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Evaluation of the Diode laser (810nm, 980 nm) on color change of teeth after external bleaching

Subject and aim: The aim of this study was to evaluate the efficiency of diode laser-activated bleaching systems for color change of teeth. Materials and Methods: 40 premolars with intact enamel surfaces were selected for five external bleaching protocols (n=8). Two different wavelengths of diode la...

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Published in:LASER THERAPY 2016, Vol.25(4), pp.267-272
Main Authors: Kiomars, Nazanin, Azarpour, Pouneh, Mirzaei, Mansooreh, kamangar, Sedighe Sadat Hashemi, Kharazifard, Mohammad Javad, Chiniforush, Nasim
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cited_by cdi_FETCH-LOGICAL-c5131-587cc1aa9e3fe4d4336871d8c449f1f726d9f8801d72653e3605d1403a2e7f063
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container_title LASER THERAPY
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creator Kiomars, Nazanin
Azarpour, Pouneh
Mirzaei, Mansooreh
kamangar, Sedighe Sadat Hashemi
Kharazifard, Mohammad Javad
Chiniforush, Nasim
description Subject and aim: The aim of this study was to evaluate the efficiency of diode laser-activated bleaching systems for color change of teeth. Materials and Methods: 40 premolars with intact enamel surfaces were selected for five external bleaching protocols (n=8). Two different wavelengths of diode laser (810 and 980 nm) with two different hydrogen peroxide concentrations (30% and 46%) were selected for laser bleaching. Group 1 received bleaching (Heydent- Germany) with a 810 nm diode laser; Group 2 received bleaching (Heydent- Germany) with a 980 nm diode laser; Group 3 received bleaching (laser white∗20- Biolase) with a 810 nm diode laser; Group 4 received bleaching (laser white∗20- Biolase) with a 980 nm diode laser, with an output power of 1.5 W, in continuous wave (cw) mode for each irradiation. Group 5 as control group received 40% hydrogen peroxide (Opalescence Boost, Ultradent-USA) with no light activation. The color of teeth was scored at baseline and 1 week after bleaching with spectrophotometer. Color change data on the CIEL∗a∗b∗ system were analyzed statistically by the one-way ANOVA and Tukey’s HSD test. Results: All the bleaching techniques resulted in shade change. According to ΔE values, all techniques were effective to bleach the teeth (ΔE ≥ 3). Statistically significant differences were detected among bleaching protocols (p=0.06). Regarding shade change values expressed as ΔL∗, Δa∗, Δb∗, ΔE∗, laser bleached groups were no statistically different with each other (p>0.05). Conclusions: Bleaching with different wavelengths of diode laser resulted in the same results.
doi_str_mv 10.5978/islsm.16-OR-21
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Materials and Methods: 40 premolars with intact enamel surfaces were selected for five external bleaching protocols (n=8). Two different wavelengths of diode laser (810 and 980 nm) with two different hydrogen peroxide concentrations (30% and 46%) were selected for laser bleaching. Group 1 received bleaching (Heydent- Germany) with a 810 nm diode laser; Group 2 received bleaching (Heydent- Germany) with a 980 nm diode laser; Group 3 received bleaching (laser white∗20- Biolase) with a 810 nm diode laser; Group 4 received bleaching (laser white∗20- Biolase) with a 980 nm diode laser, with an output power of 1.5 W, in continuous wave (cw) mode for each irradiation. Group 5 as control group received 40% hydrogen peroxide (Opalescence Boost, Ultradent-USA) with no light activation. The color of teeth was scored at baseline and 1 week after bleaching with spectrophotometer. Color change data on the CIEL∗a∗b∗ system were analyzed statistically by the one-way ANOVA and Tukey’s HSD test. Results: All the bleaching techniques resulted in shade change. According to ΔE values, all techniques were effective to bleach the teeth (ΔE ≥ 3). Statistically significant differences were detected among bleaching protocols (p=0.06). Regarding shade change values expressed as ΔL∗, Δa∗, Δb∗, ΔE∗, laser bleached groups were no statistically different with each other (p&gt;0.05). 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Materials and Methods: 40 premolars with intact enamel surfaces were selected for five external bleaching protocols (n=8). Two different wavelengths of diode laser (810 and 980 nm) with two different hydrogen peroxide concentrations (30% and 46%) were selected for laser bleaching. Group 1 received bleaching (Heydent- Germany) with a 810 nm diode laser; Group 2 received bleaching (Heydent- Germany) with a 980 nm diode laser; Group 3 received bleaching (laser white∗20- Biolase) with a 810 nm diode laser; Group 4 received bleaching (laser white∗20- Biolase) with a 980 nm diode laser, with an output power of 1.5 W, in continuous wave (cw) mode for each irradiation. Group 5 as control group received 40% hydrogen peroxide (Opalescence Boost, Ultradent-USA) with no light activation. The color of teeth was scored at baseline and 1 week after bleaching with spectrophotometer. Color change data on the CIEL∗a∗b∗ system were analyzed statistically by the one-way ANOVA and Tukey’s HSD test. Results: All the bleaching techniques resulted in shade change. According to ΔE values, all techniques were effective to bleach the teeth (ΔE ≥ 3). Statistically significant differences were detected among bleaching protocols (p=0.06). Regarding shade change values expressed as ΔL∗, Δa∗, Δb∗, ΔE∗, laser bleached groups were no statistically different with each other (p&gt;0.05). 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Results: All the bleaching techniques resulted in shade change. According to ΔE values, all techniques were effective to bleach the teeth (ΔE ≥ 3). Statistically significant differences were detected among bleaching protocols (p=0.06). Regarding shade change values expressed as ΔL∗, Δa∗, Δb∗, ΔE∗, laser bleached groups were no statistically different with each other (p&gt;0.05). Conclusions: Bleaching with different wavelengths of diode laser resulted in the same results.</abstract><cop>Japan</cop><pub>International Phototherapy Association</pub><pmid>28765671</pmid><doi>10.5978/islsm.16-OR-21</doi><tpages>6</tpages><oa>free_for_read</oa></addata></record>
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subjects Diode laser
In-office bleaching
Original
Peroxide
Shade change
title Evaluation of the Diode laser (810nm, 980 nm) on color change of teeth after external bleaching
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