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their diagnosis，clinical implications，and a report of treat⁃ modynamic effects after Diode and Er：YAG laser irradia⁃
ment using a combined therapy approach［J］. J Oral Im⁃ tion of grade Ⅳ and Ⅴ titanium implants placed in bone
plantol，2017，43（1）：45-50 ⁃ an ex vivo study. Preliminary report［J］. Biomed Tech
［2］ SALVI G，COSGAREA R，SCULEAN A. Prevalence and （Berl），2016，61（5）：499-507
mechanisms of Peri ⁃ implant diseases［J］. J Dent Res， ［14］ HAKKI S，TATAR G，DUNDAR N，et al. The effect of dif⁃
2017，96（1）：31-37 ferent cleaning methods on the surface and temperature of
［3］ XU Z，STEFANIE K，TOBIAS W，et al. Application of to⁃ failed titanium implants：an in vitro study［J］. Lasers Med
tarol as natural antibacterial coating on dental implants Sci，2017，32（3）：563-571
for prevention of peri⁃implantitis［J］. Mater Sci Eng C Ma⁃ ［15］ PASSARELLI P，LEONARDIS M，PICCIRILLO G，et al.
ter Biol Appl，2020，110：110701 The effectiveness of chlorhexidine and air polishing sys⁃
［4］ MATSUBARA V，LEONG B，LEONG M，et al. Cleaning tem in the treatment of infected dental implants：an exper⁃
potential of different air abrasive powders and their im⁃ imental in vitro study［J］. Antibiotics（Basel），2020，9
pact on implant surface roughness［J］. Clin Implant Dent （4）：179
Relat Res，2020，22（1）：96-104 ［16］ PISTILLI R，GENOVA T，CANULLO L，et al. Effect of
［5］ IATROU P，CHAMILOS C，NICKLES K，et al. In vitro bioactivation on traditional surfaces and zirconium ni⁃
efficacy of three different nonsurgical implant surface de⁃ tride：adhesion and proliferation of preosteoblastic cells
contamination methods in three different defect configura⁃ and bacteria［J］. Int J Oral Maxillofac Implants，2018，33
tions［J］. Int J Oral Maxillofac Implants，2021，36（2）： （6）：1247-1254
271-280 ［17］ VIITANIEMI L，ABDULMAjEED A，SULAIMAN T，et al.
［6］ CHA J，PAENG K，JUNG U，et al. The effect of five me⁃ Adhesion and early colonization of s. mutans on lithium
chanical instrumentation protocols on implant surface to⁃ disilicate reinforced glass ⁃ ceramics，monolithic zirconia
pography and roughness：a scanning electron microscope and dual cure resin cement.［J］. Eur J Prosthodont Restor
and confocal laser scanning microscope analysis［J］. Clin Dent，2017，25（4）：228-234
Oral Implants Res，2019，30（6）：578-587 ［18］ QIANG W，HE X，ZHANG K，et al. Mussel adhesive mi⁃
［7］ LARSEN O，ENERSEN M，KRISTOFFERSEN A，et al. metic silk sericin prepared by enzymatic oxidation for the
Antimicrobial effects of three different treatment modali⁃ construction of antibacterial coatings［J］. ACS Biomater
ties on dental implant surfaces［J］. J Oral Implantol， Sci Eng，2021，7（7）：3379-3388

2017，43（6）：429-436 ［19］ RAJAN A，SIVARAJAN S，VALLABHAN C，et al. An in
［8］ WANG C，ASHNAGAR S，GIANFILIPPO R，et al. Laser⁃ vitro study to evaluate and compare the hemocompatibili⁃
assisted regenerative surgical therapy for peri⁃implantitis： ty of titanium and zirconia implant materials after sand⁃
a randomized controlled clinical trial［J］. Periodontol， blasted and acid⁃etched surface treatment［J］. J Contemp
2021，92（3）：378-388 Dent Pract，2018，19（12）：1448-1454
［9］ FENELON T，BAKR M，WALSH L，et al. Effects of lasers ［20］ KHOSRAVI N，DACOSTA R，DAVIES J. New insights in⁃
and their delivery characteristics on machined and micro⁃ to spatio ⁃ temporal dynamics of mesenchymal progenitor
roughened titanium dental implant surfaces［J］. Bioengi⁃ cell ingress during peri⁃implant wound healing：Provided
neering，2020，7（3）：93 by intravital imaging ［J］. Biomaterials，2021，273：
［10］ MONZAVI A，FEKRAZAD R，CHINIPARDAZ Z，et al. 120837
Effect of various laser wavelengths on temperature chang⁃ ［21］ NASIRZADE J，KARGARPOUR Z，HASANNIA S，et al.
es during periimplantitis treatment：an in vitro study［J］. Platelet⁃rich fibrin elicits an anti⁃inflammatory response
Implant Dent，2018，27（3）：311-316 in macrophages in vitro［J］. J Periodontol，2020，91（2）：
［11］ MISISCHIA W P，XENOUDI P，YUKNA R，et al. Bacteri⁃ 244-252
al reduction effect of four different dental lasers on titani⁃ ［22］ NAKAMURA M，AIZAWA H，KAWABATA H，et al.
um surfaces in vitro［J］. Lasers Med Sci，2021，36（8）： Platelet adhesion on commercially pure titanium plates in
1759-1767 vitro Ⅲ：effects of calcium phosphate⁃blasting on titanium
［12］ ERIKSSON A，ALBREKTSSON T. Temperature threshold plate biocompatibility［J］. Int J Implant Dent，2020，6
levels for heat⁃induced bone tissue injury：a vital⁃micro⁃ （1）：74
scopic study in the rabbit［J］. J Prosthet Dent，1983，50 ［23］ ALBREKTSSON T，WENNERBERG A. Oral implant sur⁃
（1）：101-107 faces：Part 1⁃review focusing on topographic and chemi⁃
［13］ MATYS J，BOTZENHART U，GEDRANGE T，et al. Ther⁃ cal properties of different surfaces and in vivo responses