el uso de estos materiales, y saber
escoger para poder entregar fuerzas ideales y constantes para sus tratamientos.
Nuevos sistemas se vienen creando para ofrecer a los pacientes más eficiencia, comodidad y
estética, pero siempre van de la mano con los elásticos difícilmente reemplazables.
For many years elastics have been indispensable materials for the orthodontic specialist, they are products that generate forces necessary for dental movements. We can find them derived from latex and not latex, with some differences in their composition, there are many variables that affect their behavior, one of them are the allergies that some patients and professionals have in contact with these materials that can be, from a hives of contact until anaphylactic shock and death. In the market we can find it in different shapes, colors, sizes and in different grams forces. Its great versatility of its use in different mechanics, and new existing systems in orthodontics make it incomparable. The elastics of both latex and non-latex present changes in their mechanical properties, such as the initial loss of strength in the first hours of activation, due to oral environmental causes, such as temperature, humidity, etc. This has generated concern for the companies that manufacture them, creating new elastics for orthodontics called memory elastomers, which according to manufacturers have improved overcoming those unfavorable changes in their mechanical properties, having several brands that promise these improvements. The orthodontic specialist must be trained to use these materials, and know how to choose to be able to deliver ideal and constant forces for their treatments. New systems are being created to offer patients more efficiency, comfort and aesthetics, but they always go hand in hand with elastics that are difficult to replace.
For many years elastics have been indispensable materials for the orthodontic specialist, they are products that generate forces necessary for dental movements. We can find them derived from latex and not latex, with some differences in their composition, there are many variables that affect their behavior, one of them are the allergies that some patients and professionals have in contact with these materials that can be, from a hives of contact until anaphylactic shock and death. In the market we can find it in different shapes, colors, sizes and in different grams forces. Its great versatility of its use in different mechanics, and new existing systems in orthodontics make it incomparable. The elastics of both latex and non-latex present changes in their mechanical properties, such as the initial loss of strength in the first hours of activation, due to oral environmental causes, such as temperature, humidity, etc. This has generated concern for the companies that manufacture them, creating new elastics for orthodontics called memory elastomers, which according to manufacturers have improved overcoming those unfavorable changes in their mechanical properties, having several brands that promise these improvements. The orthodontic specialist must be trained to use these materials, and know how to choose to be able to deliver ideal and constant forces for their treatments. New systems are being created to offer patients more efficiency, comfort and aesthetics, but they always go hand in hand with elastics that are difficult to replace.
Enlace al repositorio: https://hdl.handle.net/20.500.11818/4599
Disciplina académico-profesional: Ortodoncia y Ortopedia Maxilar
Institución que otorga el grado o título: Universidad Inca Garcilaso de la Vega. Facultad de Estomatología
Grado o título: Especialista en Ortodoncia y Ortopedia Maxilar
Fecha de registro: 30-sep-2019
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