CARLOS DE PAULA EDUARDO
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Artigo IPEN-doc 22671 Treatment of oral verrucous carcinoma with carbon dioxide laser2007 - AZEVEDO, LUCIANE H.; GALLETTA, VIVIAN C.; EDUARDO, CARLOS de P.; SOUSA, SUZANA O.M. de; MIGLIARI, DANTE A.Artigo IPEN-doc 22668 The use of lasers for endodontic applications in dentistry2001 - EDUARDO, CARLOS de P.; GOUW-SOARES, SHEILASeveral applications of lasers in clinical procedures for dental hard tissues are either currently in practice or being developed since newer wavelengths as well as different methods and delivery systems are being applied in the field of dentistry. In endodontic therapy lasers have been used as treatment coadjuvant with reference to both, low intensity laser therapy (LILT) and high intensity laser treatment (HILT) to increase the success rate of the clinical procedures. The purpose of this article is to review in vitro studies and clinical procedures for the use of lasers in endodontics. Low intensity laser therapy has the ability to produce analgesic, anti-inflammatory and biomodulation effects on the irradiated soft tissue thereby improving the wound healing process and giving the patient a better condition of the postoperative experience. High intensity laser irradiation on soft tissue in a defocused mode could have similar effects to low intensity laser therapy. Depending on the wavelength, high intensity laser irradiation may be used on hard dental tissues such as on the root canal dentine or on the dentine cut surface after apicoectomy to produce structural morphological changes, to remove the smear layer, to melt and recrystallize dentine or to expose dentinal tubules. Previous endodontic studies using different wavelengths of high intensity laser irradiation have demonstrated the efficiency of their thermal effect in the ablation process of hard dental tissues in apicectomies as well as in the bacterial reduction at the surgical site or even in contaminated root canals. This has been considered a great advantage over the traditional root canal disinfection procedures.Artigo IPEN-doc 19232 Analysis of permeability and morphology of root canal dentin after Er, Cr:YSGG laser irradiation2010 - SILVA, ANNA C.B.; GUGLIELMI, CAMILA; MENEGUZZO, DAIANE T.; ARANHA, ANA C.C.; BOMBANA, ANTONIO C.; EDUARDO, CARLOS de P.Artigo IPEN-doc 17282 Dentine caries inhibition through COsub(2) laser (10.6 um) irradiation and fluoride application, in vitro2011 - ESTEVES OLIVEIRA, M.; ZEZELL, D.M.; ANA, P.A.; YEKTA, S.S.; LAMPERT, F.; EDUARDO, C.P.Artigo IPEN-doc 16486 Morphological assessment of dentine and cementum following apicectomy with Zekrya burns and Er:YAG laser associated with direct and indirect Nd:YAG laser irradiation2010 - MOURA, ABILIO A.M. de; MOURA NETO, CACIO; BARLETTA, FERNANDO B.; VIEIRA JUNIOR, NILSON D.; EDUARDO, CARLOS de P.Artigo IPEN-doc 14496 Cosub(2) laser (10.6 um) parameters for caries prevention in dental enamel2009 - OLIVEIRA, M.E.; ZEZELL, D.M.; MEISTER, J.; FRANZEN, R.; STANZEL, S.; LAMPERT, F.; EDUARDO, C.P.; APEL, C.Artigo IPEN-doc 13754 Avaliacao da protecao ocular para lasers terapeuticas em baixa intensidade2007 - CORDON, ROSELY; NOGUEIRA, GESSE E.C.; EDUARDO, CARLOS de P.Artigo IPEN-doc 13642 Effects of Nd:YAG and Er:YAG lasers on the sealing of root canal fillings2002 - CARVALHO, CLAUDIO A.T.; VALERA, MARCIA C.; GOUW SOARES, SHEILA; EDUARDO, CARLOS de P.Artigo IPEN-doc 13047 Scanning electron microscopy (SEM) and optical microscopy: effects of Er:EAG and Nd:YAG lasers on apical seals after apicoectomy and retrofill2004 - OLIVEIRA, R.G.; GOUW SOARES, S.; BALDOCHI, S.L.; EDUARDO, C.P.Artigo IPEN-doc 13017 Tensile bond strenght of a flowable composite resin to Er:YAG-laser-treated dentin2005 - DONADIO MOURA, JULIANA; SOARES, SHEILA G.; FREITAS, PATRICIA M. de; NAVARRO, RICARDO S.; POWEL, LYNN G.; EDUARDO, CARLOS de P.