LASERGEBRUIK TER PREVENTIE VAN CARIËS

Nongnuch Kamolwanchai
Laser is een van de meest waardevolle innovaties in de 20e eeuw. De laserbestraling op tandglazuur resulteert in een interactie van licht met de biologische bestanddelen van de tandheelkundige harde substantie. Bij absorptie van specifieke onderdelen van het tandglazuur, wordt de bestraalde energie direct omgezet in warmte. Dit thermische effect wordt gezien als de oorzaak van microstructurele en chemische veranderingen in het tandglazuur na laserbestraling. Als gevolg daarvan neemt de zuurbestendigheid toe en vermindert de demineralisatie, met cariës vermindering als resultaat.

LASERGEBRUIK TER PREVENTIE VAN CARIËS

Laser is een van de meest waardevolle innovaties in de 20e eeuw. De laserbestraling op tandglazuur resulteert in een interactie van licht met de biologische bestanddelen van de tandheelkundige harde substantie. Bij absorptie van specifieke onderdelen van het tandglazuur, wordt de bestraalde energie direct omgezet in warmte. Dit thermische effect wordt gezien als de oorzaak van microstructurele en chemische veranderingen in het tandglazuur na laserbestraling. Als gevolg daarvan neemt de zuurbestendigheid toe en vermindert de demineralisatie, met cariës vermindering als resultaat. Vele onderzoeken hebben aangetoond dat laser bestraling gecombineerd met topische fluoride toepassing een beter effect op cariës weerstand kan opleveren, maar dit is door het ontbreken van “evidence base” nog betwistbaar.

Bibliografie

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Universiteit of Hogeschool
Tandheelkunde
Publicatiejaar
2015
Kernwoorden
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