Comparative Evaluation of Temperature Changes of Titanium Discs with SLA Surface after Irradiation with 980-nm and 810-nm Diode and Er: YAG Laser Beams

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BIRANG REZA; MOHAMMADI MARYAM; NAGHSH NARGES; Khaleghi Zawareh Nilofar

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Journal: Journal of Isfahan Dental School Year:2020 | Volume:15 | Issue:4 Page(s): 348-355

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Title

Comparative Evaluation of Temperature Changes of Titanium Discs with SLA Surface after Irradiation with 980-nm and 810-nm Diode and Er: YAG Laser Beams

Author(s)

BIRANG REZA | MOHAMMADI MARYAM | NAGHSH NARGES | Khaleghi Zawareh Nilofar | Issue Writer Certificate

Keywords

Dental implantsQ2

LaserQ2

Temperature changesQ1

Abstract

Introduction: The aim of the present study was to determine the effect of three Lasers, 980-nm diode, 810-nm diode and Er: YAG Laser beams on Temperature changes of titanium discs with SLA (sandblast large-grit acid etch) surface. Materials & Methods: In this interventional in vitro study, 17 titanium discs with SLA surface, with a diameter of 5. 2 mm and a height of 2 mm, were prepared. The specimens were divided into 3 groups (n = 5) and 1 control group (n = 2). The first group was irradiated by Er: YAG Laser; the second and third groups were irradiated with 810-nm and 980-nm diode Laser beams. No intervention was implemented in the fourth group. Temperature was measured before and after intervention (Laser irradiation) with a digital thermometer. Data were analyzed with one-way ANOVA, followed by post hoc Tukey tests, using SPSS 22 (α < 0. 05). Results: The results showed significant differences in Δ T between the 4 groups (p value < 0. 05). The minimum Temperature changes compared to the control group were recorded in the group irradiated with Er: YAG Laser beams and the maximum Temperature changes compared to the control group were recorded in the group irradiated with 980-nm diode Laser beams. Conclusion: Considering the decrease in temperature on the surface of the titanium discs with the use of Er: YAG Laser beams, this Laser is recommended for disinfection of implant surfaces; 810-nm diode Laser proved more effective because of the lower temperature rise.

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APA: Copy

BIRANG, REZA, MOHAMMADI, MARYAM, NAGHSH, NARGES, & Khaleghi Zawareh, Nilofar. (2020). Comparative Evaluation of Temperature Changes of Titanium Discs with SLA Surface after Irradiation with 980-nm and 810-nm Diode and Er: YAG Laser Beams. JOURNAL OF ISFAHAN DENTAL SCHOOL, 15(4 ), 348-355. SID. https://sid.ir/paper/126263/en

Vancouver: Copy

BIRANG REZA, MOHAMMADI MARYAM, NAGHSH NARGES, Khaleghi Zawareh Nilofar. Comparative Evaluation of Temperature Changes of Titanium Discs with SLA Surface after Irradiation with 980-nm and 810-nm Diode and Er: YAG Laser Beams. JOURNAL OF ISFAHAN DENTAL SCHOOL[Internet]. 2020;15(4 ):348-355. Available from: https://sid.ir/paper/126263/en

IEEE: Copy

REZA BIRANG, MARYAM MOHAMMADI, NARGES NAGHSH, and Nilofar Khaleghi Zawareh, “Comparative Evaluation of Temperature Changes of Titanium Discs with SLA Surface after Irradiation with 980-nm and 810-nm Diode and Er: YAG Laser Beams,” JOURNAL OF ISFAHAN DENTAL SCHOOL, vol. 15, no. 4 , pp. 348–355, 2020, [Online]. Available: https://sid.ir/paper/126263/en

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