[用KTP激光进行“功率漂白”]。

Revue belge de medecine dentaire Pub Date : 2009-01-01
K Vanderstricht, S Nammour, R De Moor
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引用次数: 0

摘要

漂白过程中最重要的成分是过氧化氢。漂白效果是牙齿中有机分子化学结构变化的结果。根据所使用的过氧化氢浓度和不同的应用方法,描述了不同的漂白技术。已经证明,当漂白与光源相结合时,可以获得更快的颜色变化,即旨在更深入地改变颜色的功率漂白。不同的研究表明,当光源被用作加速剂时,与漂白剂相关的负面影响会更早出现。因此,光激活可能不会导致“纸浆加热”。不同类型的激光漂白已经被描述过,但是,并不是所有的激光漂白都能达到预期的效果。目前只有一个例外,这是ktp激光漂白与智能漂白凝胶。特定的激光与组织的相互作用是凝胶中过氧化氢的不同活化过程的结果:由于与激光的相互作用,产生了光催化效应(即通过光激活凝胶——这也被称为光化学反应),有限的光热效应(光吸收可能导致凝胶的一定加热)。光活化凝胶的pH值为碱性,有利于过氧化氢电离成过羟基离子(这是活性最强的自由基)。也可以直接切割四环素分子(四环素分子在532 nm处对光有很好的吸收)。这样可以更好地脱色四环素染色的牙齿。最后一种方法被称为直接光漂白。同样需要强调的是,使用激光漂白只能由具有大量激光组织相互作用和激光物理知识的牙医进行,并准确地遵循所要求的漂白程序。此外,无论意见如何,牙齿漂白是一种对生物组织进行的医学牙科手术,因此只能由牙医进行。
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["Power bleaching" with the KTP laser].

The most important constituent of the bleaching process is the hydrogen peroxyde. The bleaching effect is the result of a change in the chemical structure of organic molecules in the teeth. Different bleaching techniques are described on the basis of the concentration of the hydrogen peroxyde used and on the basis of the different methods of application. It has been demonstrated that a faster change in colour can be obtained when bleaching is performed in combination with a light source i.e. power bleaching aiming for a more in depth change of colour. Different investigations have demonstrated that negative effects associated with bleaching agents are seen earlier when light sources have been used as accelerators. So, light activation may not lead to 'heating of the pulp'. Different types of laser bleaching have been described, though, not all of them will lead to the desired result. There is only one exception at present and this is the KTP-laser bleaching with the Smart Bleach gel. The specific laser-tissue interaction is the result of different activation processes of the hydrogen peroxyde in the gel: as a result of the interaction with the laser a photocatalytic effect is induced (i.e. the activation of the gel by means of light--this is also referred to as a photochemical reaction), a limited photothermal effect (light absorption may result in a certain heating of the gel). The light activated gel also has an alkaline pH, which favours the ionisation of the hydrogen peroxyde into perhydroxyl ions (these are the most reactive free radicals). It is also possible to directly cut the tetracycline molecules (a good absorption of light by the tetracycline molecules at 532 nm). This will result in better decolouration of tetracycline stained teeth. This last process is described as direct photobleaching. It also needs to be emphasized that bleaching with a laser can only be performed by a dentist who has acquired a substantial knowledge on laser-tissue interaction and laser physics, and who follows accurately the requested bleaching procedure. Furthermore, whatever the opinion might be, tooth bleaching is a medical dental procedure on biologic tissues and hence this procedure can only by dentists.

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