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Lasers in Dentistry: Revolution of Dental Treatment in the New Millennium

Proceedings of the 8th International Congress on Lasers in Dentistry, Yokohama, Japan 31 July - 2 August 2002, ICS 1248

9780444511638
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Opis
Laser dentistry has evolved from enlightened basic experiment to scientifically proven clinical procedures. This has resulted in more comfort and confidence in the treatment of various oral diseases with dental lasers. The congress intended to elevate the standard and advances of the science and art of laser dentistry by encouraging its study and improving its practice. The volume comprises the latest technologies, scientific results and clinical advances in this field.
Szczegóły produktu
Hanley & Belfus
47876
9780444511638
9780444511638

Opis

Rok wydania
2003
Numer wydania
1
Oprawa
twarda
Liczba stron
504
Waga (g)
1043
  • Preface.

    Invited lectures.

    Recent progress with the CO2 laser in oral surgery (J.W. Frame). Use of high-power pulsed Nd::YAG laser in endodontics (H. Suda et al.). Lasers and dental soft tissues:: reflections on our years of research (J.M. White, D. Gekelman, J. Budd). The role of laser technology in modern endodontics (A. Stabholz). Novel aspects of dental laser and tissue interaction (K. Awazu). Pulp response to the Er::YAG laser in the cavity preparation (Y. Hirai). Advances of laser dentistry in Korea and various factors of Er::YAG laser affecting the ablation rate of dental hard tissue (K.-S. Kim). A comparison of bond strenghts following treatment with Er::YAG laser and phosphoric acid (W.-H. Lan). The role of large extracellular matrix glycoproteins in regenerating laser-treated tissue (M. Luomanen). Recent studies on bone regeneration (A.L.B. Pinheiro). Healing process of gingival epithelium following irradiation by carbon dioxide laser:: a study in monkeys (B. Zhao, C. Zhang, Q. Lin).

    Clinical application of lasers in dentistry (Symposium).

    Lasers in dentistry - wonderful instruments or expensive toys? (D.J. Coluzzi). Restorative dentistry and esthetics with lasers (C. de Paulo Eduardo, F. de Paulo Eduardo, P. Haypek). Laser in endodontics:: preconditions for therapeutical success (N. Gutknecht). Laser surgical tools in Implant Dentistry for the long-term prognosis of oral implants (G.E. Romanos).

    Operative dentistry.

    Dental hard tissue effects.

    Ablation of dental enamel using subpicosecond pulsed lasers (A. Chan et al.). Morphological changes on enamel after irradiation with femtosecond pulsed laser (T. Hamakawa et al.). An improved method of Er::YAG laser treatment of hard dental tissue (G.B. Alsthuler et al.). Sequential measurement of enamel and dentine ablation by an Er::YAG laser using 3D X-ray microtomography (C. Mercer, P. Anderson, G. Davis). CLSM and SEM quantitative analysis of surface topography of human teeth irradiated by Nd::YAG, Er::YAG and CO2 lasers (M.K. Yamada et al.). Effect of pulse duration of Er::YAG laser on the dentin surface morphology (M. Yamauti et al.). Compositional and morphological changes of human dentin after Er:: YAG laser irradiation (B.-S. Lee, Y-L. Hung, W-H. Lan). Infrared spectroscopy of dentin irradiated by erbium laser (L. Bachmann et al.).

    Adhesion.

    Comparison of the bond strength of composite resin to Er::YAG laser-irradiated enamel/dentin pre-treated with various methods (T. Eguro et al.). Does Er::YAG or CO2 laser ablation of dentin affect the adhesive properties of resin bonding systems? (M. Fujitani, T. Harima, H. Shintani). Effect of enamel prism orientation after irradiation with Er::YAG laser on bond strength (P. Senawongse et al.). Shear bond strength of Nd::YAG laser-irradiated versus acid-etched human enamel (S. Tanase, Y. Tamura, Y. Takada). Effects of pulsed Nd::YAG laser on microleakage of composite restorations in class V cavities (A. Obeidi et al.).

    Caries detection.

    The influence of polishing and calibration on laser fluorescence caries detection (M. Frentzen et al.). Influence of tooth-polishing pastes and sealants on DIAGNOdent values (Y. Hosoya, K. Matsuzaka, T. Inoue). dental health examination of children from nursery schools in Tokyo using DIAGNO-DENT caries detector (T. Tsuda et al.). Application of a fibre-optic confocal microscope to the detection of artificial enamel lesions (C.J. Whitters et al.).

    Caries prevention.

    Er::YAG laser assisted fissure sealing (M. Frentzen, M.R.L.A. Santaella, E. Matson). Laser assisted inhibition of artificial caries-like lesion formation in enamel of deciduous teeth (M.R.L.A. Santaella et al.). Investigation of Er::YAG laser etching on enamel-sealant interface in vitro SEM study (T .Tengrungsun et al.).

    Caries removal and cavity preperation.

    The treatment of dental pit and fissure caries by an Er::YAG laser with an experimental tip (Y. Ibaraki et al.). Cavity preparation for metal inlay by experimental tip for Er::YAG laser (T. Kawakami et al.). A clinical evaluation of a high pulse rate erbium:: YAG laser for dental cavity preparation (H. Narusawa et al.). Clinical evaluation of tooth sensitivity during cavity preparation with Er::YAG laser (J. Tagami et al.). Basic study on vibrations of tooth preparations caused by air turbine, quintuple speed handpiece, and Er::YAG laser (K. Takamori et al.). Effect of Nd::YAG laser and Er::YAG laser on restorative dental materials (S. Kanchanavasita et al.).

    Esthetics.

    Breaching effect on pulpless tooth with simultaneous use of Nd:: YAG laser (K. Nozaka et al.). Er::YAG laser treatment of gingival melanin pigmentation (Y. Kawashima et al.).

    Endodontic therapy.

    Nd::YAG laser pulpotomy of human primary teeth (J. Liu). Removal of root canal obstructions using pulsed Nd::YAG laser (A. Ebihara et al.). Apicoectomy using Er::YAG laser - a clinical study (A. Takeda et al.). Application of Er::YAG laser to retrograde cavity preparation (T. Anjo et al.). In vitro evaluation of smear layer removal by Er::YAG laser application with five different fiberoptic tip withdrawal techniques (A. Brugnera-Junior et al.). Effect of a high power diode laser irradiation in root canalscontamined with enterococcus faecalis in vitro study (C.M. Radaelli et al.).

    Pulpal and periapical tissue response.

    Pulpal reaction of Er::YAG laser irradiation by different power/pulse conditions (C. Haruyama et al.). Histopathological study of the effects of Er::YAG laser irradiation on root canals in rats (Y. Kimura et al.).

    Thermal influence.

    Temperature elevation on root surfaces during Nd::YAG laser irradiation in root canals (K. Kobayashi et al.). Temperature elevation on the root surfaces by intracanal CO2 laser irradiation (Y. Yamazaki et al.). In vitro evaluation of external root temperature changes during Er::YAG laser application with five different fibe roptic tip withdrawal techniques (J.D. Pécora et al.). Temperature rise by laser (CO2, Nd::YAG, Er::YAG) irradiation on tooth (F. Hirota, K. Furumoto).

    Acid resistance.

    A hypothesis for acquired acid resistance afforded by the laser irradiation (F. Hirota, K. Furumoto). The effect of pulsed Nd-YAG laser irradiation on acid resistance of dentin (Y. Takada et al.). Evaluation of the effectiveness of acid-resistance using hydroxyapatite granules (H. Yamaguchi, K. Kobayashi, T. Arai).

    Periodontal therapy.

    The outcome of CO2 laser root conditioning in periodontal treatment (R. Crespi et al.). Application of a carbon dioxide laser for early closure of gingival flaps (S. Sato et al.). The effect of CO2 laser irradiation on epithelium after flap procedures (Y. Hayase). The effect of enhanced fiber Nd::YAG laser tip for periodontal treatment (J.-i. Otogoto, T. Sato, N. Ota). Comparative study of two treatment procedures in periodontitis:: Nd::YAG laser with biodegradable chlorhexidine chip (CHX) and manual curettage with CHX (C. Todea Colojoara, M. Miron). Combining Nd::YAG laser and enamel matrix proteins provided comparable clinical results to traditional periodontal surgical methods (D.A. Gilio). Removal effects of subgingival calculus on root surface after Er::YAG laser irradiation at a high pulse rate (T. Takiguchi et al.). The elimination of bacteria and biofilms in periodontal disease via the thermal laser (M. Cortes).

    Soft tissue surgery.

    Experimental oral soft tissue surgery with a high-repetition-rate Er::YAG laser (T. Amagai et al.). Periodontal soft tissue management with a high pulse rate Er::YAG laser (A. Aoki et al.). A comparative study of the central vapourisation with peripheral coagulation of Nd::YAG laser (S. Sattayut, P. Bradley). A comparative study of postoperative pain using carbon dioxide laser and scalpel in maxillofacial soft tissue surgery (N. Thuaksuban, T. Nuntanaranont).

    Bone tissue surgery.

    Histological results after osteotomy with 80- μs CO2 laser pulses and air-water spray (M. Frentzen et al.). Comparison of early healing process of bone tissue after irradiation by Er::YAG and CO2 laser (A. Pourzarandian et al.). Comparative study of Er::YAG laser and rotating bur for bone ablation (A. Aoki et al.).

    Oral surgery.

    The use of CO2 laser for treatment of salivary gland disease in 7 cases (T. Nuntanaranont, N. Thuaksuban). Arthoscopic laser surgery for temporomandibular joint disorders (Y. Nakano, K. Ohtsuki, M. Ohnishi). Fluorescent analysis of 5-aminolevulinic acid-induced protoporphyrin-IX in mouse transplanted tumor tissues (T. Ogasawara et al.). Effect of linear polarized light near-infrared irradiation of chemokines production in synovial cells from human temporomandibular joint (M. Ohta et al.). Evaluation of laser surgey for implantation (H. Okudera). Practical effects of CO2 laser irradiation on tooth conservation (K. Oura, R. Oku, S. Harada).

    Photodynamic therapy.

    Photodynamic therapy for newly established human squamous cell carcinoma cell line and its cisplatin resistance subline (H. Ikeda et al.). Experimental study on iontophoresis for topical application of 5-aminolevulinic acid to the oral mucosa (H. Tanaka et al.).

    Low level laser effects.

    Genome science-based gene expression monitoring in osteoblasts altered by low-level laser irradiation (Y. Abiko et al.). The effect of soft laser application in the therapy of periodontal abscess (L.G. Kesic, R.J. Goran). Assessment of bone repair associated to the use of organic bovine bone Gen-ox® Organic and membrane irradiated with 830nm. (A.L.B. Pinheiro et al.). Assessment of bone repair following the use of anorganic bone graft Gen-ox® Inorganic and membrane associated or not 830-nm laser light (A.L.B. Pinheiro et al.). Laser biomodulation in bone implants:: a Raman spectral study (A.L.B. Pinheiro et al.).

    Control of pain.

    In vitro and in vivo studies on application of erbium:: YAG laser for dentine hypersensitivity (H. Watanabe et al.). Pain relief effects of semiconductor laser irradiation (E. Sakuraba et al.). Effects of the Nd::YAG laser on the pain associated with tooth movement (A. Sekine et al.). Reversible suppression of action potentials ofXenopus tactile nerve fibers to Nd::YAG laser irradiation with and without Chinese ink (T. Yanagisawa et al.).

    Author index.

    Keyword index.
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