首页> 美国卫生研究院文献>Progress in Orthodontics >Evaluation of shear bond strength of orthodontic brackets using trans-illumination technique with different curing profiles of LED light-curing unit in posterior teeth
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Evaluation of shear bond strength of orthodontic brackets using trans-illumination technique with different curing profiles of LED light-curing unit in posterior teeth

机译:采用透射光技术对后牙LED光固化单元不同固化曲线的透照技术评估正畸托槽的剪切粘结强度

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摘要

BackgroundAlthough using light-cured composites for bonding orthodontic brackets has become increasingly popular, curing light cannot penetrate the metallic bulk of brackets and polymerization of composites is limited to the edges. Limited access and poor direct sight may be a problem in the posterior teeth. Meanwhile, effectiveness of the trans-illumination technique is questionable due to increased bucco-lingual thickness of the posterior teeth. Light-emitting diode (LED) light-curing units cause less temperature rise and lower risk to the pulpal tissue. The purpose of this study was to evaluate the clinical effectiveness of trans-illumination technique in bonding metallic brackets to premolars, using different light intensities and curing times of an LED light-curing unit.
机译:背景技术尽管使用光固化的复合材料粘合正畸托槽已变得越来越普遍,但是固化光不能穿透托槽的金属主体,并且复合材料的聚合仅限于边缘。进出受限和直视不良可能是后牙的问题。同时,由于后牙颊舌厚度的增加,透射照明技术的有效性值得怀疑。发光二极管(LED)光固化单元可引起较小的温度升高,并降低牙髓组织的风险。这项研究的目的是使用不同的光强度和LED光固化单元的固化时间,评估透射照明技术在将金属支架粘结到前磨牙上的临床效果。

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